Skip to main content

Full text of "Catalogue"

See other formats


Vbt  CommontoraUf)  o(  ffclaggaffjusrtts 


NEW  BEDFORD  TEXTILE 
SCHOOL 


CATALOGUE 


1927 


1928 


0 


NEW  BEDFORD,  MASSACHUSETTS 

171-1219  PURCHASE  STREET 


Si* 

S» 

w 


SJ 

OP 


•  •■"'•#<». 


•  '•'•'•♦'    ♦  •  ■ 


•  •  • 
•  •  • 

• 
• 
i    • 

«    ' '' 

i 
• 

• 

•  •  * 

• 

•  ■« 

• 

•  •« 

• 

♦  • 

• 

•  •  • 

•J 

• 
« 

•  • 

• 

•     * 

•  4 

•     ••  * 

•  « 

•   • 
•  •     • 

■MM 
• 

• 

• 
•    • 
•        • 

• 

•      t 
-• 

;-  • 

• 

• 
»                « 

. 

5 


Ci 


THE  BOARD  OF  TRUSTEES 

OFFICERS  OF  THE  BOARD 

TRUSTEES  fY  rf<2b  I 


ABBOTT  P.  SMITH,  President. 
JAMES  0.  THOMPSON,  Jr.,  Clerk. 


Ex  officio,  His  Honor  CHARLES  S.  ASHLEY,  Mayor.  O  7-  ii  J^ 

Ex  officio,  Dr.  PAYSON  SMITH,  Commissioner  of  Education.* 
Ex  officio,  ALLEN  P.  KEITH,  Superintendent  of  Schools. 

Term  expires  June  30,  1927 

JOSEPH  W.  BAILEY,  Agent,  Booth  Mill. 

LEWIS  E.  BENTLEY,  Former  Superintendent,  New  England"  Cotton 
Yarn  Company. 

CHARLES  F.  BROUGHTON,  Treasurer,  Wamsutta  Mills. 

CHARLES  M.  HOLMES,  Treasurer,  Holmes,  Gosnold,  Page  &  Fairhaven 
Mills. 

JAMES  0.  THOMPSON,  Jr.,  Agent,  New  Bedford  Cotton  Mills  Corpora- 
tion. 

Term  expires  June  30,  1928 

CHARLES  0.  DEXTER,  Agent,  Beacon  Manufacturing  Company. 

Hon.  SAMUEL  ROSS,  Secretary,  Mule  Spinners'  Union. 

ABBOTT  P.  SMITH,  Director,  Quissett,  Taber,  Soule,  Butler,  Nemasket 

and  New  Bedford  Cotton  Mills  Corporation. 
FRED  W.  STEELE,  Treasurer,  Tremont  &  Suffolk  Mills,  Lowell,  Mass. 
GEORGE  WALKER,  Overseer,  Mule  Spinning  and  Twisting,  Nashawena 

Mills. 

Term  expires  June  30,  1929 

JOHN  L.  BURTON,  Agent,  Nashawena  Mills. 

THOMAS  F.  GLENNON,  Agent,  Quissett  Mill. 

JOSEPH  H.  HANDFORD,  Assessor,  City  of  New  Bedford. 

JOHN  SULLIVAN,  Agent,  Taber  Mill. 

FREDERIC  TABER,  President,  Taber  Mill. 

ADMINISTRATION  AND  INSTRUCTION 

ADMINISTRATION 

Abbott  P.  Smith,  President. 

William  Smith,  Principal. 

Maud  L.  Clark,  Bookkeeper  and  Treasurer. 

Ellen  Broadmeadow,  Bookkeeper. 

Irene  Carlson,  Junior  Clerk. 

INSTRUCTION 

Heads  of  Departments 

Daniel  H.  Taft,  Carding  and  Spinning. 

WILLIAM  ACOMB,  Warp  Preparation  and  Weaving. 

SAMUEL  Holt,  Weaving  and  Designing. 

Lewis  G.  Manning,  Knitting 

FRED  E.  BUSBY,  S.B.,  Chemistry,  Dyeing  and  Finishing. 

MORRIS  H.  Crompton,  Engineering  and  Mechanical  Drafting. 


185389 


Instructors 

Fred  Beardsworth,  Stephen  R.  Moore,  Designing  and  Weaving. 

William  T.  Walton,  Mechanical  Department. 

Adam  Bayreuther,  Machine  Shop  Practice. 

Frank  Holden,  Joseph  Woollam,  Carding  and  Spinning. 

Robert  J.  Brickley,  Abram  Brooks,  Frank  L.  D.  Weymouth,  A.B., 

Chemistry,  Dyeing  and  Finishing. 
Charles  O.  Redfield,  Engineer. 

John  P.  Rooney,  Robert  Wilson,  Jr.,  Fireman  and  Watchman. 
William  Murray,  .William  Phillips,  Clarence  J.  Smith,  Janitors. 

The  principal  and  heads  of  departments  constitute  the  faculty  of  the 
school. 

The  day  instructors  serve  both  day  and  evening. 

Assistant  Evening  Instructors 

Carding  and  Spinning 

Edgar  C.  Crosby.  John  H.  Moss. 

Richard  Green.  James  Nisbet,  Jr. 

Herbert  Higgins.  Melville  F.  Vincent 

Walter  C.  Wilbor. 

Warp  Preparation  and  Weaving 


Manuel  Alves. 
John  W.  Anderton. 
James  Bickerstaff. 
John  W.  Bury. 
John  Crowther. 
Leon  Dumas. 
Omer  Dumas. 
William  Fitton.. 
Frederick  Garlington. 
Abraham  Jackson. 
Adelard  J.  LaChapelle. 

Anthony 


John  J.  Lawrence. 
Arthur  J.  O'Leary. 
Joseph  E.  Pageotte. 
Manuel  Pedro. 
Thomas  Pilkington. 
James  Plummer. 
Lawrence  Ross. 
Albert  N.  Rushworth. 
Louis  Smith. 
Rhodes  Smith. 
Frank  Trojan. 
Truback. 


Annie  V.  Burke. 


Wallace  B.  Baylies. 


Warp  Drawing 

Isabel  C.  Murphy. 
Mill  Calculations 

Cost  Finding 
George  W.  Pope. 

Designing 
Jean  C.  Uberti. 

Mechanical  Drawing 

Electrical  Engineering 
William  Bailey. 

Steam  Engineering 
Herbert  H.  Tiffany. 


Hilda  M.  Kenworthy. 


Leonard  Wilkinson. 


Louis  Culver. 


Machine  Shop  Practice 

Otto  C.  Kellish. 


Simeon  B.  Livesley. 


Byron  M.  Pardee. 


3 

SCHOOL  CALENDAR 

1927 

Friday,  September  9,  9  a.m.    Second  entrance  examination. 

Monday,  September  12.     Beginning  of  first  semester,  day  classes. 

Thursday,  September  22  and  Friday,  September  23.  Enrollment,  even- 
ing students,  7:30  to  9  P.M. 

Monday,  September  26,  7:30  P.M.  Beginning  of  first  term,  evening 
classes. 

Wednesday,  November  23,  12  M.,  to  Monday,  November  28.  Thanks- 
giving recess. 

Monday,  December  12,  to  Friday,  December  16,  inclusive.  Examina- 
tions, evening  classes. 

Friday,  December  16.     Close  of  first  term,  evening  classes. 

Thursday,  December  22,  to  Monday,  Jan.  2,  inclusive.    Christmas  recess. 

1928 

Tuesday,  January  3,  7:30  P.M.     Enrollment  and  beginning  of  second 

term,  evening  classes. 
Tuesday,  January  24,  to  Friday,  January  27.     Midyear  examinations, 

day  classes. 
Monday,  January  30.     Second  semester  begins,  day  classes. 
Monday,  March  19,  to  Friday,  March  23.     Examinations  for  evening 

classes. 
Friday,  March  23.     Close  of  second  term,  evening  classes. 
Monday,  March  26  to  Friday,  March  30,  inclusive.    Spring  recess. 
Tuesday,  May  29,  to  Monday,  June  4,  inclusive.     Final  examinations, 

senior  class. 
Monday,  June  4  to  Friday,  June  8.    Final  examinations,  other  classes. 
Wednesday,  June  6,  9  A.M.     Entrance  examinations. 
Friday,  June  8,  8  P.M.    Graduating  exercises,  school  hall. 

NEW  BEDFORD  TEXTILE  SCHOOL 

THE  SCHOOL  AND  ITS  PURPOSES 

The  Legislature  of  the  Commonwealth  of  Massachusetts,  in  the  act 
under  which  the  Trustees  of  the  New  Bedford  Textile  School  were  in- 
corporated, gives  as  the  purpose  of  the  incorporation  that  of  establish- 
ing and  maintaining  a  textile  school  for  instruction  in  the  theory  and 
practical  art  of  textiles  and  kindred  branches  of  industry. 

As  New  Bedford  is  primarily  a  cotton  manufacturing  city,  this  school 
confines  itself  principally  to  instruction  in  the  cotton  branch  of  the 
textile  industry,  and  seeks  to  perfect  itself  in  this  line.  Its  course  of 
instruction  is  arranged  to  subserve  the  interests  of  two  general  classes 
of  students:  (1)  day  students, — those  who  give  their  whole  time  for 
two  or  three  years  to  acquiring  the  theory  as  well  as  the  practice  of 
cotton  manufacturing  in  all  its  details,  from  the  raw  cotton  to  the  fin- 
ished fabric,  and  also  have  instruction  in  the  scientific  principles  which 
underlie  the  construction  of  the  machinery  and  its  operation,  and  the 
artistic  principles  which  are  involved  in  the  production  of  desirable 
and  ornamental  fabrics;  (2)  evening  students, — those  who  are  em- 
ployed in  the  mills  during  the  day  and  who,  by  attending  the  Textile 
School  evenings,  are  able  to  learn  other  phases  of  the  industry  from 
that  in  which  they  are  employed,  or  to  perfect  themselves  in  their  spe-  . 
cial  lines  of  work,  and  become  more  efficient  workmen.  The  courses  of 
instruction  for  these  two  classes  of  students  are  given  fully  on  other 
pages  of  this  catalogue. 

The  whole  of  the  machinery  in  the  school  is  absolutely  modern,  beine 
constructed  especially  for  the  school.     It  is  all  high  grade,  has  la* 


185389 


improvements,  and  is  especially  built  to  afford  facilities  for  all  kinds 
of  experimental  work,  and  represents  all  the  leading  types  of  ma- 
chines from  the  best  builders  in  the  United  States,  and  several  English 
builders. 

There  is  no  mill  in  which  there  is  so  large  a  variety  of  machinery  as 
in  the  New  Bedford  Textile  School.  This  consequently  affords  the 
student  a  better  opportunity  to  become  acquainted  with  various  ma- 
chines and  methods  than  could  be  found  in  any  one  manufacturing 
establishment. 

Each  instructor  in  the  day  school  is  a  man  who  is  thoroughly  con- 
versant with  the  work  of  the  department  under  his  charge  by  thorough 
training  and  long  experience.  Each  one  has  charge  of  the  work  in  his 
department  at  night  also,  assisted  by  experienced  assistants  from  the 
mills,  many  of  whom  are  graduates  of  this  school. 

The  school  went  into  operation  in  the  fall  of  1899,  and  the  first  class 
was  graduated  in  1900.  The  regular  courses  were  one  year  in  length 
for  the  first  few  years,  but  were  afterwards  increased  to  three  years. 
Special  shorter  courses  are  given,  however,  for  which  certificates  are 
granted. 

For  nineteen  years  the  school  was  a  semi-private  institution,  but 
supported  by  appropriations  made  each  year  by  the  State  and  by  the 
city  of  New  Bedford.  It  was  managed  by  a  Board  of  Trustees,  two 
appointed  by  the  Governor  of  the  Commonwealth,  two  representing  the 
city  (the  mayor  and  the  superintendent  of  schools,  ex  officiis),  and 
twenty  organized  under  the  general  statute  by  which  the  school  was 
founded,  a  perpetual  body,  with  power  to  fill  vacancies  other  than  the 
four  created  for  and  representing  the  Commonwealth  and  city. 

On  July  1,  1918,  it  became  a  State  institution  by  an  act  amending  the 
State  Constitution.  It  is  still  maintained  with  appropriations  made  by 
the  State  and  City. 

It  is  managed  by  a  Board  of  Trustees  consisting  of  eighteen  mem- 
bers, the  Commissioner  of  Education,  ex  officio,  fifteen  appointed  by 
the  Governor  of  the  Commonwealth,  and  two,  the  Mayor  and  the  Super- 
intendent of  Schools,  ex-officiis,  representing  the  city.  Most  of  the 
trustees  are  men  who  either  are  or  have  been  connected  actively  with 
the  manufacture  of  cotton  textiles. 

The  number  of  individual  students  attending  the  school  since  its 
opening  is  11,243,  the  number  graduated,  3,104.  Many  evening  students 
who  attend  regularly  do  not  take  the  examinations,  and  therefore  do 
not  appear  as  graduates,  though  they  may  have  had  a  good  record  as 
students,  especially  in  practice.  This  shrinking  from  examinations  is 
natural,  for  many  of  them  have  little  or  no  command  of  English,  or  are 
not  accustomed  to  examinations. 

A  large  number  of  those  who  do  not  appear  as  graduates,  however, 
are  benefitted  by  the  instruction  given  in  the  school,  and  have  acquired 
a  knowledge  and  skill  that  have  enabled  them  to  rise  in  the  industry 
and  improve  their  financial  and  social  condition. 

THE   LOCATION   OF   THE   SCHOOL 

The  school  is  situated  in  the  center  of  the  city  of  New  Bedford,  Mass., 
on  the  main  car  line  of  the  city,  which  connects  the  mill  districts,  and 
is  readily  accessible  to  mill  operatives  who  attend  the  evening  sessions 
of  the  school.  It  is  near  the  residential  part  of  the  city,  and  is  there- 
fore conveniently  situated  for  non-resident  pupils  who  take  up  a  tem- 
porary residence  in  the  city. 

New  Bedford  is  an  especially  suitable  location  for  an  institution  of 
this  character.  It  is  the  largest  cotton  manufacturing  city  of  fine  yarns 
and  fancy  woven  fabrics  and  novelties  in  the  country.  Its  spindles 
number  3,492,478,  and  looms,  56,249;  and  employees,  39,670. 

High-grade  combed  yarns  are  produced  in  New  Bedford  to  a  greater 


5 

extent  than  in  any  other  city,  while  the  mills  are  engaged  in  the  man- 
ufacture of  fine  shirtings,  muslins,  lawns,  sateens,  lenos,  checks,  piques 
and  other  fancy  fabrics  to  an  extent  unknown  elsewhere.  New  Bed- 
ford's great  advantage  in  this  respect  can  be  attributed  principally  to 
the  fact  that  her  mills  are  nearly  all  of  recent  construction,  with  the 
mo3t  improved  and  up-to-date  equipment.  The  environment  of  these 
mills  is  in  itself  a  benefit  to  the  students  who  select  the  New  Bedford 
Textile  School  as  the  institution  in  which  to  learn  the  mill  business,  as 
they  have  opportunity  to  observe  their  construction  and  operation,  and 
to  find  employment  in  them  during  the  long  summer  vacations  and  upon 
finishing  their  course  in  the  school. 

New  Bedford  is  within  short  distance  of  Hopedale,  Whitinsville, 
Hyde  Park,  Providence,  Pawtucket,  Woonsocket,  Taunton  and  other 
large  cotton  machinery  centers.  It  is  one  of  the  healthiest  of  the  man- 
ufacturing cities  in  the  United  States.  Picturesquely  situated  on  the 
extreme  south  shore  of  Massachusetts,  it  enjoys  one  of  the  mildest 
winter  climates  in  New  England,  and  thus  offers  peculiar  residential 
advantages  for  non-resident  students. 

THE  BUILDINGS 

The  school  is  housed  in  two  separate  buildings  connected  by  a  tunnel 
in  the  basement  and  by  covered  bridges  overhead.  They  are  con- 
structed of  red  brick  with  trimmings  of  Indiana  sandstone.  They  are 
classified  as  the  machinery  building  and  the  recitation  building. 

The  first  now  comprises  the  original  building,  erected  in  1898-99,  and 
the  first  two  additions,  erected  in  the  years  1901-02  and  1905,  respec- 
tively, and  the  latest  addition  1922  and  1923.  This  building  is  164  feet 
in  length,  with  an  average  depth  of  112  feet.  It  is  three  stories  high, 
with  basement  under  most  of  it,  and  contains  a  floor  space  of  59,600 
square  feet.  In  it  are  situated  the  administration  offices,  the  power 
house  and  all  the  departments  comprised  in  a  cotton  yarn  and  cotton 
cloth  mill.  In  addition,  it  has  two  large  thoroughly  equipped  rooms 
for  instruction  in  the  art  of  knitting,  both  for  hosiery  and  underwear, 
and  a  gymnasium. 

The  recitation  building  was  completed  and  occupied  in  the  fall  of 
1911.  It  consists  of  a  main  building  108  by  93  feet  6  inches,  three 
stories  high,  with  a  deep  well-lighted  basement  under  the  whole  of  it, 
and  contains  40,392  square  feet  of  floor  space.  It  also  has  an  annex 
68  feet  3  inches  long  by  19  feet  3  inches  deep,  one  story  high,  with  base- 
ment, and  contains  2,634  square  feet  of  floor  space.  This  annex  is  used 
as  an  experimental  laboratory  and  as  a  storeroom  for  chemical  supplies. 

The  main  building,  besides  being  equipped  with  recitation  and  lec- 
ture rooms  of  various  sizes,  has  a  thoroughly  equipped  chemical  lab- 
oratory, dyeing  and  finishing  rooms,  engineering  laboratories,  a  com- 
modious machine  shop,  drafting  rooms,  a  designing  room  especially 
fitted,  an  exhibition  room,  and  an  assembly  hall  that  will  seat  400 
persons. 

Both  structures  are  of  the  slow-burning  mill  construction  type,  ap- 
proved by  the  leading  fire  insurance  associations  and  mill  engineers, 
while  the  general  equipment  of  the  plant  is  also  illustrative  of  the  best 
methods  of  lighting,  heating,  ventilating,  humidifying  and  fire-protect- 
ing mills.  Great  attention  has  been  paid  to  the  planning  and  arranging 
of  these  buildings  for  the  school,  to  make  them  suitable  for  the  pur- 
poses of  imparting  textile  instruction,  and  in  order  that  the  machinery 
building  should  give  an  object  lesson  in  cotton  mill  engineering. 

Power  and  light  are  purchased  from  the  local  electric  power  com- 
pany, and  the  school  supplies  its  own  heat  and  the  steam  needed  in  its 
finishing  plant.  The  fire  protection  was  designed  and  installed  by  the 
General  Fire  Extinguisher  Company  of  Providence,  R.  I.,  the  well- 
known  Grinnell  Sprinkler  being  used.     The  American  Moistening  Com- 


6 

pany,  the  Bahnson  Humidifier  Company  and  the  Parks-Cramer  Com- 
pany have  installed  complete  humidifying  apparatus.  The  whole  equip- 
ment is  approved  by  the  Massachusetts  State  inspectors  of  public  build- 
ings. 

DAY  CLASSES 

The  regular  day  courses  of  the  school  are  as  follows: — 

General  Cotton  Manufacturing. 

Chemistry,  Dyeing  and  Finishing. 

Designing. 

Carding  and  Spinning. 

Circular  Hosiery  Knitting. 

Latch  Needle  Underwear  Knitting. 

All  the  above  courses  are  diploma  courses,  three  years  long,  and  are 
intended  to  qualify  students  to  hold  positions  of  responsibility  in  tex- 
tile manufacturing  and  allied  establishments. 

The  advantages  of  these  courses  to  qualify  men  to  hold  responsible 
positions  in  cotton  mills,  dyeing  and  finishing  plants,  commission 
houses,  etc.,  are  many.  These  industries,  as  conducted,  are  not  adapted 
to  give  a  young  man  a  technical  education.  The  opposite  is  the  case 
where  the  primary  object  is  to  impart  knowledge  and  to  train  in  the 
correct  method  of  doing  things. 

It  is  not  expected  that  a  young  man,  going  from  this  school,  will  at 
once  secure  an  executive  position.  It  is  expected,  on  the  contrary,  that 
he  will  begin  in  a  more  humble  fashion,  that  with  the  knowledge  ac- 
quired in  the  school  and  the  experience  gained  in  the  mill  itself,  he 
will  be  qualified  to  hold  higher  positions,  and  that  his  advancement 
will  be  much  more  rapid  and  his  knowledge  broader  than  one  who  has 
not  had  the  school  instruction  and  training.  That  such  is  the  case  is 
shown  already  by  the  positions  now  held  by  the  graduates  of  the  school. 

Many  of  them  are  occupying  positions  of  trust  and  responsibility  in 
the  textile  and  allied  industries  as  manufacturers,  treasurers,  agents, 
superintendents,  assistant  superintendents,  designers  in  mills  and  com- 
mission houses,  overseers,  chemists  and  dyers,  etc.  Some  have  been 
called  to  good  positions  as  designers  directly  from  the  school,  and 
many  who  have  attended  the  evening  classes  have  so  improved  in  skill 
and  knowledge  that  they  have  advanced  in  position  and  earning  power. 

That  the  work  of  the  school  is  recognized  by  textile  manufacturers 
and  those  engaged  in  allied  industries  is  attested  by  the  fact  that  ap- 
plications are  constant  for  men  of  the  school — more  than  can  be  sup- 
plied. One  of  the  largest  bleaching  establishments  in  the  country  has 
assured  us  that  it  is  ready  to  take  all  the  men  from  the  chemistry  and 
dyeing  department  that  we  will  recommend. 

But  this  school  does  not  agree  to  make  successful  men  out  of  lazy, 
careless  and  indifferent  boys,  nor  does  it  care  for  such  boys  as  students. 
But  for  those  who  wish  to  learn,  who  are  ready  to  work,  who  are  willing 
to  bide  their  time,  it  does  offer  an  opportunity  that  will  supply  them 
with  an  honorable  vocation,  with  many  opportunities  for  advancement 
in  the  world,  with  good  remuneration. 

In  case  a  prospective  student  feels  that  no  one  of  the  diploma  courses 
meets  his  particular  needs,  he  is  requested  to  communicate  with  the 
Principal,  stating  his  wishes.  Whenever  possible,  special  courses  will 
be  given  in  the  various  departments,  for  which  certificates  will  be 
granted,  stating  the  subjects  taken  and  the  time  given  to  them.  The 
limitations  of  these  special  courses  will  be  determined  in  every  case  by 
the  management. 


General  Cotton  Manufacturing  Course    (I) 

First  Year 


First  Term 
Pickers  and  Cards  101  (6y2  hrs.). 
Weaving  111  (6V2  hrs.). 
Cloth  Analysis  121,  151  (3  hrs.). 
Designing  131   (l1/^  hrs.). 
Hand  Loom  161  (1%  hrs.). 
Principles  of  Mechanics   171 

(lhr.). 
Mechanical  Drawing  172   (41/2 

hrs.). 
Chemistry  182  (6%  hrs.). 
Yarn  Calculations  121  (iy2  hrs.). 


102 


Second  Term 
Cards    and    Drawing    Frames 

(6V2  hrs.). 
Weaving  112   (6%  hrs.). 
Warp  Preparation  122  (3V2  hrs.). 
Designing  132   (iy2  hrs.). 
Cloth  Analysis  152   (3  hrs.). 
Hand  Loom  161  (iy2  hrs.). 
Mechanical   Drawing   172    (3y2 

hrs.). 
Textile  Chemistry  and  Dying  222 

(6y2  hrs.). 


Second  Year 


First  Term 
Roving  and  Spinning  Frames  103 

(10  hrs.). 
Weaving  113  (3  hrs.). 
Designing  133  (3y2  hrs.). 
Cloth  Analysis  153  (3y2  hrs.). 
Machine  Drawing  173,  175  (2  hrs.). 
Machine-shop  Practice  174   (3y2 

hrs.). 
Steam  Engineering  176  (1  hr.). 
Dyeing  223   (6  hrs.). 


Second  Term 
Doubling,    Drafting    and    Testing 

104,  106   (6y2  hrs.). 
Cotton  Sampling  107  (2  hrs.). 
Weaving  114   (4y>  hrs.). 
Designing  134  (2  hrs.). 
Cloth  Analysis  154  (4V2  hrs.). 
Machine-shop  Practice  174   {^/z 

hrs.). 
Machine  Drawing  175  (2  hrs.). 
Steam  Engineering  176   (1  hr.). 
Textile  Chemistry  234  (6%  hrs.). 


Third  Year 


First  Term 
Combers  and  Mules  105  (10  hrs.). 
Weaving  115  (6x/2  hrs.). 
Designing  135   (iy2  hrs.). 
Color  145   (2  hrs.). 
Cloth  Analysis  155  (4%  hrs.). 
Machine-shop  Practice  174  (3  hrs.). 
Elementary  Electricity  177    (2 

hrs.). 
Knitting  294  (3  hrs.). 


Second  Temn 
Carding    and    Spinning,     Practice 

Work  106  (10  hrs.). 
Weaving  116,  117  (6%  hrs.). 
Designing  136  (iy2  hrs.). 
Color  146  (2  hrs.). 
Cloth  Analysis  156    (5  hrs.). 
Mill  Engineering  178  (3  hrs.). 
Cost  Finding  179   (iy2  hrs.). 
Converting  235-260    (3  hrs.). 


General  Cotton  Manufacturing  Course 

The  course  in  cotton  manufacturing  is  designed  to  give  the  student 
a  thorough  fundamental  knowledge  of  the  different  processes  entering 
into  the  construction  of  a  piece  of  cloth  from  the  raw  staple  to  the 
finished  product. 

During  the  first  year  the  student  takes  up  the  study  of  yarn  prepara- 
tion, weaving,  designing  and  cloth  analysis.  The  study  of  mechanics, 
mechanical  drawing  and  chemistry  is  also  pursued  the  first  year,  the 
work  in  these  subjects  being  designed  especially  for  men  who  are  to 
take  up  the  cotton  mill  work.  Instruction  in  yarn  calculations,  spooling, 
warping  and  slashing  is  also  offered  during  the  first  year. 

In  the  second  and  third  years  sufficient  time  is  given  to  instruction 
in  picking,  carding  and  spinning,  while  the  subjects  of  weaving,  de- 
signing and  analysis  are  continued.  Practical  work  in  the  machine 
shop  is  entered  upon  the  second  year. 

Dyeing  is  begun  the  first  year,  the  work  being  such  as  is  of  special 
interest  to  the  student  of  cotton  manufacturing.     The  student  is  also 


A   OCf?QCi 


8 
given  instruction  in  steam  engineering  during  the  second  year,  while 
in  .the  third  year,  work  in  electrical  engineering  and  cotton  mill  con- 
struction is  offered.     The  study  of  color  is  taken  up  during  the  third 
year. 

The  work  in  all  subjects  is  so  arranged  that  the  student  is  taken 
gradually  from  the  simpler  to  the  more  difficult  problems.  Much  of 
the  work  in  the  last  year  is  original,  and  the  student  is  thrown  on  his 
own  resources. 

The  work  in  chemistry,  dyeing,  mechanics  and  shop  practice  is  all 
arranged  with  special  reference  to  the  student  of  cotton  manufacturing. 

This  course  is  very  thorough,  and  is  always  recommended  to  the 
student  who  is  to  make  cotton  cloth  manufacturing  his  future  work. 


Designing  Course  (II) 

First  Year 


First  Term 
Weaving  111  (10  hrs.). 
Cloth  Analysis  121,  151    (12% 

hrs.). 
Designing  131  (1%  hrs.). 
Hand  Loom  161  (1%  hrs.). 
Principles  of  Mechanics  171   (1 

hr.). 
Mechanical  Drawing  172    (4% 

hrs.). 
Yarn  Calculations  121    (1%  hrs.). 


Second  Term 
Weaving  112  (9%  hrs.). 
Warp  Preparation  122   (3%  hrs.) 
Designing  132   (iy2  hrs.). 
Cloth  Analysis  152  (13  hrs.). 
Hand  Loom  161  (iy2  hrs.). 
Mechanical  Drawing  172    (3% 
hrs.). 


Second  Year 


First  Term 
Weaving  113,  114  (6%  hrs.). 
Designing  133   (3  hrs.). 
Color  145  (2  hrs.). 
Cloth  Analysis  153,  154    (11% 

hrs.). 
Machine  Drawing  173,  175  (2  hrs.). 
Machine-shop  Practice  174  (3  hrs.). 
Steam  Engineering  176  (1  hr.). 
General  Chemistry  182  (3y2  hrs.). 


Second  Term 
Cotton  Sampling  107   (2  hrs.). 
Weaving  115   (11  hrs.). 
Designing  134   (3  hrs.). 
Color  146  (2  hrs.). 
Cloth  Analysis  155   (5  hrs.). 
Machine-shop  Practice  174  (3  hrs.) 
Machine  Drawing  175  (2  hrs.). 
Steam  Engineering  176   (1  hr.). 
Textile  Chemistry  222  (3%  hrs.). 


Third  Year 


First  Term 
Weaving  116    (9%  hrs.). 
Jacquard  Designing  135   (8  hrs.). 
Cloth  Analysis  156  (4%  hrs.). 
Machine-shop  Practice  174  (3  hrs.). 
Elementary  Electricity  177    (2 

hrs.). 
Color  146  (2  hrs.). 
Textile  Chemistry  222  (3%  hrs.). 


Second  Term 
Weaving  116  (10  hrs.). 
Jacquard  Designing  136  (8  hrs.). 
Cloth  Analysis  156  (5  hrs.). 
Commission    House    Work    157    (2 

hrs.). 
Finishing  235  (3  hrs.). 
Mill  Engineering  178  (3  hrs.). 
Cost  Finding  179  (1%  hrs.). 


Designing  Course 

Designing  is  a  branch  of  textile  manufacturing  of  sufficient  impor- 
tance to  call  for  a  separate  diploma  course,  extending  over  three  school 


C 

'c 

c 

'S. 

G 

03 

b£ 

d 

'> 

o 

e 
o 

J3 


OS 

0, 
<v 

Q 

C 

a 
c 
"a. 

•O 

c 

OS 
b£ 

c 


OS 

V 


ZWJJi 


years.    Since  the  major  subjects  in  this  course  are  confined  to  design- 
ing, cloth  analysis  and  weaving,  the  work  is  somewhat  more  inten- 
than  in  the  general  course. 

The  student,  during  the  first  year,  takes  up  the  study  of  the  plain 
loom,  the  more  simple  designs  and  the  analysis  of  such  fabrics  as  con- 
tain designs  similar  to  those  being  studied  in  the  designing  lessor. 

Instruction  the  first  year  is  also  offered  in  the  preparation  of  warps 
for  the  loom,  while  work  in  the  mechanical  department  is  entered  upon 
the  first  year,  and  extends  through  all  three  years  of  the  course. 

Instruction  in  the  mechanical  department  is  considered  essential  to 
the  student  of  designing,  as  many  of  the  new  fabrics  brought  out  by 
designers  from  year  to  year  are  based  as  much  upon  the  mechanism 
of  the  loom  as  upon  pure  design. 

During  the  second  year  more  advanced  fabrics,  such  as  double  cloths, 
Bedford  cords,  piques  and  lenos,  are  studied,  both  in  designing  and 
analysis,  while  much  of  the  work  in  the  weave  room  consists  of  put- 
ting original  designs  into  the  looms  and  weaving  a  short  length  of 
each. 

Commencing  with  the  first  term  of  the  second  year,  a  practical  course 
in  color  is  offered  the  student,  who  is  required  to  work  out  a  series  of 
color  scales  and  apply  them  in  coloring  designs. 

In  the  second  term  of  this  year  cotton  sampling  is  introduced. 

The  third  year  is  largely  devoted  to  the  subject  of  Jacquard  design- 
ing in  both  the  designing  and  weaving  departments.  During  this  year 
the  subject  of  commission  house  work,  as  it  applies  to  the  styling  and 
finishing  of  new  fabrics,  is  dealt  with,  and  the  student  is  given  a  close 
insight  into  the  requirements  of  this  branch  of  designing. 

For  the  student  who  wishes  to  perfect  himself  in  the  subject  of  cloth 
designing,  as  applied  to  the  cotton  trade,  this  course  will  be  found 
very  complete. 


Chemistry,  Dyeing  and  Finishing  Course    (III) 

First  Year 


First  Term 
Principles  of  Mechanics  171   (1 

hr.). 
Mechanical   Drawing  172    (5y2 

hrs.). 
General    Chemistry    181    (12y2 

hrs.). 
Inorganic  Preparations  183   (10 

hrs.). 
Designing  and  Cloth  Analvsis  (S1/^ 

hrs.). 


Second  Term 
Mechanical   Drawing   172    (3 

hrs.). 
Machine-shop   Practice   174    (3 

hrs.). 
Qualitative  Analvsis  191,   192    (13 

hrs.). 
Organic  Chemistry  212  (6V2  hrs.'). 
Textile  Chemistry  and  Dveing  222 

(6V2  hrs.). 


Second  Year 


First  Term 


Color  145  (2  hrs.). 
Machine  Drawing  173,  175  (2  hrs.). 
Machine-shop  Practice  174  (3  hrs.). 
Steam  Engineering  176  (1  hr.). 
Quantitative  Analysis  202   (11% 

hrs.). 
Organic  Chemistrv  213  (6%  hrs.). 
Dyeing  223  (6V2  hrs.). 


Second  Term 
Color  146  (2  hrs.). 
Machine-shop  Practice  174  (3  hrs.") 
Machine  Drawing  175  (2  hrs.). 
Steam  Engineering  176  (1  hr.). 
Dveing  224    I  10  hrs.). 
Textile  Chemistry  233  (3%  hrs.). 
Cotton  Sampling  107  (2  hrs.). 
Cotton  Manufacturing  \  L% 

hrs. 
Quantitative  Analvsis  202     7 

hrs.). 


First  Term 
Machine  Shop  174  (3  hrs.). 
Elementary  Electricity  177    (2 

hrs.). 
Dyeing  225  (6%  hrs.). 
Singeing  240  (2  hrs.). 
Scouring  241    (5  hrs.). 
Bleaching  242  (3  hrs.). 
Mercerizing  245    (1  hr.). 
Textile  Chemistry  234  (10  hrs.). 


10 
Third  Year 

Second  Term 
Machine  Drawing  175  (3  hrs.). 
Drying  250    (4  hrs.). 
Calendering  255  (4  hrs.). 
Putting  up  260   (2  hrs.). 
Thesis  269  (13  hrs.). 
Textile  Chemistry  234  (6y2  hrs.). 


Chemistry,  Dyeing  and  Finishing  Course 

The  object  of  this  course  is  to  give  to  the  student  a  thorough  knowl- 
edge of  the  chemistry  of  the  textile  processes  involved  in  the  manu- 
facture of  cotton  cloth.  To  insure  a  perfect  foundation,  the  first  two 
years  are  devoted  almost  entirely  to  chemical  subjects  and  laboratory 
work.  During  this  period  the  subjects  of  general  chemistry,  inorganic 
and  organic,  are  taught,  the  preparation  and  properties  of  various 
chemicals  and  dyestuffs,  the  properties  of  the  various  fibers,  and  the 
coloring  of  them. 

The  third  year  is  devoted  almost  entirely  to  the  practical  dyeing  and 
finishing  of  cotton  goods.  The  best  current  practice  is  followed,  but 
the  underlying  principles  are  thoroughly  taught  in  order  that  the 
student  may  understand  the  limitations  and  purpose  of  each  process. 

The  subjects  of  machine  drawing,  principles  of  mechanics,  electricity 
and  shop  work  are  taught.  These  allied  subjects  are  arranged  with 
special  reference  to  the  major  subjects,  and  are  considered  very  im- 
portant, as  they  give  the  student  a  first-hand  knowledge  of  the  con- 
struction of  the  various  machines. 

The  graduates  of  this  course  find  employment  with  dyestuff  makers 
and  dealers,  with  manufacturers  of  chemicals  used  in  dyeing,  with 
bleacheries,  dye  houses  and  finishing  works. 

It  is  desirable  that  students  entering  this  course  shall  have  success- 
fully completed  a  scientific  course  in  high  school  or  its  equivalent. 
Any  one,  however,  who  can  show  by  examination  his  ability  to  profit 
by  the  instruction  given  is  admitted. 

Circular  Hosiery  Knitting  Course  (IV) 

First  Year 


First  Term 
Pickers  and  Cards  101   (6V2  hrs.). 
Principles  of  Mechanics  171   (1 

hr.). 
Mechanical   Drawing   172    (4% 

hrs.). 
Chemistry  182  (6V2  hrs.). 
Knitting  271  (12  hrs.). 
Yarn  Calculations  121  (2  hrs.). 

Second 
First  Term 
Roving  and  Spinning  Frames   103 

(6y2  hrs.). 
Machine  Drawing  173,  175  (2  hrs.). 
Machine-shop  Practice  174   (3x/2 

hrs.). 
Steam  Engineering  176  (1  hr.). 
Dyeing  223   (6  hrs.). 
Knitting  272   (13y2  hrs.). 


Second  Term 
Cards  and  Draw  Frames  102   (6% 

hrs.). 
Mechanical   Drawing   172    (3% 

hrs.). 
Machine-shop  Practice  174  (3  hrs.). 
Textile  Chemistry  and  Dyeing  222 

(6V2  hrs.). 
Knitting  271   (13  hrs.). 


Year 


Second  Term 
and   Drafting 


104    (6y2 


Doubling 

hrs.). 
Cotton  Sampling  107    (2  hrs.). 
Machine-shop   Practice   174    (3 

hrs.). 
Machine  Drawing  175  (2  hrs.). 
Steam  Engineering  176  (1  hr.). 
Textile  Chemistry  234  (6V2  hrs.). 
Knitting  273  (liy2  hrs.). 


11 

Third  Year 


First  Term 
Combers  and  Mules  105  (6V2  hrs.). 
Machine-shop  Practice  174  (3^ 

hrs.). 
Elementary  Electricity  177    (2 

hrs.). 
Dyeing  226  (7V2  hrs.). 
Knitting  274,  293    (11  hrs.). 
Color  146  (2  hrs.). 


Second  Term 
Carding   and    Spinning   Tests    106 

(6y2  hrs.). 
Mill  Engineering  178  (3  hrs.). 
Dyeing  226  (9V2  hrs.). 
Knitting  274,  293   (liy2  hrs.). 
Color  146  (2  hrs.). 


Circular  Hosiery  Knitting  Course 

The  course  in  circular  hosiery  knitting  is  adapted  to  the  needs  of 
those  students  desiring  a  thorough  knowledge  of  the  hosiery  industry. 

The  instruction  given  covers  both  the  technical  and  practical  parts 
of  the  business,  including  cost  finding. 

A  large  part  of  the  time  is  devoted  to  instruction  work  on  the  knit- 
ting machines. 

During  the  first  year  the  student  takes  up  the  winding  and  prepara- 
tion of  cotton,  lisle,  wool,  worsted  and  silk  yarns  for  use  on  hosiery 
machines;  also  the  principle  of  circular  latch-needle  knitting,  and  the 
setting  and  adjusting  of  different  makes  of  rib-leg  and  rib-top  machines. 

In  the  second  and  third  years,  the  time  is  given  up  to  a  study  of  the 
different  makes  of  automatic  hosiery  machines,  knitting  men's  half 
hose,  ladies'  hose,  footing  children's  and  infants'  hose,  looping,  welt- 
ing and  mending;  method  of  handling  and  keeping  track  of  goods 
through  the  mill ;  cost  of  manufacturing  from  yarn  to  the  box. 

Instruction  is  also  given  in  cotton  yarn  preparation,  yarn  calcula- 
tions, cotton  sampling,  mechanics,  steam  engineering,  chemistry  and 
dyeing,  the  work  in  these  different  subjects  being  arranged  to  meet 
the  special  needs  of  the  student. 

This  course  is  recommended  to  those  students  who  intend  to  become 
connected  with  a  hosiery  mill. 

Latch  Needle  Underwear   Knitting  Course    (V) 

First  Year 


First  Term 
Pickers  and  Cards  101   (6V2  hrs.). 
Principles  of  Mechanics  171   (1 

hr.). 
Mechanical   Drawing   172    (4% 

hrs.). 
Chemistry  182  (6V2  hrs.). 
Knitting  281   (12  hrs.). 
Yarn  Calculations  121   (2  hrs.). 


Second  Term 
Cards  and  Draw  Frames  102   (6% 

hrs.). 
Mechanical   Drawing   172    (3V2 

hrs.). 
Machine-shop  Practice  174  (3  hrs."). 
Textile  Chemistrv  and  Dyeing  222 

(6V2  hrs.). 
Knitting  281    (13  hrs.). 


Second  Year 


First  Term 
Roving  and  Spinning  Frames  103 

(6V2  hrs.). 
Machine  Drawing  173,  175  (2  hrs.). 
Machine-Shop  Practice  174   (3V2 

hrs.). 
Steam  Engineering  176  (1  hr.). 
Dyeing  223   (6  hrs.). 
Knitting  282  (13y2  hrs.). 


Second  Term 
and   Drafting 


104    (6V2 


Doubling 

hrs.). 
Cotton  Sampling  107  (2  hrs.). 
Machine-shop  Practice  174  (3  hrs.). 
Machine  Drawing  175   (2  hrs."). 
Steam  Engineering  176  (1  hr.). 
Textile  Chemistrv  234  (6%  hrs.). 
Knitting  283   (11%  hrs.   . 


12 

Third  Year 


First  Term 
and   Mules    105 


(6% 


Combers 
hrs.). 

Machine-shop  Practice  174   (3% 

hrs.). 
Elementary  Electricity   177    (2 

hrs.). 
Dyeing  226   (7V2  hrs.). 
Knitting  284,  293  (11  hrs.). 
Color  146  (2  hrs.). 


Second  Term 
Carding   and    Spinning 

(6V2  hrs.). 
Mill  Engineering  178  (3  hrs.). 
Dyeing  226   (6V2  hrs.). 
Knitting  284,  293   (14} 
Color  146  (2  hrs.).   . 


Tests    106 


hrs.). 


Latch  Needle   Underwear   Knitting   Course 

The  course  in  latch  needle  underwear  knitting  is  adapted  to  those 
students  intending  to  become  connected  with  this  branch  of  the  textile 
industry. 

As  in  the  case  of  the  hosiery  course,  the  larger  part  of  the  student's 
time  is  devoted  to  instruction  work  on  the  knitting  machines.  Instruc- 
tion is  also  given  in  cotton  yarn  preparation,  yarn  calculations,  me- 
chanics, steam  engineering,  cotton  sampling,  chemistry  and  dyeing. 
As  is  the  case  with  all  other  courses  offered,  instruction  in  these  cor- 
related subjects  is  arranged  best  to  meet  the  needs  of  each  individual 
course. 

Both  of  the  knitting  courses  are  very  thorough,  and  give  the  student 
a  good  working  knowledge  of  the  different  processes  and  the  machinery 
connected  with  the  same.  The  knitting  department  of  the  New  Bed- 
ford Textile  School  contains  a  larger  variety  of  knitting  machinery 
than  is  found  in  any  similar  school  in  the  United  States,  and  the 
courses  offered  in  this  department  cannot  fail  to  be  of  very  great  bene- 
fit to  any  one  desiring  knowledge  along  these  lines. 

Carding  and  Spinning  Course   (VI) 

First  Year 


First  Term 
Picking,  Carding,  Roving  300    (15 

hrs.). 
Mechanical  Drawing  172  (3  hrs.). 
Chemistry  182   (6V2  hrs.). 
Knitting  301    (6V2  hrs.). 
Yarn  Calculations  121   (1%  hrs.). 

Second 
First  Term 
Combers  and  Mule  Spinning  303 

(13%  hrs.). 
Knitting  301  (6%  hrs.). 
Steam  Engineering  176  (1  hr.). 
Machine  Drawing  173-175  (2  hrs.). 
Dyeing  223  (6V2  hrs.). 
Machine  Shop  174  (3  hrs.). 


Second  Term 
Drawing,   Spinning,   Doubling  and 

Drafting  302   (13y2  hrs.). 
Machine  Shop  174  (3  hrs.). 
Mechanical  Drawing  172   (3  hrs.). 
Chemistry  and  Dyeing  222  (6% 

hrs.). 
Knitting  301    (6%   hrs.). 

Year. 

Second  Term 
Spinning,     Twisting     and     Cotton 

Classing  304   (13%  hrs.). 
Knitting  301   (6V2  hrs.). 
Steam  Engineering  176  (1  hr.). 
Machine  Drawing  175   (2  hrs.). 
Textile  Chemistry  234  (6%  hrs.). 
Machine  Shop  174   (3  hrs.). 


Third  Year 


First  Term 

General  Test  Work  and  Roll  Cover- 
ing 305  (21  hrs.). 

Knitting  301  (6%  hrs.). 

Elementary  Electricity   177    (2 
hrs.). 

Machine  Shop  174  (3  hrs.). 


Second  Term 
Yarn  Testing  and  Comber  Reneed- 

ling  306  (19V2  hrs.). 
Knitting  301   (6%  hrs.). 
Mill  Engineering  178  (3  hrs.). 
Machine  Drawing  175  (2  hrs.). 
Cost  Finding  179  (1%  hrs.). 


13 
Carding  and  Spinning  Course 

The  course  in  carding  and  spinning  is  designed  to  give  the  student 
a  thorough  knowledge  of  cotton  yarn  manufacture. 

The  larger  part  of  the  students'  time  is  devoted  to  instruction  on  the 
different  machines  used  in  the  preparation  of  cotton  yarn. 

Instruction  is  also  given  in  knitting,  mechanics,  steam  engineering, 
chemistry  and  dyeing.  Considerable  time  is  given  to  knitting,  as  that 
industry  is  closely  related  to  cotton  yarn  manufacture. 

This  course  is  recommended  to  those  students  who  intend  to  become 
connected  with  cotton  yarn  mills  or  to  become  cotton  yarn  salesmen. 


Secretarial  Course   (VII) 


First  Year 


First  Term 
Cotton  Yarn  Preparation  (12  hrs.). 
Weaving  (3y2  hrs.). 
Cloth  Analysis  (12y2  hrs.). 
Yarn  Calculations  (ly?  hrs.). 
Designing  (1%  hrs.). 
Hand  Loom  (l1/^  hrs.). 


Second  Term 
Cotton  Yarn  Preparation 

hrs.). 
Weaving  (3y2  hrs.). 
Cloth  Analysis    (9  hrs.). 
Designing  (IV2  hrs.). 
Converting  (3y2  hrs.). 
Hand  Loom   (iy>  hrs.). 


(13  V, 


Second  Year 


First  Term 
Cotton  Yarn  Preparation 

hrs.). 
Weaving  (3  hrs.). 
Designing  (7  hrs.). 
Cloth  Analysis  (5  hrs.). 
Color  (2  hrs.). 
Knitting   (6  hrs.). 


(9% 


Second  Term 
Cotton  Yarn  Preparation 

hrs.). 
Weaving  (4y2  hrs.). 
Designing   (8y2  hrs.). 
Cost  Finding   (IV2  hrs.). 
Color   (3y2  hrs.). 
Knitting   (5  hrs.). 


(9y2 


Secretarial  Course 

This  course  is  designed  for  young  women  who  have  had  a  high  school 
education  and  wish  to  prepare  themselves  for  mill  office  work.  It  is 
arranged  to  give  the  student  a  knowledge  of  all  the  different  processes 
in  the  manufacture  of  yarn  and  cloth  and  the  finishing  of  the  same. 
It  covers  all  calculations  required  in  laying  out  draft  schedules,  pro- 
duction costs,  cloth  construction  and  designing  and  all  testing  and  re- 
search work  required  in  cloth  manufacture  and  finishing. 

This  is  a  certificate  course  and  can  be  completed  in  two  years. 


Junior   Manufacturing    Course    (VIII) 


First  Year 


First  Term 
Pickers  and  Cards  (9x/2  hrs.). 
Weaving   (3%  hrs.). 
Work  in  Design  Dept.  (10  hrs.). 
Mechanical  Drawing  (3  hrs.). 
Arithmetic   (3  hrs.). 
Machine-shop  Practice  (3^  hrs.). 


Second  Term 
Cards  and   Drawing   Frames    (9% 

hrs.). 
Weaving    (3%   hrs.). 
Work  in  Design  Dept.   (10  hrs."). 
Mechanical  Drawing  (3  hrs.). 
Arithmetic   (3  hrs.). 
Machine-shop  Practice   (312  hrs.). 


14 
Second  Year 


First  Term 
Cotton  Yarn  Preparation    (6^ 

hrs.). 
Weaving  (6%  hrs.). 
Designing  (1^2  hrs.). 
Knitting   (3  hrs.). 
Chemistry  (3  hrs.). 
Mechanics  and  Drawing  (7  hrs.). 
Hand  Loom  (IV2  hrs.). 
Cloth  Analysis  (3y2  hrs.). 


Second  Term 
Cotton  Yarn  Preparation    (6% 

hrs.). 
Weaving  (6%  hrs.). 
Designing  (1%  hrs.). 
Knitting   (3  hrs.). 
Chemistry  (3  hrs.). 
Mechanics  and  Drawing  (7  hrs.) 
Hand  Loom   (1%  hrs.). 
Cloth  Analysis  (3%  hrs.). 


Junior  Manufacturing  Course 

This  course  is  arranged  for  students  of  fourteen  years  of  age  or  over 
who  have  had  a  grammar  school  education  and  wish  to  obtain  some 
knowledge  of  cotton  manufacturing  before  entering  the  mill. 

This  course  is  so  arranged  that  a  student  taking  it  can  obtain  a  fair 
working  knowledge  of  the  different  processes  in  the  making  of  cotton 
cloth  from  the  raw  stock  to  the  woven  or  knitted  fabric.  It  covers 
Cotton  Yarn  Preparation,  Warp  Preparation,  Weaving,  Cloth  Construc- 
tion, Simple  Designing,  Mechanical  Drawing,  Machine-shop  Practice, 
Calculations,  Knitting  and  Chemistry. 

A  certificate  course  can  be  completed  in  two  years.  If  at  the  end  of 
this  time,  the  student  wishes  to  take  the  regular  diploma  course,  he  can 
do  so  by  taking  two  years  more,  completing  the  regular  diploma  course 
in  four  years. 

This  course  is  recommended  for  boys  who  wish  to  obtain  a  textile 
education  but  cannot  afford  to  spend  seven  years  after  graduating  from 
the  grammar  school. 

Mechanical  Course  (IX) 

First  Year 


First  Term 
Shop  Mathematics  169  (3  hrs.). 
Mechanical  Drawing  172    (9^ 

hrs.). 
Machine  Shop  174   (20  hrs.). 


Second  Term 
Shop  Mathematics  169  (3  hrs.). 
Mechanical  Drawing  172  (10  hrs.) 
Machine  Shop  174   (19V2  hrs.). 


Second  Year 


First  Term 
Steam  Engineering  176  (1  hr.). 
Elementary  Electricity  177    (2 

hrs.). 
Machine  Drawing  and  Mechanism 

175,  173   (24  or  9V2  hrs.). 
Machine  Shop  174  (20  or  5y2  hrs.). 


Second  Term 
Steam  Engineering  176  (1  hr.). 
Machine  Drawing  and  Design  175 

(26V2  or  6%  hrs.). 
Machine  Shop  174  (25  or  5  hrs.). 


Mechanical  Course 

The  mechanical  course  is  arranged  for  those  students  who  have  a 
natural  leaning  towards  mechanical  things.  A  practical  knowledge  of 
the  mechanical  side  of  a  textile  mill  may  be  obtained  by  those  attend- 
ing this  course. 

During  the  first  year  all  of  the  students  spend  the  same  amount  of 
time  in  the  various  subjects,  but  during  the  second  year,  the  major 
part  of  the  time  can  either  be  spent  in  the  machine  shop  or  the  drafting 
room. 


15 

A  certificate  course  can  be  completed  in  two  years,  and,  if  the  stu- 
dent so  desires,  he  may  specialize  for  another  year  either  in  the  draft- 
ing room  or  the  machine  shop. 

This  course  will  fit  the  students  to  enter  engineering  offices,  draft- 
ing rooms,  machine  shops,  planning  departments  of  various  machine 
builders  and  other  lines  of  employment. 

REFERENCES  FROM  TABULATED  COURSES 

101.     Pickers  and  Cards 

Cotton  yarn  mill  machinery.  Lists  of  processes  in  cotton  mills  for 
different  numbers  of  yarn.     Proper  sequence  of  processes. 

Objects  of  blending  cotton.    Methods  of  mixing  same.    Bale  breakers. 

Picker  rooms.  Automatic  feeders.  Construction  of  different  vari- 
eties of  feeders.  Their  capacity  and  suitability  for  the  purpose  in- 
tended. 

The  cotton  opener,  its  use  and  object.  Various  styles  of  openers. 
Setting  and  adjustment  of  openers.  Connection  of  feeders  to  openers. 
The  various  styles  of  trunks.  Calculations  in  connection  with  openers. 
Breakers.  Intermediate  and  finisher  lappers.  Different  styles  and 
makes  of  machines.  Use  and  object  of  the  lapper.  Construction  of 
aprons,  beaters,  bars,  screens,  fans,  lap  heads,  evener  and  measuring 
motions,  etc.  The  setting  and  adjustment  of  lappers.  Calculations  in 
connection  with  lappers. 

The  revolving  flat  card.  Its  principal  parts  described,  including  feed, 
licker,  cylinder,  doffer,  coiler,  screens  and  flats.  Different  setting 
arrangements.  Speeds  of  different  parts.  Top  flat  cards,  roller  and 
clearer,  and  other  cotton  cards.  Clothing,  grinding,  setting  and  strip- 
ping cards. 

102.     Cards  and  Drawing  Frames 

Study  of  the  card  continued. 

The  railway  head  as  used  either  independently  or  combined  with  sec- 
tions of  cards.  Single  and  double  railway  heads.  Eveners,  draft  cal- 
culations, metallic  and  other  rolls. 

Method  of  arranging  and  constructing  drawing  frames.  The  use 
and  objects  of  the  frame.  Gearing,  weighting,  stop-motions,  varieties 
of  rolls,  etc. 

103.     Roving  Frames,  Spinning  Frames  and  Twisters 

Slubbers.  First  and  second  intermediates.  Roving  or  jack  frames. 
The  construction  and  use  of  the  fly  frame.  Description  and  use  of 
the  different  parts.  Calculations  in  connection  therewith.  Changing 
and  fixing  frames,  etc. 

The  spinning  frame.  Its  construction  and  use.  Its  principal  parts, 
such  as  creels,  rolls,  rings,  travelers,  speeds,  builder  motions,  etc. 

The  objects  of  twisting.  Wet  and  dry  twisting.  The  direction  and 
amount  of  twist  in  different  ply  and»  cord  threads;  different  methods 
used  in  preparing  yarn  for  twisting.  Size  of  rings  and  travelers  for 
different  counts  of  yarn.     Methods  of  winding,  speeds  and  production. 

104.     Doubling  and  Drafting 

Figuring  the  number  of  doublings  and  drafts  from  picker  to  spinning 
frame  or  mule. 

Calculations  for  schedules  of  machinery  required  for  different  counts 
and  amounts.    Cost  and  production  of  yarn. 

Practice  work  consists  of  carrying  work  through  picker  to  spinning 
frames. 


16 
105.     Combers  and  Mules 

The  sliver  and  ribbon  lap  machines.  Construction  of  American  and 
English  machines.  Methods  of  operating  same.  Setting  and  adjusting 
same,  and  calculations  in  connection  therewith. 

The  cotton  comber.  The  construction  of  the  comber,  its  use  and 
objects.  Comber  setting.  Comber  calculations.  Operation  and  man- 
agement of  combers. 

The  spinning  mule  and  its  uses.  The  special  features  of  the  mule. 
Description  of  the  head  stock,  the  cam  shaft,  mule  carriage  and  other 
parts.  The  construction  and  use  of  each  part  of  the  mule.  Different 
movements  in  the  mule  and  the  timing  of  the  same.  The  copping  rail 
and  the  building  of  a  cop.  Faults  in  mule  spinning  and  their  correc- 
tion.    Mule  calculations. 

106.     Tests 

Original  work  in  laying  out  processes  for  different  counts  of  yarn, 
and  carrying  the  same  through  from  raw  cotton  to  finished  yarn.  Tests 
for  different  processes.    Methods  of  testing  from  bale  to  finished  fabric. 

107.     Raw  Cotton 

Raw  cotton.  Its  varieties.  The  cultivation  of  cotton.  The  prepara- 
tion of  cotton  for  the  market.  Cotton  ginning.  Cotton  as  an  article 
of  commerce.  The  selection  of  cotton,  its  suitability  for  different  pur- 
poses. 

111.     Plain  Looms 

The  construction  of  the  plain  loom.  The  principal  movements  in 
weaving.  Methods  of  shedding.  Shedding  motions.  Shedding  by  cams. 
Auxiliary  shafts.  Variety  of  cams.  Construction  of  cams.  Timing 
cams  and  effect  on  the  cloth. 

Picking  motions.  Different  method*;  of  picking.  Shuttles.  Shuttle 
boxes.  Shuttle  guards.  Protector  motions.  Reeds.  Let-off  motions. 
Take-up  motions.     Calculations  in  connection  with  take-up  motions. 

Filling-stop  motions. 

Temples.     The  various  makes  and  their  uses. 

The  Draper  loom.    Special  features  of  its  construction. 

Automatic  shuttle  and  bobbin  changing  looms. 

Special  features  of  various  makes  of  looms,  including  Crompton  & 
Knowles,  Kilburn  &  Lincoln,  Whitin,  Mason  and  Stafford  looms. 

The  management,  operation  and  fixing  of  looms.  Putting  in  warps. 
Faults  and  remedies  in  weaving  and  fixing.  Calculations  directly  con- 
nected with  plain  looms. 

Looms  adapted  to  weave  twills  and  satins. 

Mechanical  warp  stop-motions. 

112.     Fancies 

Looms  adapted  to  weave  fancy  cloth  with  dobbies.  Dobby  construc- 
tion, timing  and  setting  for  single  and  double  index  dobbies.  Chain 
pegging  for  dobbies. 

Tying  in  and  starting  up  warps  for  which  the  student  has  worked 
out  some  design.  Timing  and  setting  and  practical  work  on  2  x  1  box 
looms. 

113.     Box  Looms 

Looms  for  the  use  of  various  colors  of  filling.  Drop  box  motions. 
Box  chain  multipliers.     Multiplier  motions.     Still  box  motion. 


E 
o 
o 

« 

> 

=f 
>> 

u 

C 
ca 
fa 

tx 
C 

? 

o 

r. 


— 

Q 

bX 
C 

'> 


17 

114,  115.     Special  Loom  Attachments 

Dobby  looms  combined  with  other  motions  for  special  purposes,  such 
as  looms  adapted  to  weave  lenos  with  cotton  and  wire  doups  and  all 
modern  equipment,  checks,  blankets,  handkerchiefs,  towels  and  other 
goods. 

Draper  looms.  Practical  setting  of  the  magazines,  feeler  and  warp 
stop  motions. 

116.     Jacquards 

The  principle  of  construction  of  Jacquard  machines.  Single  and 
double  lift  machines.  Jacquard  machines  for  special  purposes.  Prin- 
ciples of  harness  tying.  Practical  work  in  cutting  cards  and  weaving 
the  student's  own  designs. 

117.     Dobby  Automatic  Looms 

Dobby  automatic  looms  adapted  to  weaving  ginghams,  crepe  effects 
and  handkerchiefs.  Special  features  of  their  construction.  Practical 
work  with  modern  wire  doup  lenos. 

Suggestions  for  the  management  of  the  weave  room. 

121.     Yarn  Calculations 

Definitions.  Calculations  for  finding  length,  weight  or  counts  of 
single  yarns,  whether  cotton,  woolen,  worsted,  silk,  etc.     Ply  yarns. 

122.     Spoolers,  Warpers  and  Slashers 

Various  methods  of  preparing  cotton  warps. 

The  spooler,  its  use  and  construction.  Production  per  spindle.  Spin- 
dle speeds.  Builder  motions.  Thread  guides.  Different  makes  of 
spoolers. 

The  operation  and  setting  of  the  spooler. 

Warpers.  The  object  of  the  warper.  Its  construction  and  opera- 
tions. Speeds,  settings,  etc.  Warpers  with  and  without  cone  drive. 
Warper  slow  motions.     Faults  in  warping  and  their  correction. 

The  slasher.  Its  use.  Construction  of  the  different  parts  of  the 
slasher. 

Sizing  or  dressing  yarns.  Materials  used.  Methods  of  mixing  same. 
Suitable  materials  for  various  purposes. 

Preparing  the  warp  for  the  loom.  The  construction  of  reeds  and 
harnesses. 

Variations  from  the  above  system  for  special  purposes,  such  as  used 
in  gingham  and  other  mills. 

131.  Designing 

Definitions  of  the  words  and  terms  used  in  designing  and  analysis. 
Characteristics  of  the  various  classes  of  fabrics.  Design  paper  and  its 
application  to  designing  and  analysis.  Cloth  structure,  with  a  study 
of  the  various  sources  from  which  the  patterns  of  fabrics  are  obtained. 
Twills.  Wave  effects.  Diamonds.  Sateens.  Granites.  Checkerboards. 
Rearranged  twills.     Figured  twills. 

132.  Designing 

Designs  for  single  fabrics  continued,  such  as  honeycombs.  Mock  and 
imitation  lenos.  Entwining  twills.  Spot  weaves  arranged  in  various 
orders.  Cord  weaves.  Imitation  welts.  Elongated  twills.  Checks 
effects.  Corkscrew  weaves.  Four  change  system  of  designing.  Damask 
weaves. 


18 

133.  Designing 

Designing  for  more  complicated  fabrics,  such  as  figure  fabrics,  using 
extra  material.  Fabrics  backed  with  extra  material.  Fabrics  having 
the  face  and  back  of  different  material  or  pattern.  Double  plain  fab- 
rics. Reversible  fabrics.  Embossed  effects,  such  as  Bedford  cords, 
piques,  Marseilles  weaves. 

134.  Designing 

Designing  for  leno,  pile  and  lappet  fabrics,  such  as  methods  of  ob- 
taining leno  patterns.  Mechanical  appliances  for  the  production  of 
lenos,  yoke  and  jumper  motions.  Bottom  doups.  Top  doups.  Check 
lenos.  Jacquard  leno-effects.  Weaving  with  wire  doups.  Weaving 
with  the  bead  motion.     Russian  cords.     Full  turn  lenos. 

Pile  fabrics,  such  as  velveteens,  corduroys,  velvets,  plushes,  carpets, 
terry  toweling. 

Lappet  weaves.  Description  of  the  various  lappet  motions.  Design- 
ing for  original  lappet  effects.  Reproduction  of  woven  lappet  patterns. 
Chain  drafts.    Locking  motions.     Spot  effects. 

135.  Jacquard  Designing 

Design  paper.  How  to  figure  the  design  paper  necessary  to  repro- 
duce any  Jacquard  pattern.  Defects  of  Jacquard  patterns  and  how  to 
avoid  them.  Transferring  designs  to  plain  paper.  Transferring 
sketches  to  design  paper.  Changing  the  sley  of  Jacquard  fabrics. 
Method  of  casting  out.  Ground  weaves.  Rules  for  finding  sley,  pick, 
warp  and  filling.    Foundations  upon  which  Jacquard  patterns  are  based. 

136.  Jacquard  Designing 

Different  methods  of  making  designs.  Sketching  original  designs  by 
the  different  methods  commonly  used.  Working  out  the  sketches  upon 
design  paper.  Cutting  cards  on  the  piano  card-cutting  machine.  Card 
lacing.  Weaving  of  at  least  one  original  design.  Method  of  weaving 
Jacquard  leno  designs.  Mechanisms  required  in  weaving  Jacquard 
lenos.    Making  Jacquard  leno  designs. 

Harness  tying.  Various  systems  of  tying  Jacquard  harnesses.  Lay- 
over ties.    Center  ties.     Compound  ties. 

145.  Color 

Theory  of  colors.  Complementary  colors.  Hue,  value  and  chroma 
scales.    Practical  work  in  color  scales. 

146.  Color 

Munsell  system  of  coloring.  Color  harmony,  color  effects.  Analyzing 
color  effects.  Practical  work  in  making  sequences  and  in  producing 
colored  designs. 

151.  Analysis 

Standard  methods  of  representing  harness  and  reed  drafts.  Harness 
drafts  on  design  paper.  Written  harness  drafts.  Chain  drafts.  Lay- 
out plans.  Finding  weight  of  warp  yarns,  weight  of  filling  yarns. 
Yards  per  pound  of  cloth. 

152.  Analysis 

Finding  counts  of  warp  and  filling  by  various  methods.  Finding 
yards  per  pound  of  cloth  from  a  small  sample  by  weighing.  Making 
original  designs  and  weaving  them  on  the  power  loom.  Reproduction 
of  woven  samples. 


19 

153.  Analysis 

Analyzing  more  difficult  samples.  Finding  average  counts.  Percent- 
age of  each  material.  Production  of  loom.  Price  per  yard  for  weaving. 
Weaving  of  more  difficult  original  designs. 

154.  Analysis 

Analysis  of  leno  fabrics,  making  both  written  drafts  and  harness 
drafts  on  design  paper.  Chain  drafts.  Weaving  of  original  leno  de- 
signs. Changing  the  construction  of  fabrics  and  preserving  balance 
of  structure. 

155.  Analysis 

Analysis  of  more  difficult  samples  continued.  Weaving  of  original 
samples.     Work  on  changing  over  samples  to  different  constructions. 

156.  Analysis 

Continuation  of  the  work  outlined  in  155.  Weaving  of  students' 
original  Jacquard  designs.     Work  on  cost  of  manufacturing  fabrics. 

157.     Commission  House  Work 

Study  of  fabrics  known  as  standard  goods,  such  as  prints,  percales, 
satins,  lawns,  organdies,  chambrays,  voiles,  etc. 

Figuring  to  obtain  material  for  the  reproduction  of  cloths  of  stand- 
ard construction. 

Methods  of  ascertaining  counts  of  warp  and  filling;  also  sley  and  pick 
for  new  fabrics. 

Determining  the  manufacturing  cost  of  fabrics. 

Working  out  sketches  and  writing  specifications  for  new  fabrics. 

161.     Hand  Loom 

The  hand  loom,  its  construction  and  use.  Harness  drafts  as  affecting 
the  weave.  Building  harness  chains.  Practice  on  the  hand  loom  in 
weaving  fabrics  from  original  and  other  designs,  and  putting  into  prac- 
tice the  designing  lessons. 

169.     Shop  Mathematics 

Shop  mathematics  consists  of  a  review  of  arithmetic  for  those  who 
have  only  an  elementary  knowledge  of  mathematics  and  then  branches 
out  in  the  various  standard  formulas  and  data  that  are  necessary  for 
every  mechanical  superintendent  to  know.  It  deals  with  shop,  drafting 
room,  steam  and  electrical  trades. 

Various  subjects  such  as  trigonometry,  logorithms,  graphical  charts, 
strength  of  materials,  gearing  and  mechanisms,  etc.,  are  taken  up  in 
the  class  room. 

Textbook:  "Industrial  Mathematics,"  Farnsworth. 

171.     Mechanics 

The  fundamental  principles  of  mechanics  and  physics,  with  special 
reference  to  practical  uses  in  textile  machinery  and  to  future  applica- 
tion in  the  engineering  courses,  are  given  in  a  series  of  lectures.  Prac- 
tical problems  illustrating  these  principles  are  worked  out  in  the  class- 
room. A  study  is  also  made  of  the  strength  and  nature  of  the  different 
materials  used  in  machine  construction. 

Textbook:  "Practical  Mechanics,"  Hale. 


20 
172.     Mechanical  Drawing 

The  object  of  this  course  in  mechanical  drawing  is  to  give  the  stu- 
dent a  good  foundation  for  reading  drawings  and  for  making  such 
sketches  and  drawings  as  he  will  be  likely  to  be  called  on  to  make  in 
practice.  Thoroughness,  accuracy  and  neatness  are  insisted  upon 
throughout  the  course.  The  work  in  mechanical  drawing  begins  with 
instruction  in  the  use  and  care  of  drawing  instruments.  The  following 
is  a  general  outline  of  the  work  to  be  covered :  plain  lettering,  geomet- 
rical constructions,  orthographic  and  isometric  projection,  inking  and 
tracing,  standards,  conventions  and  tabulation  as  used  in  the  modern 
drafting  room.  Simple  working  drawings  are  to  be  made  to  scale,  and 
the  final  work  of  the  year  consists  of  free-hand  sketching  of  machine 
details  from  parts  of  textile  machinery.  This  brings  into  use  at  one 
time  all  the  work  covered  during  the  year,  and  serves  as  a  test  of  the 
student's  grasp  of  the  subject. 

173.     Mechanism 

In  view  of  the  large  number  of  mechanisms  used  in  textile  machinery 
this  course  is  a  very  important  one.  The  subject  is  given  by  means  of 
lectures  and  recitations,  the  work  in  the  drawing  room  being  closely 
related  to  the  classroom  instruction.  This  course  includes  studies  and 
graphical  solutions  of  cams,  gears,  etc. 

174.     Machine  Shop 

Shopwork  and  drawing  are  organized  as  one  department  for  the  pur- 
pose of  securing  close  correlation  of  the  work.  Many  exercises  are 
common  to  the  drawing  room  and  the  shop.  In  the  machine  shop  an 
effort  is  made,  not  only  to  train  the  student  manually,  but  also  to  teach 
him  correct  shop  methods  and  practice.  Carefully  graded  exercises 
are  arranged  to  teach  him  the  use  of  measuring  instruments,  hand 
tools  and  then  machine  tools.  The  different  measuring  tools  and  de- 
vices, with  advantages,  methods  of  use  and  limits  of  accuracy  of  each, 
are  considered.  Each  cutting  tool  is  taken  up,  its  cutting  angles  and 
general  adjustments  are  described,  together  with  the  "feeds"  and  cut- 
ting speeds  suitable  for  each  material  worked  and  for  each  machine. 
The  course  includes  instruction  in  centering,  squaring,  straight  and 
taper  turning  and  fitting,  outside  and  inside  screw  cutting,  chucking, 
reaming,  finishing  and  polishing,  drilling,  tapping,  grinding,  boring, 
planing  flat  and  V  surfaces,  filing  and  gear  cutting,  including  spur, 
bevel,  rack  and  worm  gears. 

When  the  student  becomes  proficient  in  handling  the  tools  and  ma- 
chines, he  is  given  work  in  fitting  and  assembling,  and  also  repair  work 
from  the  other  departments. 

175.     Machine  Drawing 

Machine  drawing  is  a  continuation  of  the  mechanical  drawing  of  the 
first  year,  and  the  work  is  dependent  upon  a  thorough  knowledge  of 
how  to  apply  the  conventions  of  drawing  which  custom  has  made  stand- 
ard as  given  during  the  first  year.  The  work  consists  of  proportioning 
of  machine  details  as  fixed  by  practice,  making  assembly  drawing  from 
detailed  sketches,  and  also  detailing  parts  from  assembled  machines. 

176.     Steam  Engineering 

A  typical  power  plant,  including  the  boiler,  steam  engine  and  all 
necessary  auxiliary  apparatus  such  as  is  found  in  a  modern  cotton  mill, 
is  studied  in  detail.  Prepared  outlines  are  discussed  in  lecture  periods, 
and  the  details  supplied  by  the  student  after  reading  assignments  in 


21 
standard  text  and  reference  books.    Practice  is  given  in  handling  en- 
gines, apparatus  and  equipment  in  the  laboratory.     Exercises  consist 
in  adjusting,  starting  and  running  engines,  taking  and  working  out  in- 
dicator cards,  prony  brake  tests,  pump  and  injector  tests,  etc. 

177.     Elementary  Electricity 

The  elementary  principles  of  magnetism  and  electricity  are  taken  up 
in  lecture  and  recitation,  and  are  supplemented  by  laboratory  exercises. 
Emphasis  is  placed  on  the  different  wiring  systems  and  electric  drives 
as  used  in  mills  and  factories.  A  general  study  is  made  of  a  typical 
electrical  power  plant,  and  of  the  apparatus  required  to  generate  and 
distribute  electrical  energy. 

Textbook:  "Essentials  of  Electricity,"  W.  H.  Timbie. 

178.     Mill  Engineering 

Proficiency  in  this  course  depends  on  the  thoroughness  with  which 
the  work  of  the  previous  courses  was  carried  on.  The  course  consists 
of  lectures  supplemented  by  work  in  the  drafting  room.  Problems  in 
design,  construction  and  equipment  of  mills  and  factories  are  taken  up. 
The  subject  includes  foundations,  walls,  floors,  roofs  and  mill  construc- 
tion in  general.  The  choice  of  location  and  the  methods  of  transmit- 
ting power  are  discussed.  The  following  outline  shows  the  scope  of 
the  course:  principles  underlying  the  design  and  construction  of  framed 
structures,  involving  the  use  of  wood,  steel,  brick,  stone,  concrete  and 
reinforced  concrete,  methods  of  lighting,  ventilating  and  protecting 
from  fire. 

179.     Figuring  Costs 

One  and  a  half  hours  a  week,  during  the  last  term  of  the  general 
course,  is  devoted  to  methods  of  cost  finding  in  a  cotton  mill.  A  com- 
plete mill  is  taken  for  an  illustration,  and  the  reports  of  both  the  ex- 
pense and  production  are  used  to  work  with. 

181.  General  Chemistry 

This  course  comprises  three  lectures  of  one  hour  each  and  nine  and 
one-half  hours  of  laboratory  work  each  week.  The  laboratory  work 
is  closely  criticized  by  the  instructor,  and  individual  effort  encouraged. 
Careful  manipulation,  thoroughness  in  observation,  accuracy  in  ar- 
riving at  conclusions  and  neatness  are  required  of  each  student.  The 
fundamental  principles  of  the  science  are  taught  in  connection  with  the 
descriptive  chemistry  of  the  elements. 

No  previous  study  of  chemistry  is  required  for  admission  to  this 
course,  but  the  instruction  is  so  arranged  that  students  having  already 
spent  considerable  time  in  chemistry  in  other  schools  are  given  ad- 
vanced work  in  which  the  knowledge  already  acquired  is  utilized. 

Textbook:  Smith's  "General  Chemistry  for  Colleges." 

182.  General  Chemistry 

The  training  afforded  by  a  course  in  general  chemistry  is  considered 
of  value  to  all  the  students  of  the  school,  and  also  lays  the  foundation 
for  the  subsequent  course  in  dyeing.  Hence  students  taking  courses 
in  the  cotton  or  knitting  departments  are  required  to  take  general  chem- 
istry during  the  first  term  of  the  first  year.  This  subject  covers  the 
same  ground  as  subject  181,  but  in  a  briefer  manner.  Five  hours  per 
week  are  spent  in  the  laboratory,  and  one  hour  in  the  lecture  and  reci- 
tation room. 

Textbook:  Smith's  "Elementary  Chemistry." 


22 
183.     Inorganic  Preparations 

The  time  in  this  subject  is  devoted  largely  to  laboratory  work,  with 
an  occasional  explanatory  lecture.  First  the  student  is  taught  the  best 
methods  of  carrying  on  the  usual  laboratory  operations,  as  forming  of 
crystals,  precipitates,  filtering,  evaporating  and  drying.  This  is  fol- 
lowed by  the  preparation  of  several  salts  and  industrial  products,  sub- 
stances being  selected  that  are  of  particular  interest  to  the  textile  in- 
dustry. The  work  is  progressive  in  subject-matter,  and  so  arranged 
as  to  be  co-ordinate  with  the  subject  of  general  chemistry. 

191-192.     Qualitative  Analysis 

This  course  comprises  one  lecture  of  one  hour  and  twelve  hours'  lab- 
oratory work  a  week  during  the  second  term  of  the  first  year.  The 
student  is  taught  the  principle  of  systematic  qualitative  analysis  and 
the  application  of  the  principles  to  detect  the  base-forming  elements, 
the  acid-forming  elements,  and  the  various  classes  of  compounds  of  the 
bases  and  the  acids.  Especial  attention  is  paid  to  the  inorganic  ma- 
terials ordinarily  met  with  in  the  manufacture,  dyeing  and  finishing 
of  cotton  piece  goods.  The  student  is  required  to  analyze  correctly  a 
sufficient  number  of  unknown  substances  to  demonstrate  his  ability  to 
detect  any  of  the  elements  ordinarily  met  with. 

Textbook:  Noyes'  "Qualitative  Analysis." 

202.  Quantitative  Analysis 

The  course  in  Quantitative  Analysis  is  divided  into  two  parts  each  re- 
quiring one  term  for  its  completion.  Stress  is  laid  on  the  accuracy  and 
integrity  necessary  for  quantitative  work.  Each  student  is  required, 
under  supervision  of  the  instructor,  to  adjust  his  own  balances,  and  cali- 
brate the  weights,  burettes,  flasks,  etc.,  that  he  uses,  that  he  may  under- 
stand the  nature  and  amount  of  error  in  his  work,  thus  giving  him  confi- 
dence in  his  results.  In  connection  with  the  course  a  thorough  training 
in  the  solution  of  chemical  problems  is  given.  The  course  comprises  one 
lecture  each  week,  the  remainder  of  the  time  being  devoted  to  laboratory 
practice.  The  first  term  is  spent  in  gravimetric  determination  of  chlorine, 
sulfuric,  carbonic,  and  phosphoric  acids,  and  iron,  aluminum,  calcium  and 
magnesium. 

203.  Quantitative  Analysis 

This  course  is  a  continuation  of  Course  202  and  comprises  volumetric 
analysis  involving  the  use  of  acids,  alkalis,  oxidizing  and  reducing  agents, 
and  chlorimetry.  The  work  on  chemical  problems  is  also  continued 
through  this  term,  the  problems  being  such  as  to  apply  the  principles  of 
volumetric  analysis. 

212.  Organic   Chemistry 

This  course  is  divided  into  two  terms,  the  first  term  giving  a  general 
survey  of  the  subject,  a  thorough  training  being  given  in  the  reactions 
and  properties  of  the  various  compounds  met  with  in  textile  industries. 
The  two  lower  members  of  the  paraffines  and  their  derivatives  are  ex- 
haustively treated.  Then  the  study  of  the  higher  members  is  taken  up, 
the  unsaturated  hydro-carbons  and  their  derivatives. 

Textbook:  Remsen  &  OrndorfFs  "Organic  Chemistry." 

213.  Organic   Chemistry 

The  work  of  the  second  term  is  devoted  exclusively  to  the  study  of  dye- 
stuffs  and  their  preparation.     The  constitutions  of  various  typical  dye- 


23 

stuffs  are  studied  to  determine  their  influence  on  coloring  power,  dyeing 
properties  and  fastness  to  light,  acids,  alkalis,  bleaching,  etc.  In  the  lim- 
ited time  afforded,  the  number  of  dyestuffs  studied  is  necessarily  limited, 
but  the  training  is  made  so  thorough  that  the  student  is  enabled  to  take 
up  further  investigation  intelligently  should  his  future  work  demand  it. 

222.     Textile  Chemistry  and   Dyeing 

These  subjects  open  wTith  a  study  of  the  chemical  and  physical  tech- 
nology of  the  fibers.  Lectures  are  given  descriptive  of  the  action  of  heat, 
moisture,  acids,  alkalis,  oxidizing  agents,  reducing  agents,  salts,  organic 
ferments  and  coloring  matter  upon  the  fibers.  Parallel  with  these  lec- 
tures laboratory  experiments  are  carried  out  by  the  performance  of 
which  the  student  becomes  familiar  with  the  chemical  and  physical  prop- 
erties of  the  various  fibers  and  the  actions  of  the  several  agents  upon 
them. 

This  is  followed  by  a  series  of  lectures  and  experiments  that  illustrate 
the  application  of  the  above  principles  to  practice.  The  student  is  taught 
how  to  scour  cotton,  wool  and  silk;  how  to  bleach  these  fibers  by  the  use 
of  sulphur  dioxide,  chlorine  compounds  and  oxygen  compounds.  The  mer- 
cerizing, fireproofing  and  waterproofing  of  cotton,  the  chlorination  of 
wool,  and  the  waterproofing  of  silk  are  also  demonstrated. 

Now  the  application  of  the  dyestuffs  to  the  various  fibers  is  studied. 
For  convenience  the  dyestuffs,  whether  of  natural  or  synthetic  origin, 
are  classed  as  either  substantive,  acid,  basic  or  mordant.  The  best  method 
of  application  of  each  of  the  above  groups  is  then  taught.  The  dyed  fibers 
are  tested,  for  their  fastness  to  light,  water,  acid,  alkalis,  milling,  stoving, 
chloring,  crocking  and  hot  finishing.  Modified  methods  are  then  consid- 
ered for  the  production  of  especial  degrees  of  fastness  to  certain  agents 
by  after-treating  of  the  dyed  fibers. 

223.  Dyeing 

This  course  is  supplementary  to  the  course  in  textile  chemistry  and 
dyeing  and  consists  principally  in  the  application  of  dyes  to  cotton  and 
practice  in  color  matching.  Lectures  are  given  as  the  occasion  requires, 
but  most  of  the  time  is  spent  in  the  laboratory. 

At  the  end  of  the  course  the  general  principles  of  cotton  matching  are 
taken  up,  and  experimental  work  is  carried  on  demonstrating  the  proper 
method  of  obtaining  a  given  shade  by  mixing  several  dyes.  Obtaining 
the  value  of  a  dye  is  taught,  and  the  detection  of  adulterants.  Finally, 
methods  for  determining  the  dye,  either  in  the  form  of  a  dyestuff  or  on 
the  dyed  fabric,  are  considered. 

Samples  acquired  in  connection  with  the  laboratory  practice  are 
mounted  and  bound  with  the  above  notes,  which  they  serve  to  illustrate. 

224.  Dyeing 

The  laboratory  work  of  this  term  is  mainly  devoted  to  the  printing  of 
textile  fabrics,  especial  emphasis  being  laid  on  cotton.  The  theory  and 
practice  of  the  various  styles,  such  as  the  pigment  style,  the  direct  print- 
ing style,  the  steam  style,  or  metallic  or  tannin  mordants,  resist  and  dis- 
charge dye  styles,  the  developed  azo  style,  the  printing  of  indigo  and 
similar  dye  stuffs  and  aniline  black  are  studied.  The  student  makes  as 
many  different  prints  as  the  time  will  allow.  During  the  entire  course 
the  student  accumulates  many  samples  which  he  is  required  to  mount  in 
a  specially  designed  sample  book  for  his  reference  in  the  future.  Special 
stress  is  laid  on  quality  rather  than  quantity  of  work  done.  As  often  as 
time  permits  and  circumstances  demand  it,  lots  of  yarn,  hosiery,  etc.,  of 
commercial  size  are  dyed  by  the  students  for  other  departments. 


24 
225.     Dyeing 

Construction  and  operation  of  jiggers.  Speed  of  operation.  Penetra- 
tion of  solutions  used.  Selection  of  dyestuff.  Preparation  of  dye  liquor. 
Dyeing,  washing  and  after-treating. 

Construction  of  dye  padders.  Selection  of  materials  for  rolls.  Speed 
of  machines.  Penetration  of  materials.  Selection  of  dyestuffs.  Washing 
off.    After-treatment. 

226.     Dyeing  of  Knit  Goods 

The  object  of  this  course  is  to  give  the  student  an  opportunity  to  dye 
commercial  size  lots  of  knit  goods  and  hosiery.  Lectures  describing  the 
various  processes  are  given,  and  the  necessary  calculations  are  taught  in 
connection  with  this  course.  Scouring  and  bleaching  are  also  taught.  The 
student  is  required  to  make  use  of  knowledge  acquired  in  the  previous 
courses  in  dyeing. 

230.     Cotton  Manufacture 

Cotton  Manufacture  is  the  name  assigned  to  a  course  of  lectures  given 
to  the  second  year  students  in  chemistry,  so  that  they  may  become  ac- 
quainted with  the  methods  employed  in  the  manufacture  of  cotton  yarn 
and  cloth.  The  various  machines  are  thoroughly  described  and  the 
methods  of  using  them  discussed  in  the  lecture  room.  Because  of  the  lim- 
ited amount  of  time  allowed  for  this  subject  the  students  are  not  taught 
to  operate  the  machines,  but  are  given  an  opportunity  to  examine  them  at 
rest,  and  later  to  observe  them  in  operation. 

233.  Textile  Chemistry  I 

This  subject  comprises  a  study  of  the  properties  and  analysis  of 
water,  coal,  oil,  soap,  mordants  and  other  chemicals  used  in  the  textile 
industries.  One  lecture  of  forty-five  minutes'  duration  is  given  each 
week,  and  frequent  conferences  are  held  with  the  student  in  the  labora- 
tory. The  student  is  required  constantly  to  consult  standard  books  of 
reference  in  connection  with  his  laboratory  work.  While  the  limited 
time  devoted  to  this  course  does  not  give  enough  time  for  the  student 
to  make  many  complete  analyses,  it  does  illustrate  to  him  the  applica- 
tion of  the  knowledge  acquired  in  the  previous  subjects  of  qualitative 
and  quantitative  analysis  and  organic  chemistry. 

234.  Textile  Chemistry  II 

This  subject  deals  with  coal,  oil,  soap,  water,  starches,  sizing  and 
softening  compounds  and  textile  fabrics.  The  commercial  methods  of 
obtaining  the  above  substances,  their  usual  composition  and  applica- 
tion, is  discussed  in  lectures.  The  laboratory  work  consists  of  the 
analysis  of  typical  compounds,  obtained  from  the  consumers  when 
possible.  The  detection  of  the  various  starches  and  fibers  by  the  micro- 
scope is  taught,  and  their  separation  and  estimation  by  chemical  meth- 
ods. Sizing  and  loading  of  fabrics  is  also  discussed.  This  course  is 
very  practical  in  its  application,  and  accurate  work  is  required. 

235.     Finishing  of  Cotton  Fabrics 

The  object  of  this  course  is  to  give  to  the  designer  a  knowledge  of 
the  various  methods  used  in  finishing,  and  the  effect  of  the  same  on 
the  appearance  and  construction  of  the  fabric.  Simple  methods  of 
distinguishing  between  different  fibers  and  finishes,  filled  and  pure 
starched  cloths,  are  taught.  The  instruction  is  given  by  means  of  one 
lecture  a  week  and  two  hours'  laboratory  practice. 


25 

240.  Singeing 

Construction  of  machine.  Function  of  air  pump.  Adjustment  of  gas. 
Speed  of  operation.  Singeing  for  a  face  finish.  Singeing  for  a  body 
finish.     Determination  of  best  conditions  for  a  particular  cloth. 

241.  Scouring 

Construction  of  kiers.  Methods  of  circulation.  Packing  of  goods. 
Time  of  boiling.  Washing  down.  Use  and  operation  of  washing  ma- 
chines.    Choice  of  scouring  agent. 

242.  Bleaching 

Construction  of  chemic  vats  and  cisterns.  Application  of  bleaching 
solution  to  the  goods.  Squeezers.  Piling  down.  Precautions  to  pre- 
vent tendering  action  of  bleaching  agent.  Washing.  Use  of  "Anti- 
chlors."     Openers  and  scutchers.     Selection  of  bleaching  agent. 

245.     Mercerizing 

Construction  of  mercerizing  machine.  Design  of  tenter  clips.  Pioper 
tension  in  tenter  frame.  Removal  of  caustic  by  washing.  Neutraliza- 
tion of  last  traces.  Selecting  of  mercerizing  agent.  Variation -in. con- 
ditions to  suit  cloth  treated.  .     ,        ,-», 

250.     Drying 

Preparation  of  goods  for  drying,  I'm  porta  nr.p  of  proper  mangling. 
Construction  and  operatio^g^flE^^^^.  Construction  ot  the  drying 
cylinders.    Mechanical  ljdwrre  of  speea  odf^aperation.    Best^pee.d  v*.  view 

of  results  obtained  on  ^^fe- fi^/S'tf Bm^i^0^'^0^^  anc*  *f's  grounding. 

Construction  and  use  or^nTOr^framls.//  Methods  of.  heating,  direct 
and  indirect.  Direction  of  ay*  currents  iA  relation  to  that  of  the  cloth. 
Conditions  giving  the  mosfer^^l^!^i»g ;  the  best  widti;.  Choice  of 
tenter  clip  for  a  specific  purpose. 

255.     Calendering"  '   V 

Types  of  calenders  and  various  finishes  obtained.  Construction  of  a 
simple  calender,  friction  calender,  chasing  calender,  Schreiner  and  em- 
bossing calenders.  Speeds  and  conditions  governing  the  operation  of 
the  above  machines.  Use  of  scrimp  bars  and  stretchers.  Gas  and 
steam  heating.  Metallic  rolls,  fibrous  rolls,  and  finishes  produced  by 
them.  Care  of  rolls.  Use  of  water.  So-called  permanent  calender 
finishes.  Use  of  beetles  and  hot  presses  for  preparation  for  calender- 
ing.    Top  finishing. 

260.     Putting  up 

Inspection  of  goods  for  faults.  Classing  as  firsts,  seconds,  thirds  and 
remnants.  Yarding  by  flat  folding,  by  rolling  machines.  Construction 
and  operation  of  these  machines.  Various  folds  and  put-up  required 
by  the  several  trades.  Ticketing,  banding  and  papering.  Assortment 
in  cases  and  storage  of  goods. 

269.     Thesis 

Each  student  who  is  to  graduate  from  the  course  in  chemistry  and 
dyeing  must  devote  twelve  hours  per  week  during  the  last  half  of  his 
third  year  to  original  work,  and  at  least  one  week  before  graduation 
must  submit  to  the  principal  of  the  department  a  thesis  of  not  less 
than  two  thousand  words  based  upon  the  results  of  his  own  investiga- 
tions. 


26 
271.     Elementary  Knitting 

A  study  of  the  various  types  of  winding  machines  used  for  cotton, 
wool  and  worsted  yarns  preparatory  to  running  on  the  ribbers  and 
hosiery  machines. 

Principles  of  latch  and  spring  needle  knitting  and  a  study  of  the 
various  types  of  machines  used  for  making  rib  tops. 

Construction  study  of  the  automatic  hosiery  machines  used  on  coarse 
gauge  work  including  men's,  ladies'  and  children's  hose. 

272.  Advanced  Knitting 

Winding  and  the  preparation  of  cotton,  worsted,  rayon  and  silk  yarns 
used  in  knitting. 

A  study  of  the  medium  and  fine  gauge  ribbers  with  draw-string, 
French  welt  and  yarn  changing  attachments. 

Construction  and  adjustments  used  on  medium  and  fine  gauge  full 
automatic  hosiery  machines  for  making  plain  and  fancy  pattern  hosiery. 

273.  Hosiery  Finishing 

',<- 'fundamental  principles  and  a  study  of  the  various  types  of  loopers. 
Rbu-'gh,  inspecting  and  the  handling  of  work  preparatory  to  going  to  the 
,  dyeing;  .department. 

„••  A  study  of  the  sewing  machines  used  in  finishing  hosiery,  including 
■hemming,  mock  seam,  cloc  work,  etc. 
nV  Cloth,  analysis  and  testing  of  knitting  yarns  and  fabrics. 

•  r  '  » 

I       ' 

274.     Hosiery  Manufacture 

Mending,  drying  and  pressing.  Inspecting,  pairing,  stamping,  fold- 
ing, ba'ndjng  and^  boxing. 

Scientific  management  and  the  handling  of  goods  and  records 
throughout  the  miH  and  office. 

Cost  control  and  a. study  of  its  application  to  the  modern  hosiery 
mill.  ••••••.       tV\ 

281/  ■  \  Winding;  and  Knitting  Cuffs  and  Sleeves 

Winding  and  .preparation  of  the  different  classes  of  yarns  used  in 
the  knitting  of  underwear 

Construction  of  circular  latch  needle  rib  cuff  machines,  two  feed 
automatic  tuck  and  plain  sleevers,  with  slack  course  and  welt  attach- 
ments; the  principle  of  plain  and  tuck  stitch  knitting. 

282.  Underwear  Knitting 

Knit  to  shape  ladies'  underwear  on  latch-needle  circular  rib  body 
machines;  different  principles  of  this  class  of  knitting.  Construction 
and  adjustment  of  the  machines  to  knit  cotton,  lisle,  worsted  and  silk 
yarns ;  different  methods  of  plaiting  on  these  machines. 

283.  Underwear  Knitting 

Knitting  plain  1  &  1  cloth  for  cut-to-shape  union  suits  and  fancy  rib 
cloth  for  ladies'  underwear  on  plain  latch  needle  body  machine. 

Latch  needle,  balbriggan,  plain  web  knitting  for  plain  and  fancy 
stripes,  in  light-weight  underwear. 

Rib  cuff  and  shirt  borders  knitting  on  circular  latch  needle  rib  bor- 
der and  cuff  machinery. 

Spring  needle  circular  rib,  plain,  backing  and  trick  needle  knitting. 

284.     Underwear  Finishing 

Cutting  men's  shirts  and  drawers,  ladies'  vests,  infants'  wrappers, 
children's,  boys'  and  misses'  vests  and  union  suits. 


27 

Looping,  seaming  and  finishing  of  underwear  in  detail. 

Fixing  and  adjusting  of  the  principal  styles  and  makes  of  sewing 
machines  used  in  the  manufacture  of  underwear. 

Method  of  handling  the  goods  in  process  of  manufacture  from  yarn 
to  box. 

293.     Miscellaneous  Knitting 

Knitting  fine  French  balbriggan  cloth,  worsted  and  merino  cloth, 
single  and  double  plush  cloth,  for  fleeced-lined  underwear,  made  on 
spring  needle  frame. 

Sweater  knitting,  with  racked  rib  and  cuffs,  pineapple  stitch  and 
fancy-colored  effects,  on  circular  rib  machines. 

Full-fashion  sweater  knitting  on  the  Lamb  full-fashion,  hand  power 
machine. 

Knitting  golf  gloves  on  the  Lamb  hand-power  machine. 

Different  processes  of  finishing  balbriggan,  worsted,  merino  and 
fleeced  cloth  into  underwear  ready  for  market. 

294.     Knitting 

The  aim  of  this  work  is  to  give  to  the  student  an  insight  into  the  class 
of  work  for  which  a  large  part  of  the  yarn  in  a  yarn  mill  is  made. 

The  different  types  of  knitting  machines  are  studied,  and  in  each  case 
the  effect  upon  the  machine  and  fabric  of  imperfect  yarn  is  gone  into 
carefully. 

300.     Picking,  Carding  and  Roving 

Cotton  yarn  mill  machinery.  Machines  required  for  making  different 
numbers  of  counts  of  yarn. 

Picking  Room. — Bale  breakers  or  openers,  their  use  and  how  oper- 
ated. 

Automatic  feeders,  their  construction,  methods  of  setting  and  ad- 
justing; evener  motions,  calculations. 

Openers,  their  use  and  object.  The  different  kinds  used  and  the  class 
of  cotton  for  which  they  are  best  adapted.  The  different  kinds  of 
beaters  used,  and  the  speeds  at  which  they  should  run. 

Cleaning  trunks,  their  uses  and  operation. 

Breaker,  intermediate  and  finisher  lappers.  Different  styles  and 
makes  of  machines.  The  construction  and  operation  of  the  different 
parts,  setting  and  adjusting  the  different  parts,  and  arranging  the 
speeds  to  give  the  best  results.  Calculations  for  speeds,  drafts,  weights 
and  production  on  the  different  machines. 

Cards. — The  different  kinds  of  cards  used ;  their  construction  and  oper- 
ation. 

The  revolving  flat  card.  Its  principal  parts.  Different  methods  of 
setting,  different  settings  for  different  classes  of  work.  The  speeds  of  the 
different  parts,  and  their  effect  on  the  quality  of  the  work  produced.  Con- 
struction of  card  clothing.  Clothing  cylinder  doffer  and  top  flats.  Strip- 
ping and  grinding  cards.  Grinding  and  testing  top  flats.  Covering  grind- 
ing rolls.    Splicing  driving  ropes  and  belts. 

Calculations  for  speeds,  drafts,  production,  per  cent  of  waste,  etc. 

Roving  Frames. — The  different  processes  used.  The  construction  and 
use  of  the  roving  or  fly  frame. 

Speeds  of  the  different  size  frames  and  the  different  parts  of  the 
frame. 

The  different  styles  of  differentials  used  and  their  object. 

Cone  drums.  The  effect  of  the  shape  of  the  cones  on  the  running  of  the 
frames.  Leveling  and  adjusting  roving  frames.  Balancing  flyers,  and 
the  effect  of  unbalanced  flyers  on  the  running  of  the  frame. 


28 

The  effect  of  draft  and  twist  on  the  quality  and  quantity  of  the  work 
produced. 

Roller  setting.  Calculations  for  speeds,  draft,  twist,  tension  and  lay. 
Calculations  for  differentials,  cone  drums  and  productions. 

301.     Special  Knitting 

Operations  preliminary  to  knitting.  Winding,  cone  winding,  bobbin 
winding.  Development  of  knitting.  Knitting  needles.  Construction  and 
operation  of  latch  and  spring  needles.  Knitting  on  circular  and  flat  ma- 
chines. Study  of  the  results  of  uneven,  mixed  and  otherwise  imperfect 
yarns  in  the  knitting  process,  and  the  effect  upon  the  machine  and  fabric. 

302.     Drawing  Rolls  and  Drawing  Frames.    Ring  Spinning.    Doubling 

and  Drafting 

Drawing  Rolls. — The  different  kinds  of  rolls  used,  their  construction, 
methods  of  covering,  setting  and  adjusting  for  different  kinds  of  work. 
Clearers  for  drawing  rolls. 

Drawing  Frames. — The  railway  head  and  evener  draw  frame.  The 
construction  and  arrangement  of  drawing  frames.  Different  methods  of 
gearing,  weighting  and  stop-motions  for  draw  frames.  Calculations  for 
speeds,  drafts,  dividing  drafts,  production,  etc. 

The  Ring  Spinning  Frame. — Its  construction  and  use.  The  construc- 
tion and  adjustment  of  the  different  parts,  such  as  spindles,  rings,  trav- 
elers, rollers,  builder  motions,  etc.  Making  bands.  Comparing  different 
drives  for  spindles.  Twist  in  yarn,  its  effect  on  strength  and  production. 
Calculations  for  speeds,  drafts,  twist  and  production. 

Doubling  and  Drafting. — Laying  out  drafts  and  weights  at  the  differ- 
ent machines  from  picker  to  spinning  frame  for  making  different  num- 
bers of  yarn. 

Calculating  the  number  of  machines  required  at  the  different  processes 
to  produce  a  required  amount  of  yarn  of  different  numbers. 

Calculating  the  labor  cost  of  making  roving  or  yarn,  using  different 
methods. 

Calculating  the  effect  of  draft  at  the  different  machines  on  the  produc- 
tion and  cost  of  the  yarn  made. 

303.     Combing  and  Mule  Spinning 

Silver  and  ribbon  lap  machines.  Construction  of  the  different  machines. 
Methods  of  setting  and  operating  same. 

Combers. — The  different  kinds  of  combers  used;  their  speeds  and  pro- 
ductions.   Comber  setting  and  adjusting  and  methods  of  operating. 

Roll  varnishing.  The  percentage  scale  and  its  use.  Practice  work  in 
setting  and  operating  the  different  combers. 

Calculations  for  speeds,  drafts,  productions,  etc.,  on  the  lap  machines 
and  combers. 

Mules. — The  spinning  mule  and  its  uses.  The  special  features  of  the 
mule.  Description  of  the  construction  and  operation  of  the  different 
parts  of  the  mule.  Calculations  for  speeds,  drafts,  etc.,  and  all  calcula- 
tions required  in  making  changes. 

_  Practice  work  in  laying  out  and  carrying  through  the  work  for  making 
different  counts  of  yarn  from  the  raw  stock  to  the  finished  thread. 

304.     Twisting  and  Cotton  Classing 

The  Object  of  Twisting. — Different  styles  of  twisters  used.  Wet  and 
dry  twisting.  Direction  of  twist.  Effect  of  twist  on  the  strength, 
weight  or  counts. 

Preparing  yarn  for  twisting. 

Making  ply  threads,  cords,  cordonnet  and  sewing  threads. 


29 

Sizes  of  rings  and  spindle  speeds  for  different  threads.  Calculations  for 
speeds,  twists  and  productions. 

Cotton  Classing. — Different  species  of  cotton  plants. 

Cultivation  of  cotton.  The  different  varieties  of  cotton  and  the  class 
of  goods  for  which  they  are  best  adapted. 

Cotton  picking,  ginning,  baling  and  marketing.  The  selection  of  cotton 
for  different  classes  of  goods. 

Cotton  grading  and  stapling. 

Practice  work  in  running  work  from  raw  stock  to  spinning  and  twist- 
ing. 

305.     Test  Work  and  Roller  Covering 

Test  Work. — Testing  different  classes  of  cotton  and  comparing  re- 
sults for  waste  removed  and  strength  of  yarn  made.  Testing  different 
methods  of  handling  cotton,  using  different  speeds;  drafts  and  numbers 
of  processes  used  and  comparing  results. 

Roller  Covering. — Covering  top  roll  and  under  clearers. 

Cutting,  piecing,  drawing  on,  burning  down  and  burnishing. 

306.     Yarn  Testing  and  Comber  Reneedling 

Yarn  Testing. — Testing  yarns  for  weight  or  counts,  breaking  weight 
(skein  or  single) .  Inspecting  yarn,  testing  for  moisture,  amount  of  twist 
in  single  or  ply  yarn.  Testing  for  contraction  in  single  yarn;  for  con- 
traction or  expansion  in  ply  threads.    Testing  for  elasticity. 

Comber  Reneedling. — Cleaning  off,  setting  needles,  soldering  on, 
building  half  laps,  polishing  and  finishing  same. 

Practical  work  in  running  tests  through  the  machines. 

TEXTBOOKS  AND  LECTURE  SHEETS  USED  IN  THE  SCHOOL 

Chemistry  Department 

Smith's  "Elementary  Chemistry,"  Noyes'  "Qualitative  Analysis,"  Tal- 
bot's "Quantitative  Analysis,"  Remsen  &  Orndorff's  "Organic  Chemistry," 
Blanchard's  "Synthetic  Inorganic  Chemistry,"  Smith's  "General  Chem- 
istry for  Colleges." 

Mechanical  Department 

"Practical  Mechanics,"  Hale;  W.  H.  Timbie's  "Essentials  of  Elec- 
tricity." 

"Industrial  Mathematics,"  Farnsworth. 

Other  Departments 

.  No  textbooks  are  used  in  the  departments  other  than  those  named 
above.  Lectures  are  prepared  by  the  heads  of  the  departments  cover- 
ing the  work  in  detail,  muitigraphed,  and  sold  to  the  students  at  cost. 
These,  with  design  books,  design  pads,  color  supplies  and  notebooks, 
constitute  the  working  material  to  be  provided  by  students. 

EVENING  CLASSES 

Evening  instruction,  similar  to  the  day,  on  the  same  machinery  and 
by  the  heads  of  the  day  departments  assisted  by  practical  skilled  men 
from  the  mills,  is  given  for  the  benefit  of  workers  in  local  mills  and 
machine  shops.  The  instruction  in  the  evening  classes  is  divided  into 
sections  so  as  to  give  the  greatest  possible  facilities  to  the  students  in 
these  classes. 


30 

Certificates  are  granted  to  all  students  in  the  evening  classes  who 
have  successfully  completed  the  equivalent  to  two  years'  work,  two 
evenings  a  week.  The  certificate  states  the  subjects  that  the  student 
has  passed  in,  and  the  length  of  time  he  has  devoted  to  the  work. 

Evening  students  are  enrolled  at  the  commencement  of  both  the  fall 
and  spring  terms.  The  subjects  taken  up  in  the  different  evening 
courses  follow  the  detailed  topics  as  specified  on  pages  30  and  31. 

Students  enrolling  in  the  regular  Chemistry  and  Dyeing  Course  are 
required  to  make  a  deposit  of  $5  for  breakage.  In  case  the  breakage 
caused  by  any  student  does  not  equal  the  amount  of  his  deposit,  the 
balance  is  returned  to  him  at  the  end  of  the  school  year,  but  if  the 
actual  breakage  exceeds  this  amount,  an  additional  charge  is  made. 

The  school  is  in  session  four  evenings  a  week  for  twenty-four  weeks, 
— Monday,  Tuesday,  Thursday  and  Friday,  from  7.30  to  9.15  for  all 
classes  except  those  taking  the  Chemistry  and  Dyeing  Course.  Those 
classes  are  held  three  nights  a  week, — Monday  and  Tuesday,  from  7  to 
9.30,  and  Thursday,  from  7.15  to  9.15. 

For  terms  of  admission,  see  pages  31  and  32  of  this  catalogue. 

COURSES  OF  INSTRUCTION,   EVENING   CLASSES 

Carding  and  Spinning  Department 

Picking,  Carding  and  Drawing:  one  year,  two  evenings  a  week. 
Combing:  one  term,  two  evenings  a  week. 
Roving  Frames:  one  term,  two  evenings  a  week. 
Ring  Spinning  and  Twisting:  one  term,  two  evenings  a  week. 
Mule  Spinning:  one  year,  two  evenings  a  week. 
Cotton  Classing:  one  term,  one  evening  a  week. 

Advanced  Calculations  in  Carding  and  Spinning:  one  year,  one  even- 
ing a  week. 

Mill  calculations:  one  year,  two  evenings  a  week. 

Weaving  and  Warp  Preparation  Departments 

Spooling,  Warping  and  Slashing:  one  term,  two  evenings  a  week. 

Automatic  Loom  Fixing:  one  term,  two  evenings  a  week. 

Plain  Loom  Fixing:  one  term,  two  evenings  a  week. 

Fancy  Loom  Fixing:  one  term,  two  evenings  a  week. 

French,  Portuguese  and  Polish  Classes  in  Loom  Fixing. 

Advanced  Calculations  in  Weaving:  one  term,  two  evenings  a  week. 

Warp  Drawing  for  Women:  one  term,  two  evenings  a  week. 

Designing  Department 

Elementary  Designing:  one  term,  two  evenings  a  week. 
Advanced  Designing:  one  term,  two  evenings  a  week. 
Elementary  Analysis :  one  term,  two  evenings  a  week. 
Advanced  Analysis :  one  term,  two  evenings  a  week. 
Jacquard  Designing :  one  term,  two  evenings  a  week. 

Knitting  Department 

Special  Knitting:  two  evenings  a  week  each  term. 

Engineering  Department 

Mechanical  Drawing:  one  year,  two  evenings  a  week. 
Advanced  Drawing:  one  year,  two  evenings  a  week. 
Machine  Drawing:  one  year,  two  evenings  a  week. 
Mechanical  Designing:  one  year,  two  evenings  a  week. 
Machine-shop  Practice:  one  year,  two  evenings  a  week. 


31 

Advanced  Shop  Work:  one  year,  two  evenings  a  week. 
Steam  engineering,  Boilers :  one  term,  one  evening  a  week. 
Steam  Engineering,  Engines :  one  term,  one  evening  a  week. 
Elementary  Electricity:  one  year,  one  evening  a  week. 

Chemistry  Department 

General  Chemistry:  one  year,  two  evenings  a  week. 
Qualitative  Analysis:  one  year,  two  evenings  a  week. 
Quantitative  Analysis :  one  year,  two  evenings  a  week 
Organic  Chemistry:  one  year,  two  evenings  a  week. 
Textile  Chemistry  I:  one  year,  two  evenings  a  week. 
Textile  Chemistry  II :  one  year,  two  evenings  a  week. 
Dyeing  I :  one  year,  two  evenings  a  week. 
Dyeing  II :  one  year,  two  evenings  a  week. 
Dyeing  III:  one  year,  one  evening  a  week. 

Mathematics 

Cost  Finding :  one  term,  two  evenings  a  week. 

Evening  Diploma  Courses 

The  school  diploma  will  be  granted  to  those  students  of  the  evening 
classes  who  successfully  complete  the  work  specified  under  the  following 
courses : — 

I.  Carding  and  Spinning. — Picking  and  Carding,  Drawing  and  Rov- 
ing Frames,  Combing,  Ring  Spinning  and  Twisting,  Mule  Spinning, 
Cotton  Sampling,  Advanced  Calculations  in  Carding  and  Spinning,  Me- 
chanical Drawing,  Advanced  Drawing. 

II.  Weaving  and  Designing. — Spooling,  Warping  and  Slashing,  Plain 
Weaving  and  Fixing,  Fancy  Weaving  and  Fixing,  Elementary  Designing 
and  Cloth  Construction,  Advanced  Designing  and  Cloth  Construction,  Jac- 
quard  Designing,  Cotton  Sampling,  Mechanical  Drawing,  Advanced  Draw- 
ing, Cost  Finding. 

III.  Chemistry  and  Dyeing. — General  Chemistry,  Qualitative  Analy- 
sis, Quantitative  Analysis,  Organic  Chemistry,  Textile  Chemistry  I,  Tex- 
tile Chemistry  II,  Dyeing  I,  Dyeing  II,  Dyeing  III,  Mechanical  Drawing, 
Advanced  Drawing. 

Courses  for  Women 

Several  courses  are  open  for  women  in  both  the  day  and  evening 
classes,  and  a  number  have  pursued  them  successfully.  They  are  as 
follows : — 

Textile  Designing. 

Chemistry  and  Dyeing. 

Cost  Finding. 

Cotton  Sampling. 

Warp  Drawing. 


GENERAL  INFORMATION 

CONDITIONS   OF   ADMISSION   TO   DAY   CLASSES 

_  Candidates  for  admission  to  the  regular  day  courses  must  be  at  least 
sixteen  years  of  age.  Those  who  have  been  students  of  other  technical 
institutions,  colleges  or  universities  are  required  to  furnish  a  certifi- 
cate of  honorable  dismissal  from  those  institutions.  Candidates  hav- 
ing a  graduate's  certificate  from  a  high  school  or  other  educational 


32 

institution  of  equal  standing  are  admitted  without  examination.  Other 
applicants  for  admission  are  required  to  un'dergo  examinations  in 
arithmetic,  English,  and  commercial  geography. 

Candidates  for  the  Junior  Course  should  be  fourteen  years  of  age 
and  have  been  graduated  from  grammar  school. 

A  candidate,  whether  desiring  to  be  enrolled  on  certificate  or  by 
passing  the  entrance  examination,  must  fill  out  an  application  blank, 
which  should  be  delivered  at  the  school  as  early  as  possible  before 
the  opening  of  the  year. 

Applicants  desiring  to  take  up  special  studies  in  the  school  may  be 
admitted,  provided  their  applications  are  approved  by  the  Principal. 
Such  students  shall  be  known  as  specials,  and,  upon  satisfactory  com- 
pletion of  their  work  in  the  school,  shall  be  given  certificates  stating 
the  work  they  have  covered  and  the  time  they  have  been  in  attendance. 

No  applicant  is  admitted  to  the  regular  courses  of  the  school  after 
the  first  four  weeks  unless  he  has  already  covered  the  work  of  the  school 
for  the  time  preceding  the  date  of  his  application;  nor  shall  any  change 
in  any  student's  course  be  made  after  the  first  four  weeks  of  admission 
except  by  permission  of  the  Principal. 

ENTRANCE  EXAMINATIONS   FOR  DAY  STUDENTS 

The  examinations  for  those  desiring  to  enter  the  school  at  the  open- 
ing of  the  fall  term  of  1927  will  be  held  at  the  school  only,  on  Wednes- 
day, June  8,  and  on  Friday,  September  9  at  9  A.M. 

The  detailed  topics  dealt  with  in  the  entrance  examinations  are  as 
follows : — 

Arithmetic 

Definitions,  addition,  subtraction,  multiplication,  division,  factors, 
multiples,  cancellation,  fractions,  decimals,  percentage,  interest,  ratio 
and  proportion,  square  root,  compound  quantities,  mensuration,  metric 

system. 

English 

The  candidate  will  be  required  to  show  his  ability  to  spell,  capitalize 
and  punctuate  correctly;  to  show  a  practical  knowledge  of  the  essen- 
tials of  English  grammar,  a  good  training  in  the  construction  of  the 
sentence,  and  familiarity  with  the  simple  principles  of  paragraph  divi- 
sion and  structure. 

He  will  be  required  to  write  a  business  letter,  and  one  or  more  short 
articles  on  subjects  assigned  from  which  he  may  select.  Ability  to 
express  himself  clearly  and  accurately  will  be  considered  of  prime  im- 
portance. 

Commercial  Geography 

Farm  products  of  the  United  States,  where  raised;  our  mines,  and 
where  located;  our  manufactures,  and  where  established;  our  exports, 
and  to  what  countries;  our  imports,  and  from  what  countries;  our 
transportation  facilities. 

CONDITIONS   OF  ADMISSION   TO  EVENING   CLASSES 

Candidates  for  admission  to  evening  classes  must  be  at  least  fourteen 
years  of  age. 

Those  desiring  to  enter  any  of  the  courses  in  the  various  departments 
must  satisfy  the  head  of  the  department  which  they  desire  to  enter  that 
they  have  sufficient  knowledge  to  be  benefitted  by  the  instruction  offered. 


f. 

o 

- 

'w 

Q 

C 

o 

CO 


= 

CD 

6 

— 
Q 

C 

a 

cu 

Q 


33 
FEES 

Day  Students. — No  tuition  fee  is  charged  day  students  who  are  resi- 
dents of  Massachusetts.  For  non-resident  students  the  fee  is  $150  a 
year,  payable  in  advance  in  two  equal  installments, — at  the  opening  of  the 
fall  term  and  at  the  end  of  the  first  semester.  No  student  shall  be  ad- 
mitted to  the  classes  until  his  tuition  is  paid.  No  fees  are  refunded  ex- 
cept by  special  action  of  the  Board  of  Trustees. 

The  above  fee  includes  admission  to  any  of  the  evening  classes  in  which 
there  is  accommodation,  and  which  the  day  students  may  desire  to  attend. 

A  deposit  of  $10  is  required  of  all  day  students  taking  the  regular 
Chemistry  and  Dyeing  Course.  A  deposit  of  $5  is  required  of  students 
taking  chemistry  in  connection  with  any  other  course.  A  deposit  of 
$2.50  is  required  of  students  taking  converting.  This  deposit  is  to  cover 
the  cost  of  any  breakage  that  may  occur,  but  in  case  the  actual  breakage 
exceeds  this  amount  an  additional  charge  is  made.  Any  unexpended 
balance  is  returned  at  the  end  of  the  year.  To  non-resident  students  a 
further  charge  of  $10  for  chemicals  is  made. 

Students  are  required  to  supply  themselves  with  such  books,  tools  and 
materials  as  are  recommended  by  the  school,  and  pay  for  any  breakage 
or  damage  that  they  may  cause  in  addition  to  the  above-named  fee.  A  fee 
of  $3  is  charged  each  day  student,  except  first  year  Juniors,  to  be  used  for 
assisting  in  the  maintenance  of  athletics  in  the  school. 

All  fees  are  due  at  the  beginning  of  each  school  year. 

Evening  Students. — No  tuition  fee  is  charged  evening  students.  Stu- 
dents enrolled  in  the  Chemistry  and  Dyeing  Course  are  required  to  make 
a  deposit  of  $5  for  breakage.  In  case  the  breakage  caused  by  any  stu- 
dent does  not  equal  the  amount  of  his  deposit,  the  balance  is  returned  to 
him  at  the  close  of  the  school  year,  but  if  the  breakage  is  in  excess  of  this 
deposit,  the  student  is  charged  the  additional  amount.  Evening  students 
are  required  to  supply  themselves  with  such  books  and  materials  as  are 
recommended  by  the  school,  but  this  charge  is  small. 


SCHOOL  HOURS 

The  school  hours  for  the  day  classes  are  from  8.30  to  12  each  morning 
except  Saturdays,  with  afternoon  sessions  from  1.30  to  4.30  except  Sat- 
urdays.    For  sessions  of  evening  classes  see  pages  29  and  30. 


EXAMINATIONS,  CERTIFICATES  AND  DIPLOMAS 

Written  examinations  are  held  twice  a  year,  and  other  tests  from 
time  to  time  to  determine  the  standing  of  students  in  their  work. 

The  final  examination  is  held  at  the  end  of  the  spring  term.  Results  of 
these  examinations,  together  with  the  student's  marks  recorded  from 
recitations,  practical  demonstrations  and  student's  books,  are  taken  into 
account  in  ranking  students  at  the  end  of  each  year  and  for  graduation. 
Unsatisfactory  progress  necessitates  the  student  repeating  his  studi» 

Diplomas  are  given  on  the  satisfactory  completion  of  a  course  of  study 
extending  over  a  period  of  three  years  in  connection  with  each  course, 
if  the  student's  record  is  otherwise  satisfactory. 

Students  taking  special  courses  in  most  cases,  are  entitled  to  a  certifi- 
cate if  they  honorably  and  satisfactorily  complete  the  course  of  instruc- 
tion scheduled. 

Day  students  are  required  to  spend  as  much  time  daily  out  of  school 
hours  in  study,  such  as  recording  lectures  and  other  notes,  as  may  be 
necessary  to  maintain  proper  standing.  The  students'  books  are  ex- 
amined by  the  instructors  periodically,  and  the  care  and  accuracy  with 
which  they  are  kept  is  considered  in  ranking  students. 


34 
CONDUCT 

Students  are  required  to  conduct  themselves  in  an  orderly  and  gen- 
tlemanly manner  while  in  attendance  at  the  school.  When  the  conduct 
of  any  student  is  considered  by  the  Principal  of  the  school  detrimental 
to  its  best  interests,  he  will  be  suspended  by  him  and  the  case  reported 
to  the  Board  of  Trustees  for  action. 

Any  student  who  presents  at  any  time  work  as  his  own  which  he  has 
not  performed,  or  tries  to  pass  an  examination  by  dishonorable  means, 
shall  be  regarded  as  having  committed  a  serious  offence. 

Students  shall  exercise  due  care  in  the  use  of  the  school  apparatus 
and  machinery.  All  breakages  and  accidents  must  be  reported  at  once 
to  the  instructor  in  charge,  and  the  student  will  be  held  liable  for  any 
wilful  damage  or  the  result  of  gross  carelessness. 

ATTENDANCE 

Day  students  taking  the  regular  courses  are  required  to  attend  every 
exercise  of  the  school;  special  students,  every  exercise  called  for  by 
their  schedules.  For  every  case  of  absence  or  tardiness  students  must 
present  an  excuse  to  the  Principal.  A  certain  number  of  unsatisfactory 
excuses  will  render  the  student  liable  to  suspension  and  further  action 
if  cause  is  sufficient. 

When  the  attendance  of  an  evening  student  is  unsatisfactory  he  will 
render  himself  liable  to  be  dropped  from  the  school. 

BOARD  AND  ROOMS 

New  Bedford  is  unusually  desirable  as  a  residential  city,  and  stu- 
dents will  find  numerous  houses  of  private  families  and  boarding  houses 
where  they  may  obtain  room  and  board. 

No  requirements  are  made  as  to  residence  of  out-of-town  students, 
although  facilities  are  given  by  having  addresses  of  suitable  houses 
on  file  at  the  school. 

No  definite  estimate  can  be  made  of  the  cost,  as  this  depends  entirely 
on  the  tastes  of  the  student,  but  board  and  room  may  be  obtained  for 
from  $12  per  week  upwards. 

J  TOOLS  AND  MATERIALS 

Students  are  required  to  purchase  such  materials,  textbooks,  tools 
and  apparatus  as  may  be  required  from  time  to  time  by  the  school 
authorities,  or  make  deposits  on  such  as  are  loaned  to  them.  The  sup- 
plies required  vary  with  the  courses  for  which  the  students  enter,  the 
cost  being  from  $20  to  $40  per  year. 

LIBRARY 

The  school  maintains  a  library  that  contains  all  the  best  works  on 
carding  and  spinning,  weaving,  designing,  knitting,  dyeing  and  me- 
chanics; also  a  consulting  encyclopedia  and  an  international  dictionary. 
Catalogues  and  pamphlets  dealing  with  machinery  or  processes  related 
to  textile  work  are  also  on  file,  as  are  all  the  leading  textile  journals 
and  trade  papers.  The  students  have  access  to  the  library  during  school 
hours. 

ATHLETICS 

The  school  has  an  athletic  association,  and  the  students  participate 
actively  in  various  sports  and  games.     The  school  is  equipped  with  a 


35 

gymnasium,  locker  room  and  shower  baths.     There  are  several  athletic 
fields  open  to  the  students  for  their  outdoor  sports.     The  management  of 
the  school  will  give  all   reasonable   encouragement   and   support  to   the 
furtherance  of  healthful  recreation  and  manly  sports  for  its  students. 
For  fee  for  same  see  page  33  of  this  catalogue. 

THE  WILLIAM  FIRTH  SCHOLARSHIP   AT  THE   NEW  BEDFORD 

TEXTILE  SCHOOL 

The  donation  of  William  Firth,  Esq.,  has  established  a  scholarship 
at  the  New  Bedford  Textile  School,  primarily  for  the  benefit  of  a  son  of  a 
member  or  of  a  deceased  member  of  the  National  Association  of  Cotton 
Manufacturers,  furnishing  to  the  recipient  of  such  scholarship  $180  a 
year  for  the  course.  Candidates  for  this  scholarship  must  apply  by  letter 
only,  addressed  to  the  National  Association  of  Cotton  Manufacturers, 
P.  0.  Box  3672,  Boston,  Mass.  The  candidates  must  be  at  least  sixteen 
years  of  age  and  furnish  certificates  of  good  moral  character,  and  those 
who  have  been  students  of  other  technical  institutions,  colleges  or  other 
universities  are  required  to  furnish  certificates  of  honorable  dismissal 
from  such  institutions.  Those  applicants  conforming  to  the  above  con- 
ditions are  nominated  by  the  Board  of  Government  to  the  New  Bedford 
Textile  School,  and  the  selection  of  the  candidate  for  the  scholarship  is 
made  as  the  result  of  an  examination  held  at  New  Bedford,  Mass.  Every 
candidate,  previous  to  the  examination,  must  file  an  application  at  the 
school  for  admission,  agreeing  to  observe  the  rules  and  regulations  of 
the  school.  Candidates  are  eligible  for  any  of  the  courses  included  in  the 
curriculum  of  the  school. 

In  case  the  son  of  a  member  or  of  a  deceased  member  of  the  National 
Association  of  Cotton  Manufacturers  does  not  apply  for  the  scholarship, 
any  person  eligible  for  entrance  to  the  school  may  make  application. 

This  scholarship  will  be  available  in  the  fall  of  1928. 

THE  MANNING  EMERY,  Jr.,  SCHOLARSHIP  AT  THE  NEW 
BEDFORD  TEXTILE   SCHOOL 

The  donation  by  the  Passaic  Cotton  Mills  Corporation  and  its  employees 
of  the  sum  of  $3,000  has  established  a  scholarship  at  the  New  Bedford 
Textile  School,  primarily  for  the  benefit  of  the  employees  of  the  Passaic 
Cotton  Mills  Corporation  and  in  accordance  with  an  indenture  entered 
into  between  the  above-named  Passaic  Cotton  Mills  Corporation  and  its 
employees  and  the  Trustees  of  the  New  Bedford  Textile  School, 

In  default  of  any  application  from  an  employee  of  the  Passaic  Cotton 
Mills  Corporation  who  is  deemed  by  the  Trustees  of  the  New  Bedford 
Textile  School  as  qualified  to  enter  that  institution,  the  Trustees  of  the 
New  Bedford  Textile  School  may,  at  their  discretion,  nominate,  with  the 
approval  of  the  Passaic  Cotton  Mills  Corporation,  some  other  person  to 
be  the  beneficiary  of  this  scholarship.  Such  applicants  must  comply  with 
such  reasonable  regulations  and  conditions  as  said  New  Bedford  Textile 
School  may  from  time  to  time  adopt  in  relation  thereto. 

From  said  applicants  one  shall  be  selected  by  the  Trustees  of  the  New 
Bedford  Textile  School  as  a  beneficiary  of  said  scholarship. 

This  scholarship  will  be  available  in  the  fall  of  1927. 

THE    MASSACHUSETTS    CHARITABLE    MECHANICS 
ASSOCIATION   SCHOLARSHIP 

The  Massachusetts  Charitable  Mechanics  Association  are  giving  four 
scholarships  each,  $250  a  year,  to  this  school  to  be  given  to  four  Reserv- 
ing students  to  assist  them  in  obtaining  a  technical  education.  It  is 
understood  that  the  persons  securing  these  scholarships  must  prove  them- 
selves worthy  in  order  to  retain  them. 


36 

THE  NATIONAL  ASSOCIATION  OF  COTTON 

MANUFACTURERS'  MEDAL 

The  National  Association  of  Cotton  Manufacturers  offers  a  medal  to  be 
awarded  each  year  to  the  student  in  the  graduating  class  who  shows  the 
greatest  proficiency  in  scholarship.  This  is  determined  by  an  examina- 
tion of  the  records  of  the  students'  progress  throughout  their  studies, 
which  are  recorded  and  reported  upon  by  the  instructors  and  kept  per- 
manently on  file. 

The  competition  for  this  medal  is  open  to  all  day  students  who  graduate 
in  the  Complete  Cotton  Manufacturing  Course,  or  to  evening  students  who 
have  completed  studies  comprised  in  that  course  and  graduated  therein. 
The  association  offering  the  medal  has  made  it  a  condition  of  the  award 
that  at  least  four  members  of  the  graduating  class  be  eligible  to  the 
competition. 

THE  WILLIAM  E.  HATCH  MEDAL 

This  medal  is  awarded  to  the  member  of  the  freshman  class,  taking  the 
General  Cotton  Manufacturing  Course,  who  ranks  the  highest  in  scholar- 
ship for  the  year.  It  is  presented  by  Mr.  Allen  K.  Remington,  president 
of  the  Alumni  Association,  to  commemorate  the  day  of  Mr.  William  E. 
Hatch's  retirement  from  the  presidency  of  the  school. 

THE  PETER  SLATER  MEDAL 

This  medal  is  presented  by  Mr.  Victor  0.  B.  Slater,  a  graduate  of  the 
evening  classes  of  the  school,  in  memory  of  his  father,  Peter  Slater,  who 
was  a  loyal  friend  of  the  school.  It  is  awarded  to  the  student,  graduating 
from  the  evening  classes  in  Textile  Design,  who  has  attained  the  highest 
standing  for  the  two-year  course. 


EQUIPMENT 

COTTON  CARDING  AND  SPINNING  DEPARTMENT 

This  department  occupies  nearly  the  entire  first  floor  of  the  machinery 
building,  and  has  approximately  9,000  square  feet  of  floor  surface.  The 
equipment  is  large  and  diversified,  enabling  the  students  to  become  ac- 
quainted with  practically  all  the  leading  makes  of  machines  found  in  the 
carding  or  spinning  departments  of  cotton  mills. 

A  special  feature  of  the  equipment  is  the  large  number  of  models  of 
the  principal  parts  of  the  different  machines  in  this  department.  These 
models  are  so  mounted  that  the  different  settings  and  adjustments  can 
be  made  equally  as  well  as  on  the  machine  itself,  and  thus  enable  the  stu- 
dent to  grasp  more  readily  the  essential  points,  since  the  parts  are  much 
more  readily  accessible. 

The  department  is  humidified  by  the  system  of  the  American  Moisten- 
ing Company,  Bahnson  humidifiers,  the  Parks-Cramer  Company's  Turbo 
System  and  the  American  Air  Purifying  Company's  portable  humidifiers. 
Carver  Cotton  Gin  Co. :  1  18  saw  cotton  gin. 

Saco-Lowell  Shops:  1  roving  waste  machine;  1  automatic  feeder;  1 
opener  and  breaker  lapper;  1  finisher  lapper;  1  card;  1  evener  draw 
frame;  1  two-head  draw  frame;  1  fine  roving  frame;  2  spinning 
frames;  1  Perham  &  Davis  evener  motion  complete  with  feed  rolls 
and  cones. 
H.  &  B.  American  Machine  Co.:  1  finisher  lapper;  2  cards;  1  drawing 
frame;  2  roving  frames;  2  spinning  frames;  1  section  of  arch  with 
bend;  1  spinning  builder  motion;  1  roving  builder  motion;  2  differ- 
entials. 


37 

Mason  Machine  Works:  1  card;  1  railway  head;  1  mule. 

John   Hetherington  &   Sons,   Ltd.:    1   card;    1   silver  lap   machine;    2 

combers;  1  mule;  1  camless  winder;  1  nipper  model. 
Potter  &  Johnston:  1  card. 
Whitin  Machine  Works:  2  cards;  1  silver  lap  machine;   1  ribbon  lap 

machine;  3  combers;  1  drawing  frame;  2  roving  frames;  2  spinning 

frames;  1  model  spinning  builder. 
Woonsocket  Machine  &  Press  Co. :  1  card ;  2  drawing  frames ;  2  roving 

frames;  1  differential;  1  roving  builder  motion. 
Dobson  &  Barlow:  1  fine  roving  frame;  1  roller  and  clearer  card. 
Asa  Lees :  1  roving  differential  motion. 
Fales  &  Jenks  Machine  Co. :  3  spinning  frames ;  1  twister. 
Draper  Corporation :  2  twisters ;  1  banding  machine. 
Collins  Brothers:  1  twister. 
Universal  Winding  Company:  4  winders. 
Foster  Machine  Co. :  2  doubling  winders. 
Miscellaneous  Equipment:   Roller  covering  machinery;   apparatus  for 

comber  re-needling;  card  clothing  machine;  ball  and  spool  winding 

machines. 
Testing  Apparatus :  Single  thread  tester ;  skein  and  cloth  tester ;  condi- 
tioning and  testing  machine;  inspecting  machine;  yarn  and  roving 

reels ;  yarn  balances ;  percentage  scale ;  micro-photographic  machine ; 

twist  counters;  thread  splicers,  electric  oven  recording  thermometer, 

recording  hygrothermograph  and  rotostat. 

WEAVING  AND  WARP  PREPARATION  DEPARTMENT 

This  department  occupies  all  of  the  second  floor  of  the  machinery 
building  and  contains  about  15,000  square  feet  of  floor  area.  The 
equipment  is  very  complete  and  includes  sufficient  machinery  to  enable 
each  student  to  obtain  all  the  practical  experience  required  in  connection 
with  his  studies.  All  of  the  latest  machinery  is  represented  in  this  equip- 
ment, and,  as  the  machinery  is  made  especially  for  use  in  the  school,  it 
fully  meets  the  needs  of  the  students.  Besides  the  machinery  listed 
below  there  are  models  for  demonstrating  leno  motions,  box  motions, 
warp-stop  motions,  etc. 

Draper  Corporation:  4  automatic  looms,  plain,  2-harness;  1  spooler;  2 

warpers. 
Mason  Machine  Works :  1  Standard  print  loom ;  1  plain,  5-harness  loom. 
Crompton  &  Knowles  Loom  Works:  7  plain,  2  plain  3-harness,  2  plain 
4-harness,  3  plain  5-harness  looms;  16x1  gingham  loom;  12x1 
automatic  bobbin  changing  gingham  loom;  14x1  gingham  loom;  1 
3x1  12-harness  towel  loom;  14x1  20-harness  No.  13  multiplier 
loom;  1  20-harness  double  cylinder  loom;  2  20-harness  dobby  looms; 
2  2-bar  lappet  looms ;  3  25-harness  2x1  box  and  leno  motion  looms ; 
8  16-harness  2x1  box  and  leno  motion  looms;   3  25-harness  leno 
motion  looms;    6  20-harness   leno  motion   looms;    1   rise   and   drop 
Jacquard,  200  hook,  loom;  1  double-lift  Jacquard,  208  hook  loom;  1 
double-lift   Jacquard,   300   hook   loom;    1   double-lift   Jacquard,   400 
hook  loom;  2  4x1  20-harness  leno  motion  looms;  24x1  20-harness 
dobby  looms,  automatic  bobbin  changing;  2  4x4  20-harness  dobby 
looms. 
Whitin  Machine  Works:  2  plain,  3-harness  looms;  2  plain,  4-harness 
looms;  9  plain,  5-harness  looms;  1  25-harness  2x1  box  motion  loom; 
1  25-harness  2x1  box  motion  and  leno  motion  loom;  3  25-harness 
leno  motion  looms ;  1  20-harness  leno  motion  loom. 
Stafford   Co.:    1  20-harness  automatic   shuttle  changing  loom;    1   25- 
harness  dobby  loom;  1  plain  automatic  shuttle  changing  loom. 
Kilburn,  Lincoln  Machine  Co.:  3  25-harness  dobby  looms. 
Hopedale  Mfg.  Co.:  1  Nordray  plain,  2-harness,  automatic  loom. 


38 
Easton  &  Burnham  Machine  Co. :  1  spooler. 
T.  C.  Entwistle  Co.:  1  warper;  1  ball  warper;  1  beamer. 
Howard  &  Bullough  Machine  Co. :  1  slasher. 
22  drawing-in  frames. 

DESIGNING  DEPARTMENT 

The  design  classroom  is  located  on  the  third  floor  of  the  recitation 
building,  and  is  a  large,  well-lighted  room  containing  all  the  appliances 
necessary  for  instruction  in  this  important  subject.  Special  attention 
has  been  given  to  the  method  of  lighting  this  room  to  give  the  best 
results,  and  the  desks  are  made  with  special  reference  to  the  needs  of  the 
student  of  designing. 

The  hand  loom  work  is  located  in  a  large  room  on  the  third  floor  of  the 
machinery  building.  This  room  contains  twenty-seven  hand  looms 
adapted  to  the  use  of  students  in  experimental  work,  and  in  putting  into 
practice  the  theory  of  designing,  and  also  to  enable  them  to  produce 
certain  of  the  designs  that  they  are  taught  in  the  designing  class.  There 
is  also  a  20  spindle  bobbin  winder  and  1  hand  winder.  The  room  is  well- 
lighted  by  a  saw  tooth  roof. 

The  card  cutting  room  contains  two  Royle  card  cutting  machines  and 
a  card  lacing  frame,  thus  enabling  the  students  working  Jacquard  de- 
signs to  cut  their  own  cards. 

MECHANICAL  DEPARTMENT 

Instruction  in  the  mechanical  department  is  carried  on  in  five  different 
rooms  located  in  various  parts  of  the  recitation  building.  These  rooms 
are  arranged  and  fitted  out  with  apparatus  to  meet  the  needs  of  the  stu- 
dents following  this  course.  The  department  is  subdivided  into  the  fol- 
lowing sections:  mechanical  drawing,  textile  engineering  and  machine- 
shop  work. 

Mechanical  Drawing. — The  drafting  room  is  located  on  the  second  floor 
of  the  recitation  building  and  is  well  lighted  by  northern  and  western 
exposures.  It  is  equipped  with  independent  drawing  tables  and  lockers 
for  the  drawing  boards  and  materials.  For  the  students'  use  in  connec- 
tion with  their  drafting  instruction  there  is  a  collection  of  models,  me- 
chanical apparatus  and  machine  parts.  On  the  third  floor  there  is  a 
swinging  blue-print  frame  mounted  on  a  track,  and  a  large  dark  room 
fitted  with  a  Wagenhorst  Electric  Blue  Printer  and  modern  conveniences 
for  blue  printing. 

Steam  Engineering  and  Elementary  Electricity. — Instruction  in  steam 
engineering  and  elementary  electricity  is  given  both  in  theory  and  prac- 
tice. The  theoretical  part  of  the  course  is  carried  on  in  a  large  recitation 
room  on  the  second  floor,  while  the  practical  side  is  studied  in  the  engi- 
neering laboratory  in  the  basement  of  the  recitation  building.  The 
laboratory  is  supplied  with  steam  direct  from  the  boiler  room  and  also 
has  gas  and  water  connections  1  12"  x  24"  Wetherell  Corliss  Engine;  1 
5-horsepower  Sturtevant  Vertical  Steam  Engine,  and  models  of  boilers, 
engines  and  pumps. 

For  the  study  of  electricity  there  is  provided  a  source  of  alternating 
current  at  110  volts  and  220  volts  pressure. 

1  2  KW  Holtzer-Cabot  direct  current  Generator;  1  5-horsepower  Holt- 
zer-Cabot  Induction  Motor;  1  2V2  KW  Holtzer-Cabot  compound  wound 
Converter;  an  assortment  of  voltmeters,  ammeters,  wattmeters,  galvan- 
ometer, foot  candle  meter,  transformers,  etc. 

Machine  Shop. — This  department  occupies  about  2,800  square  feet  of 
floor  surface  on  the  first  floor  of  the  recitation  building.  The  machinery 
is  electrically  driven  and  the  equipment  modern. 

7  12"  x  5  ft.  Reed  Prentice  engine  lathes ;  3  12"  x  6  ft.  Reed  Prentice 
engine  lathes;  1  18"  x  8  ft.  Reed  Prentice  Engine  lathe;  1  14"  x  6  ft.  Reed 


39 
Prentice  quick  change  gear  engine  lathe;  1  14"  x  6  ft.  Whitcomb-Blaisdell 
quick  change  gear  engine  lathe;  1  14"  x  6  ft.  Hendey  quick  change  gear 
engine  lathe;  2  14"  x  6  ft.  Flather  engine  lathes;  1  7"  x  5  ft.  Reed 
Prentice  speed  lathe;  1  10"  x  5  ft.  speed  lathe;  1  20"  Prentice  drill;  1 
No.  4  Reed  "Barr"  single  sensitive  spindle  drill;  1  No.  1%  Brown  & 
Sharpe  universal  milling  machine;  1  No.  2  Brown  &  Sharpe  universal 
milling  machine;  1  16"  Potter  &  Johnson  universal  shaper;  2  16"  Ohio 
shapers ;  1  24"  x  6  ft.  Woodward  &  Powell  planer ;  1  Morse  plain  grinder ; 
1  Greenfield  universal  grinder,  complete;  1  21/fe"  x  20"  Diamond  water 
tool  grinder;  1  2"  x  12"  Builders  bench  grinder;  1  4"  x  28"  Douglas 
grindstone;  1  Millers  Falls  power  hack  saw;  1  Peerless  electric  tool  post 
grinder;  1  Cincinnati  electric  hand  drill;  1  Westmacott  gas  forge;  1 
Wallace  circular  saw;  1  4"  Wallace  planer;  1  Cabinet  containing  milling 
machine  attachments,  small  tools  and  minor  apparatus;  1  Brown  & 
Sharpe  No.  2  wire  feed  screw  machine;  1  Oxweld  welding  equipment;  1 
Black  &  Decker  electric  drill. 

CHEMISTRY,  DYEING  AND  FINISHING  DEPARTMENT 

This  department  occupies  about  13,600  square  feet,  situated  in  the  base- 
ment and  on  the  first  and  third  floors  of  the  recitation  building.  This 
space  is  divided  into  four  laboratories,  a  lecture  and  recitation  room,  a 
reading  room  and  office  for  the  Principal  of  the  department,  and  two 
store-rooms.  The  general  chemistry  and  dyeing  laboratory  is  a  large, 
well-lighted  room,  63  feet  6  inches  by  20  feet,  on  the  first  floor,  and  is 
especially  designed  to  meet  the  needs  of  the  students  in  the  general 
courses.  This  laboratory  is  equipped  with  forty-two  double  desks  in  rows 
of  three  desks  each.  At  the  end  of  each  row  is  situated  the  sink  and  dye 
bath.  Along  the  wall,  on  the  opposite  side  are  the  hoods.  In  the  main 
special  laboratory  each  student  has  desk  space,  2  feet  by  8  feet,  and  his 
own  desk,  dye  bath  and  draught  hood.  Conveniently  located  are  a  large 
drying  oven,  four  10-gallon  dye  kettles,  and  one  20-gallon  dye  kettle.  This 
laboratory  is  equipped  at  each  desk  with  gas,  water  and  suction  in  order 
that  the  student's  work  may  be  carried  on  with  the  utmost  celerity  con- 
ducive to  the  best  results.  This  laboratory  is  also  equipped  for  analytical 
work  and  has  9  balances,  a  polariscope,  1  Spencer  microscope  No.  5,  triple 
nose  piece,  objectives  16,  4,  and  1.8  oil  immersion,  mechanical  stage;  1 
Spencer  rotary  microtome,  2  other  microscopes,  an  Emerson  calorimeter, 
a  Westphal  balance,  a  Saybolt  universal  viscosimeter,  and  other  special 
apparatus.  The  laboratory  for  converting  cotton  textiles  is  located  in  the 
basement.  It  contains  the  machines  necessary  to  demonstrate  in  practical 
proportions  the  operations  involved,  such  as  a  single-burner  Butterworth 
gas  singer  complete  with  air  pump  and  spark  extinguisher,  a  100  lb. 
Jefferson  kier,  an  experimental  piece  mercerizing  machine,  a  3  roll  pad- 
ding machine,  a  6  cylinder  horizontal  drying  machine,  equipped  with  the 
Files  exhausting  system,  2  40"  jigs,  a  steam  heated  calendar,  and  a  30  foot 
automatic  tentering  machine  with  Butterworth  patent  automatic  clips. 
In  this  laboratory,  there  is  also  a  small  Hussong  dyeing  machine  and  a 
Franklin  dyeing  machine  for  yarn  dyeing.  On  the  Hussong  machine 
there  is  a  Tagliabue  temperature  controller.  A  high  top  cloth  folder  and 
a  Dinsmore  portable  sewing  machine  are  part  of  the  equipment,  although 
situated  in  another  room.  There  is  also  one  laboratory  printing  machine 
from  the  Textile-Finishing  Machinery  Company  and  one  fade-ometer. 

KNITTING  DEPARTMENT 

The  knitting  department  occupies  two  large  connecting  rooms  on  the 
top  floor  of  the  machinery  building,  and  contains  about  6,600  square  feet 
of  floor  area.  The  equipment  is  very  complete,  there  being  a  greater 
number  of  machines  and  a  larger  variety  than  can  be  found  in  any  similar 
school  in  the  world.    The  work  that  has  been  produced  by  the  students  of 


40 
this  department  has  received  high  praise  from  some  of  the  leading  ex- 
perts in  the  knitting  trade,  the  hosiery  and  underwear  taking  especially 
high  rank. 

Crane  Mfg.  Co.:  1  36-gauge  spring  needle  table,  18"  and  21"  cylin- 
ders; 1  15"  8  cut  rib  body  machine;  1  19"  14  cut  rib  body  machine 
with  Crawford  stop  motion. 

Hemphill  Co.:  1  "Banner"  3%"  176  needle  automatic  footer;  1  "Ban- 
ner" 3V2"  220  needle  automatic  footer;  1  "Banner"  3V2"  240  needle 
automatic  striper;  1  "Banner"  3%"  240  needle  split  footer. 

Jenckes  Knitting  Machine  Co.:  1  "Invincible"  4"  108  needle  automatic 
footer;  1  "Invincible"  3%"  188  needle  automatic  footer;  1  "Invin- 
cible" 3"  120  needle  automatic  footer;  1  "Invincible"  3%"  240  needle 
automatic  footer;  1  "Invincible"  3%"  176  needle  automatic  footer; 
1  "Invincible"  3%"  160  needle  automatic  footer. 

Fidelity  Machine  Co.:  1  3V2"  220  needle  automatic  ribber;  1  3y2"  240 
needle  automatic  ribber;  1  3"  180  needle  automatic  ribber. 

H.  Brinton  Company:  1  3%"  108  and  188  needle  automatic  ribber;  1  4" 
84  and  160  needle  automatic  ribber;  1  3Vfc"  240  needle  automatic  rib- 
ber; 1  6"  480  needle  ribber;  1  41/2"  90  needle  scarf  machine. 

Lamb  Knitting  Machine  Co. :  1  6-cut  scarf  machine ;  1  flat  8-cut  glove 
machine. 

Mayo  Machine  Co.:  1  3%"  176  needle  automatic  footer;  1  3V2"  188 
needle  automatic  footer;  1  Zy^'  200  needle  automatic  footer;  1  3%" 
220  needle  automatic  footer. 

Scott  &  Williams:  1  3%"  176  and  200  needle  automatic  ribber;  1  3%" 
176  and  180  needle  automatic  ribber;  1  41,4"  180  needle  automatic 
ribber;  1  41/4"  216  needle  automatic  ribber;  1  41/4"  276  needle  auto- 
matic ribber;  1  41/4"  300  needle  automatic  ribber;  1  S1/^"  160  needle 
automatic  sleever;  1  3%"  264  needle  automatic  ribber;  1  10"  8  and 
10-cut  automatic  rib-body  machine;  1  13"  10-cut  automatic  rib-body 
machine ;  1  20"  12-cut  plain  and  2-2  body  machine ;  1  20"  16-cut  Bal- 
briggan  body  machine;  1  20"  14-cut  rib-border  machine;  1  31/2"  240 
needle  Model  K  machine;  1  3V2"  200  needle  Model  HH  machine;  1 
3%"  160  needle  Model  RI  machine;  1  S1/*"  140  needle  Model  RI 
machine;  1  finishing  machine;  1  bar-stitch  machine;  1  chain  ma- 
chine; 1  12-point  looper. 

Wildman  Mfg.  Co.:  1  3%"  200  needle  fancy  pattern  automatic  ribber; 
1  2%"  120  needle  neck  tie  machine;  1  3V2"  188  and  200  needle  auto- 
matic ribber;  1  3y2"  220  and  240  needle  automatic  ribber;  1  4V2"  180 
needle  automatic  sleever;  1  41/2"  216  needle  automatic  ribber;  1  41/4" 
272  needle  automatic  ribber;  1  13"  8  and  12-cut  automatic  rib-body 
machine;  1  18"  14-cut  plain  and  2-2  rib-body  machine;  1  Ballard 
electric  cloth  cutter. 

Merrow  Machine  Co.:  1  60D  overseaming  machine;  1  60S  hemming  ma- 
chine; 1  60AD  overedging  machine;  1  60UD  cloc  stitch  machine;  1 
35FJ  schell  machine ;  1  60Q  schell  machine. 

Metropolitan  Sewing  Machine  Co.:  1  150CD  lace  neck  machine;  1 
50CH-10  taper  collarette  machine;  1  30TC  seaming  machine;  1  251 
cover-seaming  machine;  1  192BX  facing  machine;  1  28GC-1  stay 
machine;  1  192  W-5  elastic  machine. 

Singer  Sewing  Machine  Co. :  1  44  lock  stitch  machine ;  1  24  chain  stitch 
machine;  1  24-8  drawer  finishing  machine;  1  32-29  eyelet  machine; 
1  68-7  button  sewing  machine;  1  79-6  button  hole  machine;  1  79-1 
tacking  machine. 

Standard  Sewing  Machine  Co. :  1  button  hole  machine. 

Union  Special  Sewing  Machine  Co.:  1  class  3,000  lace  machine;  1  class 
5,800  collarette  machine;  1  class  16,100  facing  machine;  1  class  6,000 
chain  stitch  machine ;  1  class  2,300  chain  stitch  machine  with  Dewee's 
trimmer;  1  class  11,900  12-gauge  cover  seaming  machine;  1  class 
11,900  16-gauge  cover  seaming  machine;  1  class  15,400  seaming  ma- 
chine ;  1  grinder. 


>. 

In 

O 

■*-• 

<a 
u 

o 

"o3 
o 

1 

.C 
O 
C 

'5 

C 

o 

w 

= 

£ 

C8 

D- 
<U 

Q 

C 

Q 

*o 

c 

>> 

U 

w 

1 

-c 


41 

Wilcox  &  Gibbs  Sewing  Machine  Co.:  1  lock-stitch  machine;  1  flat-lock 
machine;  3  over-lock  machines;  1  feld-lock  machine. 

Stafford  &  Holt:  1  14"  6-cut  sweater  machine. 

Tompkins  Bros.  Co. :  1  spring  needle  table,  22  gauge  20"  and  36  gauge 
18". 

United  Shoe  Machinery  Co. :  1  metal  eyelet  machine. 

The  Beattie  Mfg.  Co.:  1  16-point  looper;  1  22-point  looper. 

Grosser  Knitting  Machine  Co.:  1  Koehler  20-point  looper;  1  Koehler 
24-point  looper. 

Southern  Textile  Machinery  Co. :  1  Wright  steady  dial  22-point  looper. 

John  W.  Hepworth  &  Co. :  1  16-point  C.  R.  D.  Looper. 

Saco-Lowell  Shops:  1  24-end  camless  winder. 

W.  D.  Huse  &  Sons:  2  bottle  bobbin  winders. 

George  W.  Payne  &  Co. :  1  bottle  bobbin  winder. 

Universal  Winding  Co.:  1  No.  50  cone  winder. 

Henry  H.  Skevington  &  Co. :  1  floating  thread  cutter. 

Excelsior  Cloth  Dryer:  1  Excelsior  cloth  dryer. 

Philadelphia  Drying  Machine  Co.:  1  Hurricane  steam  press;  1  Hurri- 
cane hosiery  and  underwear  dryer. 

Lewis  Jones:  1  hosiery  and  underwear  brushing  machine. 

Paramount  Hosiery  Form  Drying  Co.:  1  set  metal  hosiery  forms, 
men's,  ladies'  and  children's. 

Joseph  T.  Pearson :  120  hosiery  boards,  men's,  ladies'  and  children's. 

Stampagraph  Co. :  Dry  transfers  for  hosiery  and  underwear. 

Harding  Brook  Co. :  1  Acme  Hosiery  Binder. 

Oswald  Lever  Co. :  1  18  end  bobbin  winder. 

Atwood  Machine  Co. :  1  16  end  bobbin  winder. 

POWER,   HEAT  AND  LIGHT  PLANT 

For  some  years  the  school  manufactured  its  power  and  light,  but  owing 
to  the  growth  of  the  school  plant  it  became  necessary  either  to  make  a 
large  expenditure  for  a  new  power  plant  or  to  purchase  power  and  light, 
and  the  latter  plan  was  determined  upon. 

The  equipment  in  this  department  consists  of  1  Cahall  60  H.P.  vertical 
boiler;  1  Stirling  105  H.P.  water  tubular  boiler;  1  B.  &  W.  155  H.P.  water 
tubular  boiler;  1  Deane  4%"  x  2%"  x  4"  duplex  double  outside  packed 
plunger  steam  pump  connected  to  a  receiver  tank;  1  Worthington  514"  x 
31/2//  x  5"  single  steam  pump;  1  Riley  100  H.P.  feed  water  heater;  1  At- 
wood and  Morrill  damper  regulator;  1  Sturtevant  75  H.P.  horizontal  cen- 
ter crank  engine;  1  Westinghouse  50  K.W.,  220  volt,  3  phase,  alternating 
current  generator,  direct  connected;  1  Westinghouse  4  K.W.,  125  volt, 
direct  current  generator;  1  General  Electric  recording  wattmeter;  1 
W.  S.  Hill  4  panel  switchboard  equipped  with  9  Wagner  indicating  am- 
meters, 2  Wagner  indicating  voltmeters,  1  Thomson  50  K.W.  3  phase  inte- 
grating wattmeter,  2  direct  reading  K.W.  meters,  14  Wagner  current 
transformers,  1  Westinghouse  combination  rheostat,  1  General  Electric 
combination  rheostat,  2  Condit  Electrical  Manufacturing  Company's  250 
volt  circuit  breakers,  all  necessary  switches,  bus  bars,  etc.;  2  wing  turbine 
fans  for  forced  draft;  1  Cochrane  oil  separator;  1  Sturtevant  heating  and 
ventilating  outfit;  1  American  Moistening  Co.'s  humidifying  outfit:  also 
1  Parks-Cramer  Company's,  1  Bahnson  Company's  and  1  American  Port- 
able humidifying  outfit ;  and  43  electric  motors  ranging  from  :  g  H.P. 
to  15  H.P. 


42 

GRADUATION  EXERCISES 

PROGRAMME 


Selection  (Student  Prince)    :...-.. 

Olympia  Studio  Orchestra 


Harms 


Prayer 
Opening  Address 


Rev.  John  M.  Groton 


Abbott  P.  Smith 
President  of  the  Board  of  Trustees 


Address 


Robert  0.  Small 

Director,  Division  of  Vocational  Education 

Commonwealth  of  Massachusetts 


Selection  (Sunny) 


Morris 


Olympia  Studio  Orchestra 


Address 


William  B.  MacColl 
President,  National  Association  of  Cotton  Manufacturers 


Selection  (Scarf  Dance)   ..... 

Olympia  Studio  Orchestra 


Chaminade 


Presentation   of   Diplomas   and   Certificates   to   Graduates   of   Day   and 
Evening  Classes 

Joseph  H.  Handford,  Trustee 

Presentation  of  Medals 

National  Association  of  Cotton  Manufacturers'  Medal 

Hon.  Edward  R.  Hathaway,  Mayor 

William  E.  Hatch  Medal  George  Worden 

Peter  Slater  Medal  William  E.  Parker 


Remarks 


William  Smith 
Principal  of  the  School 


Selection   (Song  of  the  Rose)    .... 

Olympia  Studio  Orchestra 


Shapiro 


43 
GRADUATES— 1926 

Day   Classes — Diploma   Courses 

General  Cotton  Manufacturing 

Francis  James  Davis  Frederick  Aloysius  Marriott 

Richard  DeVine  Linden  Humphrey  Maxfield 

Rauno  Ake  Volmar  Haarla  Joseph  Francis  Mullarkey,  Jr. 

Ralph  Bancroft  Hathaway  Thomas  Joseph  O'Donnell 

Taai   Woot  Kwok  Malcolm  Howland  Richardson 

Andrew  Craig  Loring  Harold  Earl  Rooney 

James  Alexander  Walne 

Designing 
Charles  Lawrence  Carlow 

Chemistry,  Dyeing  and  Finishing 

Sigfred  Axel  Carlson  William  Matthew  McCann 

Everett  Clifford  Jennings  Elliott  Hawes  White 

Seamless  Hosiery  Knitting 
Nathan  Papkin 

Day  Classes — Certificate  Courses 

Three-Year  Courses 

Robert  T.  Bisbee  Edward  L.  Murphy,  Jr. 

Stuart  W.  Burt  Raymond  W.  Robinson 

Clayton  W.  Mills  Stuart  B.  Walker 

Two  and  One-Half  Year  Course 
Robert  W.  Cumming,  Jr. 

Two-Year  Courses 

E.  Gertrude  Boardman  Frederick  H.  Myers 

Walter  F.  Keebler  James  D.  Young 

One-Year  Courses 

Erwin  P.  Kirschbaum  French  Z.  McCraw 

Otto  Schulman 

Theses  Presented 

A  New  Method  for  Qualitative  Analysis  Sigfred  A.  Carlson 

Investigation  of  Certain  Pyrazolone  Dyes  Everett  C  Jennings 

Resist  Dyeing  William  M.  McCANN 

TJse  of  the  Napthol  A.  S.  Series  with  Developed  Dyes    Elliott  H.  White 

Diploma  Course — Evening  Clas>t- 

Carding  and  Spinning 
Frank  Driesen 


Clifton  M.  Barton 
John  Bear,  Jr. 
William  A.  Benoit 
William  C.  Benoit 
Henry  Berard,  Jr. 
Stephen  Bernard 
William  G.  Blower 
John  S.  Bonito 
John  J.  Braithwaite 
Gabriel  Buba 
Amos  Carmo 
Manuel  Caton 
William  Chapdelaine 
Henry  C.  Charpentier 
Edward  S.  Cobb 
Lester  J.  Coggeshall 
Melvin  H.  Connick 
Mary  D.  Cox 
Henry  Czechowski 
Narciso  Domingos 
John  Drink  water 
Alfred  Dupuis 
Thomas  Eastham 
auguste  j.  escolas 


44 
Certificate  Courses — Evening 

Two  Years 
Alfred  Faivre 
James  Fonseca 
Edward  R.  Fournier 
Leonard  Garforth 
Edward  Garrity 
Arnold  L.  Garside 
Andrew  M.  Hall 
William  Hall 
Henry  C.  Hendrickson 
Edward  Hodgkinson 
John  W.  Howard 
Joshua  Hoyle,  Jr. 
Catherine  Kasap 
Frank  Kulesza 
Andrew  Kuliga 
Raoul  E.  Langis 
Joseph  L.  Lavimoniere 
Jose  Lopes 

Walter  S.  MacPhail,  Jr. 
Felix  Markowski 
John  H.  Marland 
Arthur  S.  Mead 
Charlie  Mello 
George  Mitchell 


Eugene  Alletag 
George  W.  Almond 
James  Ashworth 
James  E.  Ashworth 
Manuel  C.  Avila 
Valmore  Barabe 
Allan  Barker 
Robert  Barnes 
Antonio  Barreiro 
Ernest  Bethel 
Fred  Butterworth 
Clarence  H.  Connolly 
Herbert  H.  Crosby 
Joseph  U.  Darcy 
Manuel  C.  N.  Duraes 


Joseph  Cardoza 
William  Catlow 
Onesime  Chapdelaine, 

Jr. 
Edward  Connor 

Ernest  Carr 
Paul  Kovar 
Thomas  G.  Leonard 


Classes 

Lucien  H.  Mitron 
Benson  Morris 
John  Mulvey 
Hugh  A.  Murray 
Frederick  H.  Myers 
August  Naegele,  Jr. 
Fred  Nuttall 
Joseph  L.  Paradis 
Albert  Phillips 
Thomas  Quinn 
Joas  Santos 
George  Sargeant 
Harry  Settele 
Joseph  S.  Souza 
Mary  M.  Souza 
Olive  Souza 
Harry  Spence 
Robert  P.  Taylor 
James  D.  Townley 
Frank  Trojan 
Ethel  Turner 
Alphonse   Vercammen 
Joseph  Walski 
George  F.  White 


Thomas  Whittle 


Three  Years 
Joseph  L.  Dusablon 
John  Edmundson 
Robert  J.  Ferguson 
Paul  D.  Forand 
Ernesto  Francisco 
Norman  Hall 
Fred  Hodgkinson 
Robert  Hogg 
Henry  J.  Horn 
Carl  G.  H.  Hornsyld 
gustave  lamarche 
John  Macfarlane 
Aaron  Marvel 
James  H.  McCartney 
William  Monk 


Harry  W.  Noyes 
John  Pearson 
Samuel  Preston 
Maurice  J.  Remy 
Joseph  H.  Richard 
Peter  Rudnik 
Clifford  H.  Shard 
Lincoln  Sharples 
Paul  L.  Tripanier 
Alex  Vasconcelos 
John  Waddington 
Herman  O.  Wagner 
Franklyn  H.  Weeks 
Leonard  Wilmot 
Ronald  Wilson 


Joseph  A.  Winsper 


Four  Years 
Albert  Enos 
Charles  Feltynosky 
Everett  C.  Jennings 
William  H.  Johnson 


Edward  E.  Hornby 
Maryan  Olemberski 
George  C.  Whitehead 
Albert  V.  Wilmot 


Roger  E.  Bavoux 


Five  Years 
George  H.  S.  MatthewsMark  Sharples 
Richard  T.  Pearson,  Jr.  Richard  Whelan 

Alexander  Zukowski 
Six  Years 

James  L.  Shepley 
Norman  Singleton 

Eight  Years 
Thomas  Townson 


45 

ALPHABETICAL  LIST  OF  GRADUATES 

The  following  list  has  been  corrected  in  accordance  with  information 
received  previous  to  March  1st,  1927.  Any  information  regarding  in- 
correct or  missing  addresses  is  earnestly  solicited. 

D  indicates  a  diploma;  C  indicates  a  certificate  (covering  a  partial 
course  only)  ;  S  indicates  special  course. 

Achorn,  Robert  E.,  Jr.,  I,  '15  (D).  Assistant  Designer,  Whitman  Mill, 
New  Bedford,  Mass. 

Adams,  Elbert  V.,  I,  '22  (D).  In  Fabric  Dept.,  Miller  Tire  Co.,  Akron, 
Ohio. 

Albakri,  Mathew  S.,  I,  '25  (C).    Damascus,  Syria. 

Allan,  William  W.,  I,  '15  (D).  Superintendent,  Grosvenor  Dale  Co., 
North  Grosvenor  Dale,  Conn. 

Allen,  Glawver  G.,  I,  '25  (C).  With  Graniteville  Mfg.  Co.,  Graniteville, 
S.  C. 

Amarantes,  Jerry  O.,  VI,  '19  (C).  Clerk,  Amarantes'  Garage,  New  Bed- 
ford, Mass. 

Ambler,  Harry,  III,  '17  (D).     113  Jenny  Lind  St.,  New  Bedford,  Mass. 

Amona,  Cheng  Q.,  I,  '17  (D).  Engineer,  Bureau  for  the  Improvement 
of  Cotton  Industry,  Ex-Austrian  Concession,  Tientsin,  China. 

Amos,  Howard  C,  II,  '17  (C).    513  Main  St.,  Acushnet,  Mass. 

Anderson,  Hilmer  H.,  S,  '22  (C).  Superintendent,  Brookdale  Mills, 
Franklin,  Mass. 

Armitage,  Stanley  W.,  I,  '25  (D).  Ass't  Supt.,  Selma  Cotton  Mills, 
Selma,  N.  C. 

Austin,  Harold  S.,  VI,  '24  (C).  Speeder  Room  Manomet  Mill  No.  1, 
New  Bedford,  Mass. 

Babcock,  Howard  L.,  VI,  '21  (C).  Saquoit  Spinning  Company,  Utica, 
N.  Y. 

Baldwin,  Fred  L.,  S,  '05  (C).  With  Sulloway  Hosiery  Mills,  Franklin, 
N    H 

Balloch,  Roger  T.,  IV,  '21  (D).     New  Bedford,  Mass. 

Barrett,  Edward  W.,  I,  '21  (C).  With  Fairhaven  Battery  Co.,  Fair- 
haven,  Mass. 

Barrows,  John,  III,  '23  (C).  Student,  Tufts  Dental  School,  Boston,  Mass. 

Barrows,  Murrav  F.,  S,  '05  (C).    Bond  Salesman,  New  Bedford,  Mass. 

Bates,  Merton  H.,  II,  '20   (D).     Painter,  Osterville,  Mass. 

Bearcovitch,  Alfred  J.,  I,  '15  (D).  Second  Hand  in  Dye  House,  Imperial 
Printing  and  Finishing  Company,  Bellefont,  R.  I. 

Beaumont,  William,  I,  '25  (D).  Designer,  Gosnold  Mill,  New  Bedford, 
Mass. 

Bentley,  Milton  J.,  I,  '11  (D).  Superintendent,  American  Linen  Com- 
pany, Fall  River,  Mass. 

Besse,  Allen  D.,  I,  '22  (D).  Assistant  Designer,  Wamsutta  Mills,  New 
Bedford.  Mass. 

Besse,  Edward  L.,  Jr.,  I,  '22  (D).  Overseer  of  Cloth  Room,  Loray  Mills, 
Manville  Jenckes  Co.,  Gastonia,  N.  C. 

Bessette,  Leo  A.,  I,  '15  (D).  Tester,  Manomet  Mills,  New  Bedford, 
Mass. 

Bisbee,  Robert  T.,  I,  '26  (C).    59  Main  St.,  Fairhaven,  Mass. 

Bister,  Frederick  J.,  I,  '09  (D).  With  John  Bister,  920  Broadwav,  New 
York  City,  N.  Y. 

Blair,  William  G.,  Jr.,  I,  '08  (D).  Armstrong  Cork  Co.,  Roll  Dept.,  Pitts- 
burgh, Pa. 

Blake,  John  J.,  I,  '15  (D).  Assistant  Master  Mechanic,  Palmer  Mill. 
Three  Rivers,  Mass. 

Blake,  Wendell  C,  I,  '25  (D).  With  Firestone  Tire  &  Rubber  Co..  Fall 
River,  Mass. 


4  -5 

Blauvelt,  John  J.,  I,  '22  (D)*     Assistant  Superintendent,  Belmont  Silk 

Co.,  Kingston,  Pa. 
Blossom,  Carlton  S.,  I,  '16  (D).    Head  of  Textile  Dept.,  Putnam  Trade 

School,  Putnam,  Conn. 
Blossom,  James  W.,  I,  '17   (D).     With  Blossom  Bros.,  New  Bedford, 

Mass. 
Boardman,  Ellen  G.,  VII,  '26  (C).    With  the  Osborne  Mills,  Fall  River, 

Mass. 
Booth,  William,  VI,  '08  (D). 
Bottomley,   Fred  S.,  '23,    (C).     Milling  Machine   Operator,   Brown   & 

Sharpe  Mfg.  Co.,  Providence,  R.  I. 
Boyd,  W.  MacPherson,  I,  '22  (D).     Superintendent,  Canadian  Cottons, 

Ltd.,  Hamilton,  Ontario,  Canada. 
Braun,  Leon  A.,  I,  '23  (D).    Salesman,  New  Bedford,  Mass. 
Brend,  Albert,  II,  '15  (C). 
Brooks,  Ruby  E.,  II,  '22  (C).    Mrs.  Bradford  A.  Luce,  60  Glenwood  Ave., 

Jersey  City,  N.  J. 
Brown,  James  P.,  VI,  '11    (C).     Secretary,   Glencairn  Manufacturing 

Company,  Pawtucket,  R.  I. 
Brown,  Walter  A.,  I,  '17  (C).    Overseer  of  Spinning,  S.  Slater  &  Sons, 

Inc.,  Webster,  Mass. 
Brownell,  Ulysses  G.,  Jr.,  I,  '21   (D).     Secretary  to  Agent,  Wamsutta 

Mills,  New  Bedford,  Mass. 
Bruneau,  V.  Herbert,  I,  '23   (D).     Superintendent,  Canada  Mills,  Ca- 
nadian Cottons,  Ltd.,  Cornwall,  Ontario,  Canada. 
Brunelle,  Laurier  O.,  I,  '19    (D).     In   Office  of  City  Treasurer,  New 

Bedford,  Mass. 
Brunette,   Romeo,   VI,   '23    (C).     Comber   Tender,   Nonquitt   Spinning 

Company,  New  Bedford,  Mass. 
Buckley,  Charles  E.,  II,  '01  (D).    General  Superintendent,  Gosnold  and 

Page  Mills,  New  Bedford,  Mass. 
Burt,  Raymond  A.,  Ill,  '14  (D).    With  Hampton  Company,  Easthamp- 

ton,  Mass. 
Burt,  Stuart  W.,  IV,  '26  (C).    Experimental  Dyer,  Lehigh  Silk  Hosiery 

Mills,  Philadelphia,  Pa. 
Cairns,  James  J.,  S,  '19  (C).    Mechanical  Draftsman,  B.  F.  Sturtevant 

Company,  Hyde  Park,  Boston,  Mass. 
Campbell,  Malcolm  E.,  I,  '22   (D).     Testing  for  U.  S.  Government  at 

Texas  A.  &  M.  University,  Bryan,  Texas. 
Carlow,  Charles  L.,  II,  '26  (D).     Provincetown,  Mass. 
Carlson,  Sigfred  A.,  Ill,  '26   (D).     With  Berkshire  Cotton  Mfg.  Co., 

Adams,  Mass. 
Carvalho,  Joao  B.  deM.,  I,  '20  (D).    207  7  de  Setembre,  Sala  1,  Sobrado, 

Rio  de  Janeiro,  Brazil,  S.  A. 
Cassidy,  Elizabeth  B.,  Ill,  '22  (D).    69  Tremont  St.,  New  Bedford,  Mass. 
Cazenove,  James  O'H.,  I,  '05  (D). 
Chan,  Annie  C,  IV,  '23   (C).     The  Foot  Ease  Hosiery  Mfg.  Co.,  2612 

E.  Yuhang  Road,  Shanghai,  China. 
Chang,  Chih  Y.,  I,  '08  (D). 
Chang,  Fa  K.,  I,  '23  (C).    Shantung,  China. 
Chang,  Mu  W.,  S,  '21  (C). 

Chase,  Alton  W.,  II,  '09  (D).    Overseer  of  Carding,  Gosnold  Mills  Com- 
pany, New  Bedford,  Mass. 
Chase,  Raymond  H.,  I,  '10  (D).    Superintendent  Potter  Fine  Spinners, 

Inc.,  Pawtucket,  R.  I. 
Checkman,  Frank  E.,  I,  '23  (D).    West  Wareham,  Mass. 
Chen,  Ting  F.,  I,  '12  (D). 
Cheseboro,  Robert  E.,  IV,  '24  (C).    Hand  Knit  Hosiery  Co.,  Sheboygan, 

Wis. 
Chow,  Frank  L.  H.,  S,  '14  (C).    Mill  Manager,  Loo  Fong  Cotton  Mills, 

Shantung,  China. 


47 

Church,  Morton  LeB.,  S,  '04   (C).     Southern  Representative,  Catlin  & 
Co.,  Charlotte,  N.  C. 

Clancy,  Martin  F.,  I,  '25  (D).     Blue  Bird  Inn,  Fort  Edward,  N.  Y. 

Clark,  Kenyon  H.,  V,  '11   (I)). 

Clarke,  Edward  W.,  I,  '13  (D). 

Coates,  James  E.,  Jr.,  I,  '22  (D).     Saco-Lowell  Shops,  Saco,  Maine. 

Cody,  Edmond,  I,  '23  (C).     Card  Room,  Wamsutta  Mills,  New  Bedford, 
Mass 

Collins,  Henry,  I,  '24  (D).    With  Collins  Bros.,  Pawtucket,  R.  I. 

Cook,  Seabury,  S,  '25    (C).     With  Taunton-New  Bedford  Copper  Co., 
New  Bedford,  Mass. 

Cookson,  Albert,  I,  '23  (D).    With  Passaic  Print  Works,  Passaic,  N.  J. 

Cooper,  John  J.  W.,  I,  '05  (D).    F.  P.  Sheldon  &  Son,  1008-1010  Hospital 
Trust  Building,  Providence,  R.  I. 

Cornell,  Harold  C,  I,  '11  (D).    Cotton  Classer,  Jenckes  Spinning  Com- 
pany, Pawtucket,  R.  I. 

Cornell,  Maurice  A.,  I,  '21  (D).     New  Bedford,  Mass. 

Cornish,  Ruth  C,  II,  '22  (C).     Assistant  Buyer,  Ribbons  &  Neckwear, 
C.  F.  Hovey,  Boston,  Mass. 

Corson,  Sidney  W.,  I,  '05  (D).     Overseer  of  Carding,  Oneita  Knitting 
Mills,  Utica,  N.  Y. 

Crawford,  Fred  E.,  II,  '22  (D).     With  Borne,  Scrymser  Co.,  Elizabeth 
Port,  N.  J. 

Crossley,  Lawton,  III,  '16   (C).     Chemist,  with  Borne,  Scrysmer  Co., 
Elizabeth  Port,  N.  J. 

Cumming,  Robert  W.,  Jr.,  II,  '26  (C).    Marion,  Mass. 

Currie,   Andrew,   Jr.,   I,   '02    (D).   Vice-President,   Erie    Oil    Co.,   Inc., 
Shreveport,  La. 

Curry,  Walter  F.,  Ill,  '24  (D).    With  the  Apponaug  Co.,  Apponaug,  R.  I. 

Dalrymple,  George  S.,  Ill,  '22  (D).     With  National  Sun  Silk  Co.,  New 
Bedford,  Mass. 

Darling,  Elton  R.,  Ill,  '13  (D).    Professor  of  Chemistry,  James  Milliken 
University,  Decatur,  111. 

Davis,  Albert  H.,  I,  '16  (C).    Commission  Merchant  and  Broker  of  cot- 
ton yarns  and  fabrics,  79  Verndale  Ave.,  Providence,  R.  I. 

Davis,  Francis  J.,  I,  '26  (D).     Lakeville,  Mass. 

Deane,  Robert  J.,  Ill,  '17    (D).     Assistant  Chief   Chemist,   American 
Printing  Company,  Fall  River,  Mass. 

Delano,  Lloyd  S.,  I,  '07  (D).    Superintendent  of  Weaving,  Warren  Man- 
ufacturing Co.,  Warren,  R.  I. 

Delay,  John  T.,  Ill,  '17  (D).    Chemistry,  Merrimac  Chemical  Company, 
North  Woburn,  Mass. 

Demartin,  Richard  S.,  VI,  '06   (D).     Overseer  of  Carding,  Fairhaven 
Mills,  New  Bedford,  Mass. 

Deu,  Yee  B.,  I  and  IV,  '08  (D). 

DeVine,  Richard,  I,  '26  (D).     With  National  Spun  Silk  Co.,  New  Bed- 
ford, Mass. 

Devoll,  Milton  C,  II,  '09   (D).     Cotton  Broker,  505  Olympia  Building, 
New  Bedford,  Mass. 

Dewey,  Edward  W.,  V,  '11   (D).     Superintendent  and  Buyer,  Benning- 
ton Hosiery  Company,  Bennington,  Vt. 
Dick,  Rudolph  C,  I,  '13  (D).     With  Pepperill  Mfg.  Co.,  160  State  St., 

Boston,  Mass. 
Dixon,  Fred  M.,  Jr.,  S,  '17  (C). 

Doherty,  Bernard  J.,  S,  '21  (C).     In  Order  Department,  Augusta  Knit- 
ting Corporation,  Utica,  N.  Y. 
Doherty,  Edward  P.,  II,  '04   (D).     Doherty's  Protective  Agency.   New 

Bedford,  Mass. 
Dolan,  Edward  F.,  S,  '14  (C).     Proprietor  of  Ohio  Thread  and  Supply 
Co.,  Burkburnette,  Texas. 


48 

Donaghy,  Paul  A.,  Ill,  '22  (D).    Overseer  of  Dyeing,  Beacon  Mfg.  Co., 

New  Bedford,  Mass. 

Duckworth,  George  H.,  S,  '23   (C).     Rehabilitation  Agent,  U.  S.  Vet- 
erans' Bureau,  Boston,  Mass. 

Duflot,  John,  I,  '24  (C).    20  Rue  d' Arras,  Seclin  (Nord)  France. 

Duncan,  Donald  T.,  II,  '21  (C).    With  Cannon  Mills,  Inc.,  55  Worth  St., 
York  City,  N.  Y. 

Dunmore,  Earl  W.,  V,  '11   (D).     Superintendent,  Utica  Knitting  Com- 
pany, Mill  No.  2,  Utica,  N.  Y. 

Dunn,  Edward  F.,  I,  '24  (D).    951  South  St.,  Roslindale,  Mass. 

Dupont,  Emey  Jr.,  I,  '25  (D).     Weaver,  New  Bedford  Silk  Mills,  New 
Bedford,  Mass. 

Edwards,  Harold  G.,  I,  '19   (D).     Foreman,  Cleaning  and  Dyeing  De- 
partment, Bush  &  Co.,  New  Bedford,  Mass. 

Espriella,  Antonio  J.  de  la,  II,  '15  (D).    Manager  Weaving  and  Design- 
ing Department,  Espriella  &  Co.,  Cartagena,  Colombia,  S.  A. 

Espriella,  Justo  de  la,  S,  '13  (C).    Manager,  Cotton  Yarn  Department, 
Espriella  &  Co.,  Cartagena,  Colombia,  S.  A. 

Espriella,  Luis  C.  de  la,  I,  '16  (C).     With  Espriella  &  Co.,  Cartagena, 
Colombia,  S.  A. 

Ewing,  James  H.,  Ill,  '23  (D).    With  National  Spun  Silk  Co.,  New  Bed- 
ford, Mass. 

Fagan,  Francis  J.,  V  ,'12  (D).    Foreman  Underwear  Department,  Utica 
Knitting  Company,  Utica,  N.  Y. 

Farrar,  Hersey  W.,  I,  '17  (D).    With  Morse  Twist  Drill  &  Machine  Co., 
New  Bedford,  Mass. 

Feen,  Edward  F.,  I,  '21  (D).    Erector,  Whitin  Machine  Works,  Whitins- 
ville    IVT&ss 

Fessenden,  Charles  E.,  II,  '14   (D).     Mill  Selling  Agents,  100  Worth 
St.,  New  York  City,  N.  Y. 

Few,  George  P.,  VI,  '17  (C).    Superintendent  Profile  Cotton  Mills,  Jack- 
sonville, Ala. 

Finnell,  Everett  G.,  Ill,  '24  (D).     With  National  Spun  Silk  Co.,  New 
Bedford,  Mass. 

Fish,  Myron  C,  VI,  '02   (D).     Secretary,  American  Supply  Company, 
and  Treasurer,  Rhode  Island  Yarn  Company,  Providence,  R.  I. 

Flaherty,  Matthew  W.,  Ill,  '22  (D).    Wareham,  Mass. 

Forbes,  Esley  H.,  I,  '02  (D). 

Foster,  Edward  J.,  I,  '24  (D).    Designer,  Acushnet  Mill,  New  Bedford, 
Mass. 

Foster,  James  E.,  S,  '22    (C).     Instructor,  Junior  High  School,  New 
Bedford,  Mass. 

Francis,  George  F.,  IV,  '24  (C).    With  Scott  &  Williams,  Inc.,  Testing 
Dept.,  Laconia,  N.  H. 

Freeman,  Elmer  L.,  V,  '06  (D).    President  and  Manager,  Freeman  Man- 
ufacturing Company,  Detroit,  Mich. 

Freeman,  Leo,  III,  '20   (C).     Chemical  Engineer,  Room  42,  Reymond 
Bldg.,  Baton  Rouge,  La. 

French,  Dean  A.,  VI,  '19  (C).     With  Miller  Rubber  Co.,  Fabric  Dept, 
Akron,  O. 

French,  Morton  T.,  IV,  '12  (D).    With  Scott  &  Williams,  Inc.,  366  Broad- 
way, New  York  City,  N.  Y. 

Freschl,  Max  A.,  IV,  '09  (D).    Vice-President,  Holeproof  Hosiery  Com- 
pany, Milwaukee,  Wis. 

Fuller,  Everett  H.,  Ill,  '17  (D).    Dyer,  Nutex  Mills,  Arcadia,  R.  I. 

Gallagher,  John  V.,  IV,  W  (D). 

Gammons,  Molly  Nye,  II,  '18  (C).    Mrs.  Warren  Tobey,  Barrington,  R.  I. 

Gast,  Paul  R.,  Ill,  '16   (C).     Research  Fellow,  Harvard  Cancer  Com- 
mission, 695  Huntington  Ave.,  Boston,  Mass. 

Gay,  Paul  A.,  I,  '10  (D).    With  National  Spun  Silk  Co.,  New  Bedford, 
Mass. 


e 


bJO 

C 

*5 

c 

CS 

I* 

as 

4) 


a> 

c 

C 
* 

o 


c 
(1) 

e 

♦J 

C3 
Q. 

Q 

C 


C 


49 

Gifford,  Thomas  T.,  I,  '01  (D).  With  Pierce  Manufacturing  Company, 
New  Bedford,  Mass. 

Gillingham,  Dana  H.,  Ill,  '10  (D).  Cotton  Merchant,  87  Union  St.,  New 
Bedford,  Mass. 

Gilmore,  Daniel  R.,  I,  '22  (D).  With  Nonquitt  Spinning  Co.,  New  Bed- 
ford, Mass. 

Goff,  Russell  E.,  VI,  '15  (C).     Cotton  Broker,  Boston,  Mass. 

Goldberg,  Bertram,  IV,  '13  (D).  Chief  Chemist,  Julius  Kayser  Knitting 
Company,  Brooklyn,  N.  Y. 

Goodwin,  Albert  W.,  II,  '11  (D).  Assistant  Manager  and  Styler,  El- 
dredge  &  Snyder,  73  Worth  St.,  New  York  City,  N.  Y. 

Gordon,  Beirne,  Jr.,  I,  '04  (D).  Manager,  Skenandoa  Cotton  Company, 
Utica,  N.  Y. 

Gosselin,  Henry  J.,  S,  '25  (C).  Machinist,  The  New  Departure  Co., 
Bristol,  Conn. 

Goulet,  Henry  J.  O.,  I,  '04  (D).  Overseer  of  Weaving,  Dartmouth  Mfg. 
Co.,  New  Bedford,  Mass. 

Goward,  Niles  W.,  I,  '15  (D).  In  Laundry  Business,  866  De  Kalb  Ave., 
Brooklyn,  N.  Y. 

Grady,  John  H.,  Ill,  '07  (D).  Manager,  John  Campbell  &  Co.,  33  India 
St.,  Boston,  Mass. 

Green,  Charles  H.,  S,  '22  (C).    Jersey  Shore,  Pa. 

Greene,  Dan  E.,  S,  '18  (C).  Electrician,  Woonsocket  Rubber  Company, 
Millville,  Mass. 

Grimshaw,  Albert  H.,  Ill,  '16  (C).  Associate  Professor  of  Dyeing, 
North  Carolina  State  College,  Raleigh,  N.  C. 

Haarla,  Rauno  A.  V.,  I,  '26  (D).     Waasa,  Puuvillatehdas,  Finland. 

Hadley,  Wade  H.,  VI,  '00  (D).  Secretary  and  Treasurer,  Gregson  & 
Dorsett,  Siler  City,  N.  C. 

Hahn,  Louis  H.,  II,  '18  (D).  Proprietor,  Novelty  Fabric  Co.,  1244 
Acushnet  Ave.,  New  Bedford,  Mass. 

Hale,  Charles  E.,  Jr.,  I,  '22  (D).  Costume  and  Scenery  Designing, 
Inter-Theatre  Arts,  Inc.,  42  Commerce  St.,  New  York  City,  N.  Y. 

Hall,  Lincoln,  S,  '14  (C).  Head  Bookkeeper,  City  Mfg.  Co.,  New  Bed- 
ford, Mass. 

Hall,  Walton,  Jr.,  VI,  '06  (D).  Judge  of  Probate,  District  of  East  Had- 
dam,  Moodus,  Conn. 

Hamer,  Allan  K.,  S,  '15  (C).     Detroit,  Mich. 

Hamlen,  Carleton  LeB.,  Ill  '11  (D).    With  Hood  Milk  Co.,  Boston,  Mass. 

Hamlen,  Walter  G.,  Jr.,  Ill,  '17  (D).  Demonstrating  Salesman,  E.  I. 
DuPont  de  Nemours  &  Co.,  128  So.  Front  St.,  Philadelphia,  Pa. 

Hamrick,  Lyman  A.,  VI,  '20  (C).  Superintendent  and  General  Man- 
ager, Musgrove  Mills,  Gaffney,  S.  C. 

Hardy,  Hudson  E.,  I,  '24  (D).  Assistant  Designer,  Soule  Mill,  New 
Bedford,  Mass. 

Harney,  Joseph  J.,  I,  '22  (D).  Textile  Assistant,  Cotton  and  Fabric 
Dept.,  Firestone  Tire  &  Rubber  Co.,  Akron,  Ohio. 

Harper,  Powhatan  F.,  VI,  '23  (C).  Foreman  of  Yard  Force,  Receiving 
and  Shipping  Clerk,  Cotton  Classer,  Sprav  Cotton  Mills,  Sprav, 
N.  C. 

Hathaway,  Ralph  B.,  I,  '26  (D).  Designer,  Wauregan  Mfg.  Co.,  Waure- 
gan,  Conn. 

Hathaway,  Russell,  I,  III,  '16  (D)  (C).  Research  Chemist,  Cotton  Re- 
search Company,  Inc.,  1020  Washington  St.,  Boston,  Mass. 

Hawes,  Lester  E.,  II,  VI,  '02  (D).     Chauffeur,  New  Bedford,  Mass. 

Hayden,  Paul  A.,  I,  '25  (D).  Fabric  Depart.,  Firestone  Tire  &  Rub- 
ber Co.,  Akron,  Ohio. 

Hay  ward,  Caleb  A.,  Jr.,  V,  '11  (D).  Salesman,  C.  A.  Hayward  &  Son, 
Confectionery  Agents,  Brokers  and  Jobbers,  New  Bedford,  Mass. 

Hayward,  Harold  W.,  I,  '16  (D).  With  D.  E.  H.  Chemical  Co.,  277  High- 
land Ave.,  Somerville,  Mass. 


50 

Heap,  Harold,  II,  '23  (C).    Designer,  Berkshire  Mills,  Adams,  Mass. 

Heath,  Roger  A.,  Ill,  '23  (D).  Assistant  Colorist,  Passaic  Print  Works, 
Passaic,  N.  J. 

Hinckley,  Frank  E.,  Ill,  '12  (D).  Chief  Pharmacist's  Mate,  United 
States  Navy,  c/o  Bureau  of  Navigation,  Washington,  D.  C. 

Hoffman,  Frank  A.,  VI,  '24  (C).  Changer  over,  Gosnold  Mills,  New 
Bedford,  Mass. 

Holland,  Warren  E.,  II,  VI,  '11  (D).  Treasurer,  Darlington  Warehouse 
Company,  Darlington,  R.  I. 

Hollas,  James  B„  I,  '25  (D).  With  S.  Slater  &  Sons,  Inc.,  Webster, 
Mass. 

Hood,  John  H.,  I,  '25  (C).    With  Globe  Mfg.  Co.,  Gaffney,  S.  C. 

Horton,  Harold  W.,  I,  '19  (D).  Selling  Agent,  Woonsocket  Machine  & 
Press  Co.,  Woonsocket,  R.  I. 

Horvik,  Sigurd,  IV,  '22  (D).     Salhus,  near  Bergen,  Norway. 

Houth,  Joseph,  Jr.,  Ill,  '24  (D).  Laboratory,  Apponaug  Co.,  Apponaug, 
R.  I. 

Howard,  Arthur  F.,  Jr.,  I,  '25  (D).  Machinist,  National  Spun  Silk  Co., 
New  Bedford,  Mass. 

Howell,  H.  Comer,  VI,  '23  (C).    With  Bibb  Mfg.  Co.,  Macon,  Ga. 

Howland,  Ralph  S.,  I,  '13  (D).  Purchasing  Agent,  Lewis  Manufactur- 
ing Co.,  Walpole,  Mass. 

Hsaio,  Chen  H.,  VI,  '22,  I,  '25  (C).  Hunan  First  Cotton  Mill,  Changsha, 
Hunan,  China. 

Hsu,  Yeishan,  I  ,'25  (D).  Student,  North  Carolina  State  College,  Ral- 
eigh, N.  C. 

Hung,  Shao,  Y.,  Ill,  '16  (C). 

Hunt,  Russell  W.,  Ill,  '21  (C).  With  Franklin  Process  Co.,  Philadel- 
phia, Pa. 

Hurley,  James  K.,  I,  '24  (D).  Designer,  Amory,  Brown  &  Co.,  62  Worth 
St.,  New  York  City,  N.  Y. 

Hutchinson,  John  J.,  I,  '02  (D).    Laundry  Proprietor,  Los  Angeles,  Cal. 

Ing,  David  P.  E.,  Ill,  '24  (D).  With  Shantung  Silk  &  Lace  Co.,  Ltd., 
Chefoo,  Shantung,  North  China. 

Jackson,  S.  Eugene,  VI,  '07  (D).  Assistant  Treasurer,  Crown  Manu- 
facturing Company,  Pawtucket,  R.  I. 

Jay,  A.  Sidney,  S,  '21  (C).  Assistant  Superintendent,  LaFayette  Cot- 
ton Mills,  Inc.,  LaFayette,  Ala. 

Jenks,  Raymond  M.,  I,  '15  (D).  Cost  Clerk,  West  Boylston  Manufactur- 
ing Company,  Easthampton,  Mass. 

Jenks,  Robert  R.,  VI,  '11  (C).  President  Fales  &  Jenks  Machine  Com- 
pany, and  Treasurer,  Woonsocket  Machine  &  Press  Company, 
Woonsocket,  R.  I. 

Jennings,  Everett  C,  III,  '26  (D).  With  S.  Slater  &  Sons,  Inc.,  Webster, 
Mass. 

Jennings,' Harold  W.,  S,  '21  (C)  55  Court  St.,  New  Bedford,  Mass. 

Jewell,  Robert  H.,  Ill,  '20  (C).  Treasurer,  Crystal  Springs  Bleachery 
Company,  Chickamauga,  Ga. 

Johnson,  Horace  E.,  Ill,  '16  (C).     Utica,  N.  Y. 

Jones,  Louis,  S,  '23  (C).    35  Elm  St.,  New  Bedford,  Mass. 

Jourdain,  Henry  M.,  I,  '18  (D).  Third  Hand  on  Combers,  Quissett  Mill, 
New  Bedford,  Mass. 

Joy,  Walter,  III,  '25  (C).  With  Cambridge  Rubber  Co.,  Cambridge, 
Mass. 

Judge,  Edward  E.,  I,  '12  (D).  Overseer,  Gosnold  Mills  Company,  New 
Bedford,  Mass. 

Kagan,  Peter  M.,  VI,  '24  (C).  With  Walter  Simpson,  Inc.,  Providence, 
R.  I. 

Kallish,  Frank,  I,  '11  (D).  Designer,  Beacon  Manufacturing  Company, 
New  Bedford,  Mass.. 


51 

Kanter,  Harry,  I,  '23  (D).  Designer,  Toepher  &  Myers,  4  and  6  White 
St.,  New  York  City,  N.  Y. 

Karl,  Wm.  A.,  I,  '19  (D).  Fabric  Dept,  Firestone  Tire  &  Rubber  Com- 
pany, Akron,  Ohio. 

Kean,  George  P.,  II,  '04  (D).  Superintendent,  Berkshire  Cotton  Manu- 
facturing Company,  Adams,  Mass. 

Keebler,  Walter  F.,  IV,  '26  (C).  With  Circle-Bar  Hosiery  Co.,  Owen 
Sound,  Ontario,  Canada. 

Kelty,  Pharus  T.,  I,  '20  (C).  Third  Hand  on  Roving  Frames,  Page  Mfg. 
Co.,  New  Bedford,  Mass. 

Ketcham,  Melville  K.,  S,  '21  (C).  General  Manager,  258  So.  18th  St., 
Philadelphia,  Pa. 

Kinhow,  Chu,  VI,  '04  (D).  Managing  Director,  Peking-Mukden  Line, 
Chinese  Government  Railway,  Tientsin,  China. 

Kinney,  C.  Stanley,  I,  '15  (D).  Manager  Troy  Laundry  Company,  183 
Exchange  St.,  Pawtucket,  R.  I. 

Kirschbaum,  Erwin  P.,  Ill,  '26  (C).  With  New  Bedford  Gas  &  Edison 
Light  Co.,  New  Bedford,  Mass. 

Ko,  Thomas  S.,  S,  '20  (C).  Engineer,  Textile  Department,  Anderson, 
Meyer  &  Co.,  Ltd.,  Shanghai,  China. 

Kolodny,  Meyer  Z.,  S,  '21  (C).  Machine  Fixer,  Allen  &  Co.,  Black  Cat 
Hosiery  Mills,  Kenosha,  Wis. 

Kolodziey,  Joseph,  I,  '24  (D). 

Kravetz,  Joseph,  VI,  '25  (C).  Salesman  for  Window  Cleaning,  52  Mt. 
Vernon  St.,  New  Bedford,  Mass. 

Kwan,  Sze  Keen,  I,  '24  (D).  Representative  of  the  Diamond  Knitting 
Mill,  Ltd.,  Shanghai,  China. 

Kwok,  Taai  W.,  I,  '26  (D).    With  Wamsutta  Mills,  New  Bedford,  Mass. 

Labrode,  Henry  C.,  I,  '11  (D).  Foreman  Finishing  Room  and  Overseer 
of  Warping  Room,  90  Bayley  St.,  Pawtucket,  R.  .1 

LaFleur,  John  B.  B.,  IV,  '04  (C).  Superintendent,  Suffolk  Knitting 
Companv,  East  Boston,  Mass. 

Lane,  Daniel  A.,  S,  '23  (C).     New  Bedford,  Mass. 

Law,  Kwok  L.,  I,  '24  (D).     Hong  Kong,  China. 

Leahy,  Joseph  N.,  I,  '25  (C).  With  N.  Y.,  N.  H.  &  H.  R.  R.  Co.,  Boston, 
Alass 

Lee,  J.  K.  Theodore,  VI,  '23  (C).  3  Ta  Hu  Tung,  West  Gate,  Tientsin, 
China. 

Lee,  Sik  C,  I,  '25  (D).  Student  worker  at  Wamsutta  Mills,  New  Bed- 
ford, Mass.     53  Wo  Ning  Lane,  Canton,  China. 

Lee,  Tung  H.,  VI,  '24  (C). 

Lee,  William  A.,  I,  '07  (D).  Clerk,  Mills  Manufacturing  Company, 
Greenville,  S.  C. 

Lenhart,  Edmund,  III,  16  (C).  Proprietor,  Corson  Pharmacy,  New 
Bedford,  Mass. 

Levy,  Henry  M.,  S,  '21  (C).  With  the  Everwear  Hosiery  Company, 
Milwaukee,  Wis. 

Lewis,  Don  C.  C,  S,  '17  (C).     Automobile  Salesman,  Boston,  Mass. 

Lewis,  Maurice  A.,  Ill,  '13  (D).  WTith  Doe  &  Ingalls,  198  Milk  St.,  Bos- 
ton, Mass. 

Lewis,  William  C.  T.,  I,  '22  (D).  Assistant  Superintendent,  Westport 
Mfg.  Co.,  Westport  Factory,  Mass. 

Li  Kung,  I,  '07  (D).  Instructor,  Peking  Technical  College,  Peking, 
China. 

Liebmann,  Robert  E.,  Jr.,  II,  '25  (C).  With  A.  Steinan  Co.,  Inc.,  114 
Bleecker  St.,  New  York  City,  N.  Y. 

Linderson,  Carl  A.,  I,  '21  (D).  With  National  Spun  Silk  Co.,  New  Bed- 
ford, Mass. 

Lipson,  Edward,  S,  '21  (C). 

Livesey,  Benjamin,  Jr.,  Ill,  '11  (D).    Chemist,  Wauregan,  Conn. 


52 

Livingstone,  Joseph  A.,  S,  '14  (C).  Clerk,  Wamsutta  Mills,  New  Bed- 
ford, Mass. 

Lo,  Ting  Y.,  I,  '07  (D).  Head  of  Textile  Department,  Peking  Technical 
College,  Peking,  China. 

Lobley,  Fay  G.,  I,  '24  (D).  Assistant  Designer,  Gosnold  Mill,  New 
Bpdfoi*d    Mjiss 

Lock,  Robert  F.  K.,  I,  '20  (D).    Shanghai,  China. 

Lonergan,  David  J.,  II,  '16  (C).  Overseer  of  Weaving,  Manchester  Co., 
Woonsocket,  R.  I. 

Loring,  Andrew  C,  I,  '26  (D).  With  Old  Colony  Silk  Mills,  New  Bed- 
ford, Mass. 

Lowther,  John  M.,  I,  '24  (D).  Overseer  in  Carding  Dept.,  Queen  City 
Cotton  Mills,  Burlington,  Vt. 

Luce,  Bradford  A.,  I,  '22  (D).  With  United  States  Testing  Co.,  1415 
Park  Ave.,  Hoboken,  N.  J. 

Macoll,  William  B.,  II,  '05  (D).  Secretary  and  Treasurer,  Lorraine 
Manufacturing  Co.,  Pawtucket,  R.  I. 

MacKenzie,  John  A.,  II,  '07  (D).  Wool  Oil  Salesman,  American  Oil 
Company,  Providence,  R.  I. 

Macomber,  Augustus  C,  I,  '11  (D).  Real  Estate  Agent,  74  State  St., 
New  Bedford,  Mass. 

Macy,  Andrew  W.,  I,  '07  (D).  Overseer,  Cloth  Room,  Nashawena  Mills, 
New  Bedford,  Mass. 

Macy,  Edwin  H.,  I,  '23  (D).  Cloth  Converter,  95  Court  St.,  New  Bed- 
ford, Mass. 

Madero,  Alberto,  S,  '02  (C). 

Mainville,  Alfred  J.,  II,  '22  (D).  Loom  Fixer,  New  Bedford  Spinning 
Co.,  New  Bedford,  Mass. 

Manning,  Lewis  G.,  V,  '10  (D).  Head  of  Knitting  Department,  New 
Bedford  Textile  School,  New  Bedford,  Mass. 

Marriott,  Frederick  A.,  I,  '26  (D).  In  Fabric  Department,  Ajax  Rubber 
Co.,  Trenton,  N.  J. 

Martins,  Antonio  R.,  S,  '20  (C).    New  Bedford,  Mass. 

Mason,  Joseph  E.,  II,  '23  (C). 

Matthews,  Irving  F.,  I,  '25  (C).  Solicitor,  New  Bedford  Times,  New 
Bedford,  Mass. 

Maxfield,  Linden  H.,  I,  '26   (D).     With  Lorraine  Manufacturing  Co., 

T^  *\  *w  \  i  i  o  1c  p  i*     w\, 

McCann,  William  M.,  Ill,  '26  (D).  With  S.  Slater  &  Sons,  Inc.,  Web- 
ster, Mass. 

McCraw,  French  Z.,  S,  '26  (C).  Foreman,  Cloth  Room,  Vogue  Mills, 
Gaffney,  S.  C. 

McDevitt,  Francis  O.,  I,  '22  (C).  Assistant  Superintendent,  Soule  Mill, 
New  Bedford,  Mass. 

McEvoy,  Leo  A.,  S,  '22  (C).    With  Grinnel  Mfg.  Co.,  New  Bedford,  Mass. 

McEvoy,  Raymond  R.,  I,  '19  (C).  Assistant  Superintendent,  The 
Knitted  Padding  Co.,  Canton,  Mass. 

McEwen,  Ellsworth  S.,  S,  '18  (C).  Investments,  Room  34,  Masonic 
Building,  New  Bedford,  Mass. 

McGinn,  Walter  E.,  Ill,  '17  (D).  With  Borne,  Scrymser  Co.,  Chicago, 
111. 

Mclsaacs,  Harold  J.,  I,  '19  (D).  Partner  in  United  Perfumery  Co.,  698 
Purchase  St.,  New  Bedford,  Mass. 

McKnight,  John  D.,  I,  '22  (C).  Converter,  Nuess,  Hesslein  &  Co.,  Inc., 
53  White  St.,  New  York  City,  N.  Y. 

McNeely,  Thomas  J.,  II,  '01  (C).  Manager  Lawrence  Cotton  Mill,  Dur- 
ham, N.  C. 

Mercer,  George  C,  Jr.,  Ill,  '22  (C).  With  Millbank  Bleachery,  Lodi, 
N.  J. 

Miller,  Wallace  J.,  I,  '22  (D).    With  Crown  Mfg.  Co.,  Pawtucket,  R.  I. 


53 
Mills,  Clayton  W.,  I,  '26  (C).     With  Lancaster  Mills,  Clinton,  Mass. 
Mills,  Otis  P.,  Jr.,  I,  '05  (D).    Automobile  Distributor  and  Real  Estate, 

Augusta  St.,  Greenville,  S.  C. 
Moore,  Stephen  R.,  II,  '13  (D).    Assistant  Instructor  in  Weaving,  New- 
Bedford  Textile  School,  New  Bedford,  Mass. 
Moore,  William  H.,  S,  '22   (C).     Twister  Section  Hand,  A.  P.  Smyre 

Mfg.  Co.,  Gastonia,  N.  C. 
Morris,  Theodore  P.,  VI,  '19   (C).     Superintendent,  Ridge  Mills,  Inc., 

Gastonia,  N.  C. 
Morrison,  Julian  K.,  VI,  '20  (C).     With  B.  B.  &  R.  Knight  Company, 

Hospital  Trust  Building,  Providence,  R.  I. 
Morse,  Alice  L.,  II,  '22  (C).    Acushnet,  Mass. 

Morton,  Walter  E.,  VI,  '23  (C).     Cotton  Classer  and  Overseer  of  Card- 
ing, Lafayette  Cotton  Mills,  Lafayette,  Ala. 
Moss,  Milo  L.,  VI,  '01    (D).     Third  Hand,  American   Cotton   Fabrics 

Corp.,  New  Bedford,  Mass. 
Mullarkey,  Joseph  F.,  Jr.,  I  ,'26  (D).     New  Bedford,  Mass. 
Mung,  Theodore  C,  S,  VI,  '22  (C). 
Murphy,  Edward  L.,  Jr.,  IV,  '26   (C).     With  National  Spun  Silk  Co., 

New  Bedford,  Mass. 
Myers,   Frederick  H.,   Ill,  '26    (D).     With   Winsor  Print   Works,   No. 

Adfirns    IWfiss 
Nash,  Howard  P.,  Jr.,  Ill,  '25  (C).    With  Mt.  Hope  Finishing  Co.,  New 

York  City,  N.  Y. 
Neel,  Albert  G.,  V,  '09    (D).     Superintendent  Olympia   Knitting  Co., 

Utica,  N.  Y. 
Nelme,  Bennett  D.,  II,  '03  (D).    Farmer  and  Cattle  Raiser,  Wadesboro, 

N.  C. 
Nelson,  James  A.,  II,  '22  (C).     With  Wabasso  Cotton  Co.,  Trois  Rivi- 
eres, Quebec,  Canada. 
Nichols,  Henry  W.,  II,  '00   (D).     Principal,  Bradford  Durfee  Textile 

School,  Fall  River,  Mass. 
Northrop,  William  F.,  I,  '16  (C).     Salesman,  Hopedale  Manufacturing 

Company,  Milford,  Mass. 
Novick,  Joseph  B.,  Ill,  '25  (D).    In  Dye  House,  National  Spun  Silk  Co., 

New  Bedford,  Mass. 
O'Brien,  John  M.,  Jr.,  S,  '21   (C).     Automobile  Painter,  New  Bedford, 

Mass. 
O'Brien,  Thomas  B.,  VI,  '11  (C).     Dealer  in  Cotton  Waste  and  Linters, 

representing  Wm.  Hughes  &  Co.,  Inc.,  516  Fifth  Ave.,  New  York 

City,  N.  Y. 
O'Brien,  William  L.,  S,  '15  (C).    Automobile  Dealer,  New  Bedford,  Mass. 
O'Donnell,  Thomas  J.,  I,  '26  (D).    With  West  Boylston  Mfg.  Co.,  East- 

hampton,  Mass. 
Ogden,  William  H.,  Ill,  '18   (D).     Chief  Chemist,  Jennings  &  Co.,  93 

Broad  St.,  Boston,  Mass. 
O'Neil,  John  J.,  V,  '06  (D).     Optician,  389  Main  St.,  Springfield,  Mass. 
Orr,  Charles  F.,  Jr.,  I,  '25  (C).     So.  Attleboro,  Mass. 
Osborn,  John  W.,  I,  '02  (D). 

Oscar,  Jack  P.,  S,  '25  (C).    42  County  St.,  New  Bedford,  Mass. 
Paine,  Howard  N.,  S,  '21  (C).    Block  Mfg.  Co.,  Hyannis,  Mass. 
Pallatroni,  Paul  J.,  I,  '25  (D).    With  Kilburn  Mill,  New  Bedford,  Mass. 
Palmer,  Myrtland  F.,  I,  '13   (D).     With  Wellington,  Sears  &  Co.,  93 

Franklin  St.,  Boston,  Mass. 
Pan,  Chen  C,  III,  '16  (C). 
Papademetrius,  Demetrius,  S,  '21   (C).     Assistant  Designer,  Acushnet 

Mill  Corp.,  New  Bedford,  Mass. 
Papageorge,  George,  IV,  '23  (D).     Weaver,  New  Bedford.  Mass. 
Papkin,  Nathan,  IV,  '26  (D).     103  South  St.,  New  Bedford.  Mass. 
Paradis,  Joseph  L.,  Ill,  '25  (D).    In  Industrial  Dept,  New  Bedford  Gas 

&  Edison  Lt.  Co.,  New  Bedford,  Mass. 


54 

Patt,  Lester  D.,  II,  '08  (D).  Claim  Agent,  United  States  Finishing 
Company,  320  Broadway,  New  York  City,  N.  Y. 

Pease,  Bryden,  S,  '14  (C).  With  Haslip-Hood  Cotton  Company,  Green- 
ville, Miss. 

Perez,  Alfonso,  S.,  '23  (C).     Quito,  Ecuador,  S.  A. 

Perry,  Allan  M.,  I,  '25  (D).  Cloth  Salesman,  Renfrew  Mfg.  Co.,  Adams, 
Mass. 

Peterson,  Henry  F.,  Ill,  '22  (D).  Dyer,  Amoskeag  Mfg.  Co.,  Manchester,. 
N.  H. 

Pickard,  Walter  D.,  I,  '17  (D). 

Pien,  Ting  K.,  I,  '22  (C). 

Pieraccini,  Frank,  Jr.,  II,  '07  (D).  Manager  of  Fabric  Dept.,  Ajax 
Rubber  Co.,  Trenton,  N.  J. 

Pinault,  Robert  W.,  Ill,  '24  (D).  In  Finishing  Dept.,  American  Cellu- 
lose and  Chemical  Co.,  Cumberland,  Md. 

Pittle,  Charles,  IV,  '09  (D).    Photographer,  New  Bedford,  Mass. 

Pressman,  Jacob  L.,  I,  '24  (D).    New  Bedford,  Mass. 

Ragan,  Caldwell,  VI,  '19  (C).  Secretary  and  Assistant  Treasurer,  Ra- 
gan  Spinning  Company,  Gastonia,  N.  C. 

Ramos,  Edwin  C,  III,  '25  (D).  Assistant  Chemist,  S.  Slater  &  Sons, 
Inc.,  Webster,  Mass. 

Ramsbottom,  Archie,  IV,  '24  (D).     Fixer,  Holeproof  Hosiery  Co.,  Mil- 

TX7Q  l]  Irpp       WlS 

Rankin,  William  T.,  VI,  '19  (C).    Gastonia,  N.  C. 

Redfern,  W.  Mark,  I,  '23  (C).     Agent,  Prudential  Insurance  Co.,  New 

Bedford,  Mass. 
Reed,  Francis  P.,  Ill,  '21  (D).    Wareham,  Mass. 

Remington,  Allen  K.,  I,  '20  (D).    With  J.  &  P.  Coats  (R.  I.)  Inc.,  Paw- 
tucket,  R.  I. 
Richards,  Benjamin,  VI,  '02  (D).    Manager,  Underwriters'  Service,  175 

West  Jackson  Boulevard,  Chicago,  111. 
Richardson,  Malcolm  H.,  I,  '26  (D).    With  Easton  &  Co.,  Troy,  N.  Y. 
Riding,  Richards,  S,  '01   (C). 

Rigby,  Christopher  E.,  Jr.,  I,  '23  (C).    Foreman,  Cutting  Room,  Ameri- 
can Hosiery  Co.,  New  Britain,  Conn. 
Rigby,  James  H.,  VI,  '25  (D).    Sales  Correspondent,  Miller  Rubber  Co., 

Akron,  Ohio. 
Riley,  George  V.,  Ill,  '16  (C).     Preparing  Department,  National  Spun 

Silk  Company,  New  Bedford,  Mass. 
Rivero,  Ricardo  J.,  VI,  '04  (D).     Monterey,  Mexico. 
Robbins,  Lloyd,  III,  '20  (D).     Onset,  Mass. 
Robenolt,  Edward  A.,  II,  '11    (D).     Boss   Comber,  Nonquitt  Spinning 

Co.,  No.  2,  New  Bedford,  Mass. 
Robinson,  Arthur  J.,  Ill,  '17  (D).     Steamship  Pilot,  N.  B.,  M.  V.  &  N. 

S.  B.  Co.,  New  Bedford,  Mass. 
Robinson,  Chester  A.,  I,  '22  (D).    Accountant,  Massasoit  Mfg.  Co.,  Fall 

River,  Mass. 
Robinson,  Joseph  L.,  S,  '23   (C).     Machinist,  Continental  Wood  Screw 

Co.,  New  Bedford,  Mass. 
Robinson,  Raymond  W.,  I,  '26  (D).     Attleboro,  Mass. 
Ronne,  Arthur  H.,  I,  '17  (D).    Designer,  Lorraine  Mfg.  Co.,  72  Leonard 

St.,  New  York  City,  N.  Y. 
Rooney,  Harold  E.,  I,  '26    (D).     Third   Hand,   Card   Room,   Berkshire 

Cotton  Mills,  Adams,  Mass. 
Ross,  Edward  J.,  I,  '23  (D).    With  United  States  Testing  Co.,  Inc.,  Ho- 

boken,  N.  J. 
Rowan,  Peyton,  VI,  '20   (C).     Cotton  Buyer,  J.  G.  Boswell,  Kerckhoff 

Building,  Los  Angeles,  Cal. 
Royster,  David  W.,  IV,  '16  (C).    Manager,  Janet  Hosiery  Mills,  Shelby, 

N.  C. 


55 

Rubin,  Juan  D.,  I,  '24  (D).     Textile  Engineer,  Boston, -Ma 

Ruggles,  John  W.,  I,  '20   (D).     Cotton  Classer,  Taunton  Cotton  Mills 

Department  of  the  Connecticut  Mills  Corporation,  East  Taunton, 

Msss 
Salter,  Milton  B.,  Ill,  '19  (C). 

Salvati,  Salvato,  I,  '20  (D).     With  Milan  Silk  Co.,  New  Bedford,  Mass. 
Sayers,  William  J.,  I,  '23   (D),  III,  '25   (D).     With  the  Apponaug  Co., 

Apponaug,  R.  I. 
Scharf,  Elmer,  III,  '22  (D).     601  Cramer  St.,  Milwaukee,  Wis. 
Scheid,  Alfred,  VI,  '11   (C).     Bond  Salesman,  Clarence  Hodson  &  Co., 

New  York  City,  N.  Y.    (Clinton,  Mass.) 
Schiller,  Wesley  L.,  I,  '23  (D).    With  Lebanon  Mill  Co.,  Pawtucket,  R.  I. 
Scholze,  Ernest  A.,  II,  '12  (D).  With  Lorraine  Mfg.  Co.,  Pawtucket,  R.  I. 
Schoop,  Hans,  S,  '22  (C).     In  charge  of  reorganizing  mill  in  Flawill, 

Switzerland. 
Schulman,  Otto,  II,  '26  (C).     Designer,  Durfee  Mills,  Fall  River,  Mass. 
Searell,  George  W.,  Ill,  '22  (D).    Assistant  Chemist,  National  Spun  Silk 

Co.,  New  Bedford,  Mass. 
Service,  Louis  B.,  S,  '20  (C).    With  Gardiner  Hall,  Jr.,  Company,  Thread 

Manufacturers,  South  Willmington,  Conn. 
Shanks,  James,  Jr.,   HI,  '19    (D).     Assistant  Superintendent,    Thistle 

Cotton  Mills,  Inc.,  Ilchester,  Md. 
Shill,  Alexander,  I,  '15  (D). 
Silva,  Americo  O.,  I,  '24  (D).    Fixer  on  Roving  Frames,  Devon  Mills, 

New  Bedford,  Mass. 
Simmons,   Charles   G.,   S,   '22    (C).     Structural    Draftsman,    Board   of 

Transportation,  New  York  City,  N.  Y. 
Singer,  Meyer  K.,  I,  '21   (D).     Chemist,  Tower  Mfg.  Co.,  85  Doremus 

Ave.,  Newark,  N.  J. 
Siu,  Poy  N.,  I,  '23  (C).     65  Yale  Court,  W.  Hampstead,  London,  N.  W. 

6,  England. 
Smith,  Carlton  W.,  HI,  '11  (D).    With  N.  B.  Gas  &  Edison  Light  Com- 

panv,  New  Bedford,  Mass. 
Smith,  James  C,  VI,  '23  (C). 
Snedden,  George  A.,  VI,  '20   (C).     Cotton  Salesman,  William  Almy  & 

Co.,  New  Bedford,  Mass. 
Snyder,   Arthur  E.,  V,  '09    (D).     Worsted   Yarn   Salesman,   Percy  A. 

Legge,  185  Summer  St.,  Boston,  Mass. 
Sotnick,  George,  IV,  '22    (D).     Machinery   Fixer,   Pawtucket   Hosiery 

Company,  Pawtucket,  R.  I. 
Spare,  Arthur  F.,  I,  '09   (D).     With  J.  V.  Spare  &  Co.,  New  Bedford, 

Mass. 
Spencer,  William  A.,  VI,  '04   (D).     Superintendent,  Trainer  Mills,  of 

Martel  Mills,  Inc.,  Chester,  Pa. 
Stubbs,  Guy  P.,  S,  '01  (C).     Manager  of  an  estate,  Monroe,  La. 
Sturtevant,  Harold  B.,  Ill,  '15  (D).    Assistant  Superintendent,  Bellman 

Brook  Bleachery  Co.,  Fairview,  N.  J. 
Sun,  Chiating,  I,  '25  (D).    22  Choo-Chang  Wu  Tiuo,  Hsuan,  Wumen  Wai, 

Peking,  China. 
Sweeney,  Eugene  F.,  I,  '22   (D)  Firestone  Tire  &  Rubber  Co.,  Akron, 

Ohio. 
Swenson,  Hilary  S.,  Ill,  '19  (C).     With  Morse  Twist  Drill  &  Machine 

Company,  New  Bedford,  Mass. 
Sylvester,  Burton  C,  III,  '18  (D).    Division  Superintendent,  U.  S.  Fin- 
ishing Co.,  Pawtucket,  R.  I. 
Tavlor,  Charles  K.,  VI,  '04  (D).   Textile  Manufacturing,  Magnolia,  Miss. 
Taylor,  Fred,  I,  '04  (D).     Superintendent,  Firestone  Cotton  Mills.  Fall 

River,  Mass. 
Terry,  Clifford  B.,  VI,  '04  (D).     Salesman,  Foster  Machine  Co..  West- 
field,  Mass. 


56 

Thayer,  Edward  A.,  S,  '14  (C).     Superintendent,  Lebanon  Mill  Com- 
pany, Pawtucket,  R.  I. 
Thayer,  Ellis  H.,  V,  '07  (D). 
Tom,  George  K.  Y.,  I,  '25  (D).     Student,  N.  C.  State  College,  Raleigh, 

N.  C. 
Thornley,  Clifton  L.,  I,  '22  (D).     With  J.  P.  Coats,  Pawtucket,  R.  I. 
Tourtellot,  Percy  D.,  VI,  '13   (C).     Foreman,  Whitin  Machine  Works, 

Whitinsvile,  Mass. 
Tripp,  Clifford  H.,  I,  '05  (D).     Inspector  of  Textiles,  Q.  M.  C,  Boston 

General  Intermediate  Depot,  Boston,  Mass. 
Trott,  George  R.,  I,  '24  (C).    Foreman,  J.  &  P.  Coats  (R.  I.)  Inc.,  Paw- 
tucket, R.  I. 
Truesdale,  William  P.,  Ill  '24  (D).     U.  S.  Finishing  Co.,  Providence, 

R.  I.,  Silver  Springs  Branch. 
Tsang,  Yiu  S.,  I,  '07  (D). 
Tsao,  Chih  C,  I,  '25   (D).     Wamsutta  Mills,  New  Bedford,  Mass.   (13 

Tou  Fu  Hsiang,  Peking,  China.) 
Tsu,  Chee  L.,  I,  '08  (D). 
Tu,  Chung  T.,  I,  '22  (D). 
Turnbull,  Walter,  I,  '03  (D).    General  Agent,  Life  Insurance  Company 

of  Virginia,  Lawrenceville,  Va. 
Turner,  James  H.,  3rd,  III,  '22  (D).    Chemist,  Chemical  Co.  of  America, 

46  Murray  St.,  New  York  City,  N.  Y. 
Urquhart,  George  C,  III,  '09  (D).     Shanghai,  China,  representative  of 

a  Boston  Dye  Manufacturing  Company. 
Van  Dyk,  Francis  R.,  II,  '21  (C).     Second  Assistant  General  Manager, 

James  Van  Dyk  Company,  50  Barclay  St.,  New  York  City,  N.  Y. 
Vera,  Frederick  J.,  I,  '07  (D).    Third  Hand,  Kilburn  Mill,  New  Bedford, 

Mass. 
Vieira,  Nicholas  R.,  Ill,  '18  (D).    Chief  Demonstrator,  Newport  Chem- 
ical WTorks,  Inc.,  Passaic,  N.  J. 
Visbal,  Luis  C,  IV,  '12  (D).    Manager,  Knitting  Department,  Espriella 

&  Co.,  Cartagena,  Colombia,  S.  A. 
Waldstein,  Benjamin,  I,  '15  (D).     Salesman,  S.  H.  Waldstein,  10  High 

St.,  Boston,  Mass. 
Walker,  Stuart  B.,  I,  '26  (D).     With  Holmes  Mfg.  Co.,  New  Bedford, 

Mass. 
Wallner,  Siegfried,  IV,  '19  (C).    Wallner-Haynes  Realty  Co.,  Miami,  Fla. 
Wallner,  Waldemar,  IV,  '23  (C).    Superintendent,  Paul  Knitting  Mills, 

Inc.,  Radford,  Va. 
Walne,  James  A.,  I,  '26  (D).    3  Harper  Court,  New  Bedford,  Mass. 
Walters,  Harold  J.,  IV,  '07   (D).     Assistant  Superintendent,  Thomas 

Develon,  Jr.,  A  Street  and  Indiana  Ave.,  Philadelphia,  Pa. 
Waring,  Joseph  A.,  Jr.,  Ill,  '25  (D).    With  DuPont  Rayon  Co.,  Buffalo, 

N.  Y. 
Waring,  Leo  F.,  Ill,  '25  (D).  With  S.  Slater  &  Sons,  Inc.,  Webster,  Mass. 
Watson,  James  Jr.,  Ill,  '22  (D).     Marion,  Mass. 
Watkins,  Charles  F.,  Jr.,  HI,  '21    (D).     Superintendent  of  Silks,  Ap- 

ponaug  Co.,  Apponaug,  R.  I. 
Waxier,  Jacob  H.,  I,  '21  (D).    Weaver  of  Tire  Fabric,  Fairhaven  Mills, 

New  Bedford,  Mass. 
Weller,  George  W.,  Jr.,  S,  '18  (C).     Comberman,  Ponemah  Mills,  Taft- 

ville,  Conn. 
Wentworth,  Rowland,  VI,  '15  (C).     New  Bedford,  Mass. 
Wheeler,  William  J.,  S,  '22   (C).     With  National  Spun  Silk  Co.,  New 

White,  Clifford  L.,  II,  '09  (D).    Cotton  Classer,  Fiske  Rubber  Co.,  Nini- 

grit  Division,  Pawtucket,  R.  I. 
White,  Elliott  H.,  Ill,  '26  (D).     With  S.  Slater  &  Sons,  Inc.,  Webster, 

Mass. 
Whitehead,  George  E.,  I,  '23  (D).    New  Bedford,  Mass. 


57 
Whitlow,  Samuel  A.,  Jr.,  Ill,  '22  (D).    Clerk,  N.  Y.  Electric  Lt.  Co.,  130 

East  15th  St.,  New  York  City,  N.  Y. 
Whitman,  L.  Clay,  II,  '22  (D).     Washington,  R.  I. 
Whitney,  Howard  B.,  I,  '16  (D).    George  L.  Whitney  Market,  Pawtucket, 

R.  I. 
Wilcox,  Roger  M.  H.,  S,  '10   (C).     Special  Agent,  Union  Mutual  Life 

Insurance  Company,  Waverley,  Mass. 
Willey,  Eugene  L.,  I,  '24  (D).    In  Spinning  Department,  Harmony  Mills, 

Cohoes,  N.  Y. 
Williamson,  Thomas  G.,  VI,  '00  (D). 
Williamson,  Thomas  W.,  I,  '06  (D).     With  Frigidaire  Corp.,  280  Union 

St.,  New  Bedford,  Mass. 
Winnell,  Lloyd  H.,  Ill,  '20  (D).    New  York  City,  N.  Y. 
Witherbee,  Rex  G.,  I,  '05  (D).    Plant  Engineer,  Utica  Steam  &  Mohawk 

Valley  Cotton  Mills,  Utica,  N.  Y. 
Wong,  Fook  W.,  I,  '18  (D).    No.  1  Man  Tak  Sai  Lo,  Canton  City,  Canton, 

China. 
Wong,  James  H.  Y.,  I,  '25  (D).    China  A.  B.  C.  Mill,  Shanghai,  China. 
Wong,  Ka  L.,  I,  '07  (D).    Instructor,  Peking  Technical  College,  Peking, 

China. 
Wong,  Thomas  G.,  I,  '15  (D).     General  Manager,  China  A.  B.  C.  Mill 

and  Superintendent,  Tung  Yih  Cotton  Mill,  Shanghai,  China. 
Wood,  Theodore,  I,  '03.     Vice-President,  R.  J.  Caldwell  Company,  15 

Park  Road,  New  York  City. 
Woodward,  Chester  M.,  I,  '24  (D).     Designer,  Harmony  Mills,  Cohoes, 

N.  Y. 
Worden,  George,  II,  '07   (D).     Overseer  of  Weaving,  Pemaquid  Mills, 

New  Bedford,  Mass. 
Ybarra,  Andrew,  VI,  '04  (D). 
Yen,  Yuan  S.,  I,  '20  (D).     c/o  Dah  Sun  Cotton  Mill,  Nan  Tung  Chow, 

Kiangsu,  China. 
Young,  Frederick  J.,  VI,  '04   (D).     Assistant  Manager,  Bemis  Cotton 

Mill,  Bemis,  Tenn. 
Young,  James  D.,  I,  '26  (D).    Student,  Bradford  Durfee  Textile  School, 

Fall  River.  Mass. 
Young,  Jun  L.,  I,  '25  (D).    Student,  North  Carolina  State  College,  Ral- 
eigh, N.  C. 
Young,  Thomas,  II,  '21    (C).     Cloth  Inspector,  Dartmouth  Mill,   New 

Bedford,  Mass. 
Young,  Tsun  S.,  I,  '17  (D).    Engineer,  Dah  Foong  Cotton  Spinning  and 

Weaving  Mill,  Shanghai,  China. 
Young,  Yolav,  I,  '21  (C).    Shanghai,  China. 
Yu,  Victor  H.,  I,  '20  (D).    Wei  Kee  &  Co.,  Piece  Goods,  2455  Tientsin 

Road,  Shanghai,  China. 
Yuan,  Harold  H.  H.,  I,  '23  (C).    Ta  Yew  Hung  Company,  Tang  Shan, 

Chihli,  China. 
Zung,  King  K.,  Ill,  '20  (C). 

EVENING  DIPLOMA  GRADUATES 

Acomb,  William,  II,  '07.  Head  of  Weaving  Department,  New  Bedford 
Textile  School,  New  Bedford,  Mass. 

Baldwin,  John  M.,  Ill,  '14.  Mill  Operative,  Acushnet  Mill  Corporation, 
New  Bedford,  Mass. 

Bolton,  James,  VI,  '17.  Overseer,  Hathaway  Mfg.  Co.,  New  Bedford, 
Mass. 

Bolton,  Wright,  Jr.,  Ill,  '14.  Master  Mechanic,  Acushnet  Mill  Corpora- 
tion, New  Bedford,  Mass. 

Bowen,  Evan  A.,  VI,  '21.  Holmes  Manufacturing  Company.  New  Bed- 
ford, Mass. 


58 

Burton,  James  L.,  II,  '22.  Loom  Fixer,  Dartmouth  Mfg.  Corp.,  New- 
Bedford,  Mass. 

Carse,  Henry  G.,  VI,  '21.  General  Second  Hand,  Silk  Department,  Gos- 
nold  Mills,  New  Bedford,  Mass. 

Day,  Andrew  F.,  VI,  '19.  Boss  Picker,  Nonquitt  Spinning  Company, 
No.  1,  New  Bedford,  Mass. 

Driesen,  Frank,  VI,  '26.  Second  Hand,  Manomet  Mill,  New  Bedford, 
Mass. 

Dumas,  Leon  F.,  II,  '24.    Loom  Fixer,  Soule  Mills,  New  Bedford,  Mass. 

Flanders,  Kenneth  A.,  VI,  '20.  Manager,  Sheet  and  Pillow  Case  De- 
partment, Wamsutta  Mills,  New  Bedford,  Mass. 

Green,  Jim,  II,  '06.    Farmer,  R.  F.  D.  No.  4,  New  Bedford,  Mass. 

Gurney,  Preston  S.,  VI,  '19.  Overseer  of  Carding,  Hoosac  Cotton  Cor- 
poration, North  Adams,  Mass. 

Hagan,  John  F.,  VI  &  II,  '16.  Executive  Offices,  Cotton  Mill  Division, 
Standard  Textile  Products  Company,  320  Broadway,  New  York 
City,  N.  Y. 

Hammond,  Amos  E.,  I,  '04. 

Holden,  Frank,  VI,  '18.  Assistant  Instructor  in  Carding  and  Spinning, 
New  Bedford  Textile  School,  New  Bedford,  Mass. 

Holmes,  Philip  C,  I,  '08.  Clerk,  Grinnell  Mfg.  Corporation,  New  Bed- 
ford, Mass. 

Kelty,  Pharus  T.,  VI,  '23.  Third  Hand  on  Roving  Frames,  Page  Manu- 
facturing Company,  New  Bedford,  Mass. 

LaChapelle,  Adelard  J.,  II,  '07.  Designer,  Neild  Mill,  New  Bedford, 
Mass. 

Mellor,  John  A.,  II,  '16.    Designer,  Soule  Mill,  New  Bedford,  Mass. 

Palmer,  John  M.,  Ill,  '14.  Salesman,  Borne,  Scrymser  Co.,  New  York 
City,  N.  Y. 

Parker,  William  E.,  VI  &  II,  '17.  Wefer  &  Parker,  Insurance,  163  Elm 
St.,  New  Bedford,  Mass. 

Paull,  Norman  M.,  Ill,  '16.     Civil  Engineer,  Fairhaven,  Mass. 

Peterson,  E.  Gilbert,  III,  '16.  Physical  Laboratorian,  Morse  Twist  Drill 
&  Machine  Company,  New  Bedford,  Mass. 

Resendes,  Manuel  A.,  VI,  '23.  Third  Hand,  Kilburn  Mill,  New  Bedford, 
Mass. 

Riley,  William,  VI,  '25.    Superintendent,  Esmond  Mills,  Esmond,  R.  I. 

Sharpies,  William  Jr.,  II,  '17.  Overseer  of  Weaving,  Wampanoag  Mills, 
Fall  River,  Mass. 

Siever,  Hughes  L.,  Ill,  '12.  Southern  Representative,  Borne,  Scrymser 
Company,  17  Battery  Place,  New  York  City,  N.  Y. 

Silvia,  Anthony  R.,  II,  '17.  Loom  Fixer,  Gosnold  Mill,  New  Bedford, 
Mass. 

Slater,  Edward,  VI,  '23.    Mechanic,  Ancona  Mill,  Fall  River,  Mass. 

Slater,  Victor  O.  B.,  II,  '07.    Designer,  Pierce  Mill,  New  Bedford,  Mass. 

Tripp,  Joseph  A.,  VI,  '23.  Cotton  Classer,  Kilburn  Mill,  New  Bedford, 
Mass. 

Trojan,  Frank,  II,  '24.  Second  Hand,  National  Spun  Silk  Co.,  New 
Bedford,  Mass. 

Walker,  George,  VI,  '23.  Overseer,  Nashawena  Mills,  New  Bedford, 
Mass. 

Winterbottom,  George,  VI,  '06. 


Publication  op  this  Document  approved  by  the  Commission  on  Administration  and  Finance 
600.    3-'27.     Order  8499. 


} 


NEW  BEDFORD  TEXTILE  SCHOOL 

New  Bedford,  Mass. 


APPLICATION  BLANK  FOR  ENROLLMENT  IN 

DAY  CLASSES 


I  hereby  make  application  for  admission  to  the  day 
classes  of  the  New  Bedford  Textile  School. 

Date    192 

Name  in  full 

Age  last  birthday 

Home  residence 

Name  of  parent  or  guardian 

Name  of  school  last  graduated  from 

If  not  a  graduate,  school  last  attended    

State  in  what  way  you  first  learned  of  the  school 

Mark  X  Against  Course  Desired 


General  Cotton  Manufacturing  Course 


Designing  Course 


Chemistry  and  Dyeing  Course 


Carding  and  Spinning  Course 


Seamless  Hosiery  Knitting  Course 


Latch  Needle  Underwear  Knitting  Course 


Special  Course  in 


The    above    application    should    be    filled    out    and 
mailed  or  delivered  to 

THE  NEW  BEDFORD  TEXTILE  SCHOOL 
New  Bedford,   Mass. 


/ 


\ 


1