Catalogue

new

Bedford

institute

of technology

EVENING DIVISION

Academic Counseling

Faculty advisors will be present at
registration and must be consulted by
the students in making out their
programs.

Counseling on academic matters is
available during the school year to all
evening students. Routine questions
can usually be answered in the office
of the Director of Evening Division.
For more specific counseling the stu-
dent should arrange for an appoint-
ment with the instructor concerned.
This appointment must be made in
the Evening College Office.

New Bedford Institute
ot Technology

CALENDAR

ADMINISTRATIVE OFFICERS
AND FACULTY

GENERAL INFORMATION

PROGRAMS OF INSTRUCTION

Louis Pacheco, Jr., Director

EVENING DIVISION

EVENING SCHOOL CALENDAR

REGISTRATION, FALL SEMESTER

Sept. 10, 11, 12, 1963 7 P.M. to 9 P.M.

FALL SEMESTER BEGINS

Sept. 30, 1963 7 P.M. or 8:30 P.M.

according to class schedule

HOLIDAYS

November 11, Monday Veterans Day

November 27, Wednesday Thanksgiving Recess

November 28, Thursday Thanksgiving Recess
December 20, Friday through

January 1, 1964 Christmas Recess

FALL SEMESTER EXAMINATIONS

January 20, 21, 22, 23, 1964 7 P.M. to 9:45 P.M.

REGISTRATION, SPRING SEMESTER

January 20, 21, 22, 23, 1964 7 P.M. to 9:45 P.M.

SPRING SEMESTER BEGINS

February 3, 1964 7 P.M. or 8:30 P.M.

according to class schedule

HOLIDAYS

March 20 through March 29, 1964 Spring Recess

March 30, 1964 Classes Resume

April 20, Monday Patriots' Day

SPRING SEMESTER EXAMINATIONS

May 18, 19, 20, 21, 1964 7 P.M. to 9:45 P.M.

ALL CLASSES WILL START PROMPTLY AT

7:00 P.M. or 8:30 P.M.,

ACCORDING TO CLASS SCHEDULE

BOARD OF TRUSTEES

George E. Carignan, Chairman

Dr. John B. O'Toole, Jr., Vice-Chairman

Walter Smietana, Secretary

Dr. John E. Foster, Clerk of Board

Trustees

Ex-officio, Dr. Owen B, Kiernan,
Commissioner of Education

Ex-officio, Hon. Edward F. Harrington, Mayor

Ex-officio, Dr. James R. Hayden,
Superintendent of Schools

George E. Carignan Francis P. Delaney

Joseph Dawson, Jr. James F. Francis

Milton Gollis Alfred J. Gomes

Waldo E. Haydon Serafin E. Mello

Nils V. Nelson Mrs. Lydia B. Nunes

Dr. John B. O'Toole, Jr. Walter Smietana

Joseph M. Souza Mrs. Beatrice P. Thomas
John E. Vertente, Jr.

OFFICERS OF THE INSTITUTE

John E. Foster, B.S., C.E., Sc.D., President
George Walker, M.S., President Emeritus

Edith Booth

Director of Bookstore
Edward A. Cormier, B.S. in B.A., Ed.M.

Director of the Summer School
James A. Flanagan, B.S. in Ed.

Director of Public Relations

Director of Placement
James L. Giblin, M.S.

Dean of Faculty
Warren M. Holt, B.S., Ed.M.

Director of Admissions
Mary F. Makin

Treasurer
Dwight F. Mowery, Jr., A.B., Ph.D.

Director of the Graduate School
Louis Pacheco, Jr., B.S.T.E., Ed.M.

Director of the Evening School
Claire N. Riley, A.B.

Director of the Library
J. Louis Roberts, B.S.M.E., P.E.

Superintendent of the Buildings
Augustus Silva, A.B., M.A.

Dean of Students
Fred R. Tripp, B.S., Ch.E.

Director of the Research Foundation

FACULTY

Milton S. Briggs, B.B.A.

Professor of Business Administration

Chairman of the Department
James L. Giblin, M.S.

Commonwealth Professor of Textile Engineering

Chairman of the Department
Lenine M. Gonsalves, B.S., M.S.E.E., P.E.

Professor of Electrical Engineering

Chairman of the Department
Anthony J. John, B.S., M.S., M.A.

Professor of Mathematics

Chairman of the Department
Dwight F. Mowery, Jr., A.B., Ph.D.

Professor of Chemistry
Augustus Silva, A.B., M.A.

Professor of English

Chairman of the Department
Leo M. Sullivan, B.S. in Ed., M.A.

Professor of Social Sciences

Chairman of the Department
Howard C. Tinkham, B.S.M.E., M.S.M.E.

Professor of Mechanical Engineering

Chairman of the Department
Francis Tripp, B.S.Ch.E., B.S.T.C, M.S.Ch., Ch.E.

Professor of Chemistry

Chairman of the Department
John C. Broadmeadow, B.S.Ch.E., B.S.T.C, Ed.M.

Associate Professor of Chemistry
Peter O. Cioffi, B.S., M.S.

Associate Professor of Mathematics
Edward H. Cloutier

Associate Professor of Textile Engineering
Earl J. Dias, A.B., M.A.

Associate Professor of English
Edmund J. Dupre, B.S.T.C, Ed.M.

Associate Professor of Chemistry
Louis E. F. Fenaux, B.S.Ch., M.S.Ch.

Associate Professor of Chemistry

Warren M. Holt, B.S., Ed.M.

Associate Professor of Mathematics
Frederic R. Mattfield, B.S. in B.A., M.B.A., Ed.M.

Associate Professor of Business Administration
Louis Pacheco, Jr., B.S.T.E., Ed.M.

Associate Professor of Textile Engineering
John R. Barylski, B.S.M.E., Ed.M.

Assistant Professor of Mechanical Engineering
Clifford N. Beck, B.S.T.E.

Assistant Professor of Textile Engineering
Alden W. Counsell, B.S.M.E.

Assistant Professor of Mechanical Engineering
Michael Crowley, B.S., M.A.

Assistant Professor of Mathematics
Ferdinand P. Fiocchi, B.S.

Assistant Professor of Chemistry
Frederyk E. Gorczyca, B.S.M.E., M.S.M.E.

Assistant Professor of Mechanical Engineering
Celestino D. Macedo, A.B., M.A.

Assistant Professor of English
Walter E. A. Mierzejewski, A.B.

Assistant Professor of Mathematics
Margot Neugebauer, B.F.A., M.F.A.

Assistant Professor of Design and Fashion
John T. Regan, A.B.

Assistant Professor of Textile Engineering
Conrad P. Richard, B.S.M.D., P.E.

Assistant Professor of Mechanical Engineering
J. Louis Roberts, B.S.M.E., P.E.

Assistant Professor of Mechanical Engineering
Antone Rodil

Assistant Professor of Textile Engineering
William A. Silveira, B.S.T.E., M.S.T.T.

Assistant Professor of Textile Engineering
Arthur V. Swaye, B.S.T.E.

Assistant Professor of Textile Engineering
George J. Thomas, B.Sc.E., P.E.

Assistant Professor of Physics
Fred R. Tripp, B.S.Ch.E., B.S.T.C.

Assistant Professor of Chemistry
Richard Walder, B.S.E.E.

Assistant Professor of Electrical Engineering
Robert C. Booth

Instructor in Design and Fashion
Lance C. Buhl, A.B., M.A.

Instructor in Social Sciences
Edward A. Cormier, B.S. in B.A., Ed.M.

Instructor in Business Administration
James A. Flanagan, B.S. in Ed.

Instructor in Chemistry
Frank Golen, Jr., B.S. in B.A., Ed.M., C.A.G.S.

Insructor in Business Administration
Daniel J. Murphy, B.S.E.E.

Instructor in Electrical Engineering
Evelyn Ramalhete, B.S.T.D.F.

Instructor in Design and Fashion
Louis J. Robitaille, B.S. in B.A., Ed.M.

Instructor in Social Sciences
Priscilla Tabachnik, B.S. in B.A.

Instructor in Business Administration
Rosemary S. Tierney, A.B., Ed.M.

Instructor in English
John F. Wareing

Instructor in Electrical Engineering
Vivian Zerbone, A.B., M.A.

Instructor in Modern Languages
George Jacobs, A.B., LL.B.

Visiting Lecturer in Business Law
June F. Devine, B.F.A.

Visiting Lecturer in Music
Frederic Alpert, A.B., M.B.A.

Visiting Lecturer in Business Administration

THE EVENING SCHOOL

Organization and Purpose

The Evening School is an integrated administrative unit
of the New Bedford Institute of Technology. It is oriented
to the need for supplying trained personnel to the pro-
fessions and industries which the Institute serves. In ad-
dition, courses are offered to meet a growing demand for
the continuing education for the adult community.

Accreditation

New Bedford Institute of Technology is a member of
the New England Association of Colleges and Secondary
Schools.

Entrance Requirements

Entrance requirements vary with the program or sub-
ject selected. Applicants for college credit are required
to present qualifying high school records. For all non-
credit programs, the only requirement in general, is the
necessary professional or industrial experience. All applica-
tions must be reviewed by the department concerned prior
to acceptance. Duly enrolled day school students may,
with the permission of the Dean of Students, participate
in the Evening School program.

Each applicant for the Associate Degree program must
have earned a high school diploma, or its equivalency,
and must have a minimum of one unit of algebra. It is
further recommended that, if at all possible, the applicant
show a background in the area of specialization. Each
student is to be interviewed by the department chairman
for approval into the particular program.

Registration

Registration forms may be procured in advance at the
office of the Director. Registration is normally held dur-
ing the first week of September for the Fall Semester.
(See Evening School calendar on page 2.) No new reg-
istrations will be accepted after the first two weeks of
classes except with the permission of the Director of Even-
ing School and the instructor concerned. Students cannot
apply for a transfer to a college credit program after the
first two weeks of classes.

Tuition and Fees

Tuition and Fees charged for attendance at the Even-
ing School are as follows:

1. Non-credit courses are available without tuition
charge to residents of New Bedford. (This is in lieu of a
$10,000 annual grant to the Institute from the City of
New Bedford.)

2. Non-credit courses have a tuition charge of $10.00
per course to non-residents of New Bedford.

3. A $9.00 per credit hour fee is charged to all stu-
dents enrolled in a course for college credit. Out-of-state
students will be charged $11.00 per credit hour if college
credit is desired.

4. Audited credit courses have a tuition charge of
$5.00 per credit hour.

5. The Five Year Associate Degree programs in Busi-
ness Administration, Electrical Engineering Technology
and Mechanical Engineering Technology have a tuition
charge of $20.00 per semester.

6. A $2.00 laboratory fee is required of students en-
rolled in Chemistry and Machine Shop courses.

7. All fees are payable on, or prior to, the first week
of scheduled classes.

8. No refunds for evening school classes will be made
after two weeks from the date of initial class participa-
tion. An application for refund must be made by the stu-
dent concerned; it is not the function of the Institute.

Veterans

Any resident of Massachusetts who has served in any
branch of the armed services for at least 90 days, ten of
which must have been served either between September
16, 1940, and December 31, 1946, or between June 25,
1950 and January 21, 1955 and who has a discharge other
than dishonorable may enroll without charge for instruc-
tion in any course here offered within the established limi-
tation of 120 semester hours. To establish his eligibility
the veteran must present his discharge (or a photostatic
copy) or certificate of satisfactory service in the case of
officers, together with proof of residence, in advance of
the opening date of class meeting.

Attendance

Students must attend 85% of classes held and complete
prescribed assignments in order to receive a certificate
for the subject. Students in college credit courses must
be present for 90'% scheduled classes in addition to com-
pleting the necessary assignments.

The sessions per week and the semester(s) required to
complete a subject are shown with each course. All lec-
ture sessions will be of seventy-five (75) minutes dura-
tion, and will be conducted from 7:00 P.M. to 9:45 P.M.
with a class break between 8:15 P.M. and 8:30 P.M.

Withdrawal from Courses

To effect a withdrawal, a student must notify the Di-
rector of his intent to withdraw from a course. Until such
is done, a student is considered to be a member of the
class even though he absents himself therefrom.

A student may withdraw from a course without prej-
udice provided that this withdrawal takes place with the
permission of the Director of Evening School and within

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the first three weeks of the semester. A student withdraw-
ing with permission after the first three weeks will receive
on his transcript a grade of WP (withdrew passing) or
WF (withdrew failing). Any student withdrawing from a
course without permission will incur a grade of F ( Failing ) .

Grading System

At the completion of a course the student receives the
number of semester hour credits at which the course is
rated. The level of performance in a course is indicated
by a letter grade: A, superior; B, above average; C, aver-
age; D, passing, but not satisfactory; F, failing; Inc., In-
complete; WF, withdrew failing; WP, withdrew passing.
The arithmetical equivalents of the letter grades are A,
90-100; B, 80-89; C, 70-79; D, 60-69; F, below 60.

Quality Point Average

The student's semester quality point rating is a weighted
value used to denote his relative standing. The point
values assigned are A = 4 points, B = 3 points, C r= 2
points, D = 1 point and F =: 0 points. These point val-
ues, when multiplied by the credit hours assigned to the
subject and added together, are divided by the sum of
the credit hours to give the student's semester rating.

Students who are matriculated in the Associate Degree
program must, at the completion of their program, have
a cumulative quality point average of 2.0 or higher in
order to meet the qualitative requirements for the degree.

All rules and regulations pertaining to the grading sys-
tem and quality point average not herein mentioned but
so recorded in the Institute's day school bulletin shall,
in effect, apply to the Evening School Division.

Special Regulations

Students will be held responsible for damage that they
may cause to Institute property. The Institute cannot
assume the responsibility for losses of personal property
upon its premises. The Institute reserves the right to with-
draw courses due to insufficient registration.

Bookstore

The Institute-operated bookstore is located on the
first floor of the Library & Art building. It is opened for
the convenience of the Evening School students during
the first three weeks of evening school. The hours are
from 6:45 P.M. to 8:30 P.M.

Library

The facilities of the library and audio-visual aid room
are made available to all evening school students. The
library and reading rooms are open from 7:30 P.M. to
9:30 P.M. on the regularly scheduled nights for evening
classes.

PROGRAM OF INSTRUCTION

The Evening Division of the New Bedford Institute of
Technology offers three formal programs of study leading
to the Associate Degree.

1. Associate in Business Administration.

2. Associate in Engineering, Electrical Engineering
Technology.

3. Associate in Engineering, Mechanical Engineering
Technology.

These programs cover several of the technological sub-
jects usually included in our day school offerings, but the
curricula, in some instances, are less extensive in scope
than those required for the Baccalaureate degree. For these
reasons, some credits earned in the Associate degree pro-
grams cannot be transferred to advanced standing leading
to the Bachelor's Degree.

THE ASSOCIATE DEGREE PROGRAM AT THIS
INSTITUTE IS A TERMINAL PROGRAM OF INSTRUC-
TION.

In addition to the Associate Degree program, this In-
stitute will offer some credit and non-credit courses in
the following areas:

1. Art and Design

2. Business Administration

3. Chemistry

4. Electrical Engineering

5. English and Modern Languages

6. Mathematics and Physics

7. Mechanical Engineering

8. Social Sciences

9. Textiles

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BUSINESS ADMINISTRATION
Leading to the Degree of Associate in Science

FIRST YEAR
1st Semester

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E-101 English I 3

ABA- 11 Basic Accounting I 3

2nd Semester

E-102 English II 3

ABA- 12 Basic Accounting II 3

SECOND YEAR

1st Semester

AM- 23 Introductory Mathematics 3

ABA- 21 Intermediate Accounting 3

2nd Semester

AM- 24 Mathematics of Finance 3

ABA- 22 Advanced Accounting 3

THIRD YEAR

1st Semester

SS-231 Principles of Economics 3

ABA- 31 Marketing Principles I 3

2nd Semester

SS-232 Economic Problems and Policies 3
ABA- 32 Marketing Principles II 3

FOURTH YEAR

1st Semester

SS-412 Industrial Psychology 3

ABA- 41 Management Principles I 3

2nd Semester

ABA- 42 Management Principles II 3

ABA- 44 Effective Communication 3

FIFTH YEAR
1st Semester

ABA- 51 Business Law I 3

or
ABA- 53 Labor-Management Relations I .. 3

and
ABA- 55 Taxation I 3

or
AM- 51 Statistics I 3

2nd Semester

ABA- 52 Business Law II 3

or
ABA- 54 Labor-Management Relations II 3

and
ABA- 56 Taxation II 3

or
AM- 52 Statistics II 3

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ELECTRICAL ENGINEERING TECHNOLOGY

Leading to the Degree of Associate in Engineering

FIRST YEAR
1st Semester

R T C

E-101 English I 3 0 3

AM- 11 Technical Mathematics I 3 0 3

AME- 11 Engineering Drawing I 0 3 2

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2nd Semester

E-102 English II 3 0 3

AM- 12 Technical Mathematics II 3 0 3

AME- 12 Engineering Drawing II 0 3 2

8
SECOND YEAR

1st Semester

AM- 21 Calculus I 3 0 3

AP- 12 Physics I 3 0 3

AEE- 32 Electrical Engineering Materials Vk 0 II

TA
2nd Semester

AM- 22 Calculus II 3 0 3

AP- 21 Physics II 3 0 3

AEE- 32 Electrical Engineering Materials Vk 0 Vk

Tk
THIRD YEAR
1st Semester

AME- 24 Mechanics I 3 0 3

AEE- 21 Electric Circuits I 3 0 3

AEE- 34 Electrical Measurements I 0 Vk 1

7
2nd Semester

AME- 31 Mechanics II 3 0 3

AEE- 22 Electric Circuits II 3 0 3

AEE- 34 Electrical Measurements II 0 Vk 1

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FOURTH YEAR

1st Semester

AEE- 41 Electronic Fundamentals 3 0 3

AEE- 43 Electric Machinery 3 0 3

AEE- 45 Electrical Engineering Lab. I .... 0 3 2

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2nd Semester

AEE- 42 Electronic Circuits I 3 0 3

SS-412 Industrial Psychology 3 0 3

AEE- 46 Electrical Engineering Lab. II .. 0 3 2

FIFTH YEAR
1st Semester

AEE- 51 Electronic Circuits II 3 0 3

AEE- 44 Transmission Lines 3 0 3

AEE- 55 Electrical Engineering Lab. Ill 0 3 2

2nd Semester

AEE- 52 Transistor Circuits 3 0 3

AEE- 53 Control Systems 3 0 3

AEE- 56 Electrical Engineering Lab. IV 0 3 2

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MECHANICAL ENGINEERING TECHNOLOGY

Leading to the Degree of Associate in Engineering

FIRST YEAR
1st Semester

R L C

E-101 English I 3 0 3

AM- 11 Technical Mathematics I 3 0 3

AME- 11 Engineering Drawing I 0 3 2

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2nd Semester

E-102 English II 3 0 3

AM- 12 Technical Mathematics II 3 0 3

AME- 12 Engineering Drawing II 0 3 2

SECOND YEAR
1st Semester

AM- 21 Calculus I 3

AP- 12 Physics I 3

AME- 21 Machine Tool Processes I 0

2nd Semester

AM- 22 Calculus II 3

AP- 21 Physics II 3

AME- 22 Machine Tool Processes II 0

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AME- 24
AEE- 21
AME- 33

AME- 31
AEE- 22
AME- 34

THIRD YEAR
1st Semester

Mechanics I 3

Electric Circuits I 3

Machine Drawing I 0

2nd Semester

Mechanics II 3

Electric Circuits II 3

Machine Drawing II 0

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AME- 41
AME- 43
AME- 45

AME- 42
AME- 32
AME- 46

FOURTH YEAR
1st Semester

Thermodynamics I 3

Metallurgy 3

Mechanisms 0

2nd Semester

Thermodynamics II 3

Strength of Materials 3

Mechanical Engineering Lab. I 0

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FIFTH YEAR

1st Semester

AME- 44 Hydraulics 3

AME- 51 Machine Design I 3

AME- 53 Mechanical Engineering Lab. II 0

2nd Semester

SS-412 Industrial Psychology 3

AME- 52 Machine Design II 3

AME- 54 Tool and Die Design 0

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CREDIT AND NON-CREDIT COURSES

Art and Design

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Basic Photography 0

Drawing and Painting ( 2 sem. ) 0
Screen Painting (2 sem.) 0

Business Administration

BA-101 Basic Accounting I 3

BA-102 Basic Accounting II 3

BA-201 Intermediate Accounting 3

BA-202 Advanced Accounting 3

BA-301 Cost Accounting I 3

BA-302 Cost Accounting II 3

BA-303 Business Law I 3

BA-304 Business Law II 3

*BA-501 Curriculum Dev. in Bus. Ed. 3

Federal Income Taxes 2

Chemistry

General Inorganic Chemistry .... 1 2 0

Ch-111 General Chemistry I 3 2 4

Ch-112 General Chemistry II 3 2 4

Ch-351 Bacteriology 2 2 3

Electrical Engineering

EE-412 Feedback Control Systems I .... 3

EE-413 Feedback Control Systems II .. 3

EE-416 Transistor Circuits 3

EE-417 Transient Analysis 3

EE-424 Logic Circuit Design 3

English and Modern Languages

E-101 English Composition 3

E-102 English Comp. & Intro, to Lit. 3

E-301 Masterpieces of World Lit 3

E-322 Chaucer's Canterbury Tales .... 3

L-201 French I 3

L-202 French II 3

L-211 German I 3

L-212 German II 3

Spanish 3

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Mathematics and Physics

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Pre-College Mathematics 3

M-101 Algebra and Analytic Geometry 4

*M-102 Calculus I 4

*M-201/2 Calculus II & III 3

*M-223 Linear Algebra 3

*M-250 Descriptive Astronomy 3

•M-311/12 Statistics I & II 2

*M-340 Linear Programming 3

*M-401 Philosophy of Science 3

*P-102 Physics I 3

*P-201/2 Physics II & III 3

P-211/12 College Physics I & II 3

*P-301 Modern Physics 3

Mechanical Engineering

ME-131/32 Engineering Drawing I & II .... 0

ME-214 Mechanics (Statics) 3

ME-310 Mechanics (Dynamics) 3

*ME-410 Engr. Draw, for H.S. Teachers 1

*ME-417 Advanced Kinematics 3

*ME-424 Vibrations 3

Social Sciences

S'S-110 General Psychology 3

SS-221 Hist, of Western Civilization II 3

*SS-231/32 Economic Analysis Problems

and Policies I & II 3

*SS-240 Government 3

*SS-311 Psychology of Adjustment 3

*SS-333 Economic Geography 3

*SS-334 Contemporary Economic Issues 3

*SS-341 Formation of Am. Foreign Pol. 3

*SS-412 Industrial Psychology 3

*SS-423 Hist, of American Civilization 3

Textiles

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Power Sewing 0 Vk 0

Sewing Machine Maintenance 0 Vk 0

Graduate Credit upon acceptance by participating college

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DEPARTMENT OF BUSINESS
ADMINISTRATION

ABA- 11— Basic Accounting 1 (3-0-3). This course
covers the basic principles and procedures in the develop-
ment of the accounting cycle with emphasis on use of
accounting knowledge as a fundamental aid to manage-
ment and marketing.

ABA-12— Basic Accounting II (3-0-3). Introduction
to partnership and corporation accounting. Consideration
is given to the effects of automation in accounting proce-
dures.

Pre-requisite ABA-11.

ABA-21— Intermediate Accounting (3-0-3). Review
of the nature and presentation of basic financial reports
and records. A detailed analysis of profit and loss accounts
and the effect on the balance sheet equation. Consideration
of errors and corrections required by the most reputable
standards in current professional practices.

Pre-requisite ABA-12.

ABA-2 2— Advanced Accounting (3-0-3). A detailed
study of procedures in partnership and corporation ac-
counting. Installment and consignment sales, consolidations
and fiduciary and budgetary accounting.

Pre-requisite ABA-21.

ABA-31, 32-Marketing Principles I & II (3-0-3)

(3-0-3). The study of the role of distribution in a dy-
namic economy. Social and economic value of marketing
activities. Analysis of the processes and institutions in-
volved in the distribution of commodities: product line
selection, choice of wholesale and retail channels, adver-
tising and determination of pricing strategy. Analysis of
consumer demand through sampling techniques.

ABA-41, 42— Management Principles I & II (3-0-3)

(3-0-3.) The study of the applications of basic economic
principles to managerial decisions. A survey of the vari-
ous techniques for planning, organizing and controlling
production. Case studies are used to provide familiarity
with actual problems of production control, purchasing,
location, physical facilities and personnel.

ABA-44— Effective Communication (3-0-3.) The

fundamental principles of effective writing with emphasis
on clearness, conciseness, concreteness, character and cour-
tesy. Practical problems and practice in the preparation
of inquiries and replies, notices, announcements, invita-
tions, orders, acknowledgments, human-interest messages,
the letter of application, effective sales letters and sales
talks, adjustments, credit and collection letters.

Pre-requisite E-102.

14

ABA-51— Business Law I (3-0-3). Study of legal prin-
ciples and laws applicable to business. Courts and court
procedure. Sales, insurance, contracts, agency, common
carriers, partnerships. Text and case methods are used.

ABA-52— Business Law II (3-0-3). Laws pertaining
to corporations, property sales, negotiable instruments and
bankruptcy.

Pre-requisite ABA-51.

ABA-53, 54— Labor-Management Relations I & II

(3-0-3) (3-0-3.) This course is designed to familiarize the
student with problems in the field of labor-management
relations, the approach of labor and management to these
problems, the historic and economic background from
which these problems have arisen, and government regu-
lations in this field. Emphasis will be placed upon the
following topics: The history of unionism in the United
States, labor law and its enforcement, the structure and
function of unions, collective bargaining, strikes, boycotts,
lock-outs and labor economics.

ABA-55— Taxation I (3-0-3). A course designed to ac-
quaint the student with basic tax problems affecting the
individual and the business organizations with which he
may become associated. In addition to individual income
taxes, sales and excise taxes as well as real and personal
property taxation are treated.

ABA-56— Taxation II (3-0-3). A study of the Internal
Revenue Code as it affects individuals, partnerships, and
corporations. Practical application through the prepara-
tion of tax returns for all types of taxpayers.

Pre-requisite ABA-55.

DEPARTMENT OF ELECTRICAL ENGINEERING

AEE-21— Electric Circuits I (3-0-3). Introduction to
electric circuit theory including a study of passive and
active circuit parameters. Kirchhoff's Laws, loop-current
and node-voltage equations, principle of superposition,
power relationships and graphical analysis techniques.

AEE-22-Electric Circuits II (3-0-3.) Continuation of
AEE-21. Network topology, duality, other network theo-
rems, maximum power transfer, and simple transient re-
sponse of RL-, RC-, RLC-circuits.

AEE-31 -Electric Circuits III (3-0-3). Continuation of
AEE-22. Alternating-current theory. Immittances, steadt-
state performance, three-phase circuits, frequency response,
and resonant circuits.

15

AEE-32— Electrical Engineering Materials (3-0-3).

Elementary study of dielectric, magnetic, and conductive
properties of materials, including semi-conductors, and
their application in electrical engineering.

AEE-34— Electrical Measurements (1-2-2). Lecture-
laboratory course including a study of types of electrical
instruments, theory of operation, and methods of measure-
ment.

AEE-41— Electronic Fundamentals (3-0-3). Introduc-
tion to electronic ballistics and semi-conductor theory.
Vacuum diode and semi-conductor diode operation, triode
and multi-element tubes, and transistor operation.

AEE-42— Electronic Circuits I (3-0-3). Study includes
rectifier circuits, feedback circuitry, cascaded circuits, os-
cillators.

AEE-43-Electric Machinery (3-0-3). Study of DC
and AC rotating energy conversion machinery and their con-
trol. Transformers and transformer theory.

AEE-44— Transmission Lines (3-0-3). Introductory
field theory and traveling-wave phenomena. Topics in-
cluded: transient waves, sinusoidal waves, transmission effi-
ciency, impedance matching, equivalent lumped-parameter
circuits, Smith Chart.

AEE-45— Electrical Engineering Laboratory I
(0-3-2).

AEE-46— Electrical Engineering Laboratory II
(0-3-2).

AEE-51— Electronic Circuits II (3-0-3). Continuation
of AEE-42 including the study of filter circuits, regulators,
communication systems, pulse circuits, and other wave-
shaping circuits.

AEE-52— Transistor Circuits (3-0-3). Review of semi-
conductor properties. Study of basic transistor circuits, in-
cluding limitations; input, output, and transfer parameters;
amplifiers; oscillators; and biasing techniques.

AEE-53— Control Systems I (3-0-3). Study of various
transducers, electrical measurement of physical character-
istics, indicators and recorders, controllers, and actuators.
Discussion of control applications.

AEE-54— Control Systems II (3-0-3). Introduction to
feedback control theory including system stability, block
diagrams, network reduction, transfer functions obtained
by experimental methods, classical and graphical methods
of determining system response.

AEE-55— Electrical Engineering Laboratory III

(0-3-2).

AEE-56— Electrical Engineering Laboratory IV

(0-3-2).

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DEPARTMENT OF MATHEMATICS
AND PHYSICS

AM-ll— Technical Mathematics I (3-0-3.) This is an
introductory mathematics course for post-secondary stu-
dents who intend to enter some field of technology. A
thorough review of basic algebra is followed by a sub-
stantial treatment of analytic geometry.

AM-1 2— Technical Mathematics II (3-0-3). A con-
tinuation of Technical Mathematics I with a study of ad-
vanced algebra and logarithms. Numerical trigonometry is
included with emphasis on the oblique triangle and trigono-
metric applications.

Pre-requisite aM-11.

AM-21 -Calculus I (Differential) (3-0-3). This course
begins with a study of the pertinent concepts of analytic
geometry which lead to the notion of the derivative. Then
the derivatives of elementary functions are developed and
applied. The concepts of limit and continuity are introduced
and discussed at appropriate stages in the course. The
course concludes with the integral concept and an intro-
duction to the process of integration.

Pre-requisite AM-12.

AM-22-Calculus II (Integral) (3-0-3). After a brief
review of the basic notion of integration and a discussion
of the Fundamental Theorem of Integral Calculus, the vari-
ous techniques of integration of elementary functions are
discussed and applied. The study of limits and sequences
serves as an introduction to infinite series. Multiple in-
tegration and applications conclude the course.

Pre-requisite AM-21.

AM-23— Introductory Mathematics (3-0-3). An in-
troductory course in algebra. The following topics are stud-
ied in detail: factoring, fractions, functions and graphs,
systems of linear equations, exponents and radicals.

AM-24-Mathematics of Finance (3-0-3). This
course covers the basic mathematics essential to an under-
standing of financial computations. The following mathe-
matical principles and applications are studied: simple and
compound interest, partial payments, bank discount, an-
nuities, depreciation, valuation of bonds and insurance.

AM-51— Statistics I (3-0-3). A course to acquaint the
student with the basic concepts in statistics. A study is
made of the meaning of statistics, the collection of statisti-
cal data, tabular presentation, ratios, percentages, bar charts,
line charts, statistical maps, pi-charts, basic concept of

17

frequency distribution, histograms, frequency polygons and
Lorenz curve.

Pre-requisite AM-12.

AM-52— Statistics II (3-0-3). A continuation of AM-51
including the arithmetic mean, median, mode, dispersion,
skewness, quartile, deviation, standard deviation, kurtosis,
moments of frequency distribution, random samples, statis-
tical inference, index numbers, correlation, time series
analysis including the secular trend, the seasonal fluctua-
tion, cycles and forecasting.

Pre-requisite AM-51.

AP-1 2— Physics I (3-0-3). This course is designed to
meet the needs of a student in the Associate Degree pro-
gram. Mechanics and heat are covered in the first semes-
ter. Demonstrations of physical principles are incorpo-
rated into the lecture periods with an occasional laboratory
period to further amplify the development of this course.

AP-21— Physics II (3-0-3.) This course follows the
same development as Physics I in both classroom and lab-
oratory assignments. The areas of study in this semester
are: electricity and magnetism, sound and light.

Pre-requisite AP-12.

DEPARTMENT OF MECHANICAL
ENGINEERING

AME-l 1— Engineering Drawing I (0-3-2). A course
which provides the student with a background in free-hand
lettering and sketching, multiview projection, isometric and
oblique drawing, sectional views and blue-print reading.

AME-l 2— Engineering Drawing II (0-3-2). A con-
tinuation of the first semester. Auxiliary views, intersec-
tions and developments, dimensioning, tolerancing, threads
and fasteners, and descriptive geometry are some of the
areas which are stressed in this phase of study.

AME-21, 22-Machine Tool Processes I & II (0-3-2)

(0-3-2). A course consisting of laboratory and a series of
lectures designed to familiarize the student with the basic
machine tools of industry. The laboratory consists of op-
erating the lathes, shapers, milling machines and grinders
while the lectures point out the theory of operation and
the capacities and economics of the various devices.

AME-24— Mechanics I (Statics) (3-0-3). An introduc-
tory course in mechanics beginning with a study of the
statics of particles— concentric, coplanar force systems
through non-coplanar, nonconcentric forces in space; statics
of rigid bodies in two and three dimensions; equivalent

18

systems of forces and equilibrium of rigid bodies; location
of centroids and centers of gravity; analysis of structures,
strusses, frames and machines; friction; distributed forces;
and moments of inertia.

AME-31 -Mechanics II (Dynamics) (3-0-3). An in-
troduction to the kinematics and kinetics of particles, force,
mass and acceleration, work and energy, and impulse and
momentum. Considers the kinematics and kinetics of rigid
bodies, dynamic equilibrium, work and energy, impulse
and momentum, and impact. It further includes a study
of rectilinear and curvilinear motion, rotation and plane
motion of bodies.

AME-32— Strength of Materials (3-0-3). A course
emphasizing the fundamental principles used in design and
selection of materials. Considers concentric loading; a study
of thin- walled cylinders; emphasizes stress and introduces
Mohr's circle; torsional loading of circular cross sections;
flexural loading, statically indeterminate beams, combined
loading; columns; repeated loading and dynamic loading;
welded and riveted connectors. There is further included
a study of energy-strain and mechanical and physical prop-
erties of materials. Approximately seven laboratory experi-
ments are conducted and written reports submitted.

AME-33— Machine Drawing I (0-3-2). An applica-
tion of the principles learned in Engineering Drawing I &
II by preparing detail working and assembly drawings of
machine parts. Introductory welding and piping drafting.

AME-34— Machine Drawing II (0-3-2). Topics cov-
ered are spur, bevel, rack and worm gearing. A study is also
made of cam motions and design in addition to elementary
jig and fixture design.

AME-41, 42-Thermodynamics I & II (3-0-3)

(3-0-3). A series of lectures discussing that branch of phys-
ics dealing with the laws of transformation of heat into
other forms of energy and vice versa. Topics for discussion
include thermodynamic properties, conservation of energy,
energy relation, the ideal gas, first and second laws of
thermodynamics.

The second semester is a continuation of the first with
emphasis being placed on liquids and vapors rather than
the ideal gas.

AME-43— Metallurgy (3-0-3). A course consisting of
lectures supplemented by a series of laboratory assign-
ments. The course presents the fundamentals of metal
structure, factors affecting engineering properties, static
and dynamic properties of metallic materials, corrosion and
extraction of metals from their ores. Also included is a
study of phase diagrams and simple alloy systems, heat
treatment and the iron-iron carbide diagram.

19

AME-44— Hydraulics (3-0-3). A course devoted to the
study of incompressible fluids covering static fluids, flow
measurement and instrumentation, dynamic fluid, losses in
systems and a brief coverage of pumps and fluid machines.

AME-45— Mechanisms (0-3-2). A study of the rel-
ative motions of machine parts. Operating principles are
analyzed to determine displacement, velocity and accel-
eration by analytical and graphical methods. Emphasis is
placed upon linkages, cams, rolling contact, gearing, flexible
connectors, gear trains, translation screws and dimensional
synthesis.

AME-46, 53— Mechanical Engineering Laboratory

I & II (0-3-2) (0-3-2). A series of experiments designed to
illustrate physical properties of materials and to integrate
the various subjects covered showing methods of testing
and methods of measurement.

AME-51— Machine Design I (3-0-3). An introduction
to design and selection of components used in the design
of machines. Simple stress analysis, use of physical proper-
ties of materials in design, design factors, power and power
transmission, design and selection of key pulleys and belts
are some of the topics covered.

AME-52— Machine Design II (3-0-3). A continuation
of Machine Design I providing instruction in the design
and selection of the following elements: gears, couplings,
bearings, clutches, fastenings and springs. Supplementary
work with fits and tolerances with combined stresses are
also included.

AME-54— Tool and Die Design (0-3-2). A laboratory
course providing an opportunity to discuss the basic prin-
ciples involved in the design of jig fixtures and simple dies.
Problems involving the selection of standard parts from
manufacturers catalogues are assigned which provide an
experience similar to that of industry.

20