Electronics Engineering Technology Program

Chair: Fred Lacy

Program Leader: Walter O. Craig

Professors: Abolfazl M. Amini, Davoud Arasteh

Assistant Professor: Walter O. Craig

Adjunct Professor: Raynaud Henton, Manjit Randhawa

Technician: Alfred Sarkodee-Adoo

The Bachelor of Science degree in electronics engineering technology is intended to provide the students with a broad-based understanding of electronics engineering technology, engineering testing, field engineering, project management, and product design and development. Effective Fall 2020, College of Sciences and Engineering is not accepting new freshmen or sophomore students in the electronics engineering technology program. Junior and senior transfer students with 60 or more credit hours will be considered for acceptance in the program based on completed course work and academic progress. The electronics engineering technology program will officially close at the end of the Summer 2022.

Graduates of the program are qualified for a wide variety of commercial, governmental, and industrial employment in the field of engineering technology. There are 126 hours for the Bachelor of Science in Electronics Engineering Technology degree. Nine hours of required technical electives in the Bachelor of Science degree program give the student flexibility to choose courses from various elective groups. ENGR-120B, 130B, 230B and 400B are considered core courses in the Electronics Engineering Technology Program. MATH-276B may be taken in place of ENGR-320B.

The electronics engineering technology program is accredited by the Technology Accreditation Commission (TAC) of ABET, 111 Market Place, suite 1050, Baltimore, MD 21202, Telephone: 410-347-7700.

Electronics Engineering Technology Program Educational Objectives (PEO)

The electronics engineering technology (EET) curriculum at Southern University is dedicated to preparing students for productive careers in the state, nation, and the world. Within a few years after graduation, graduates of the EET program will:

PEO-1: Utilize a foundation in engineering design and analysis to improve lives through a successful career in Electronics Engineering Technology.
PEO-2: Become effective collaborators and innovators leading or participating in efforts to address social and technical challenges.
PEO-3: Pursue life-long learning and professional development through self-study, continuing education, or graduate and professional studies to ethically address the needs of society.

Core Mathematics and Science Course Requirements for the Electronics Engineering Technology Program

Required Courses

SMAT-121BPre-Calculus Mathematics I

3

-
And

SMAT-122BPre-Calculus mathematics II

3

-

SMAT-211BAnal Geometry & Calculus I

4

-
And

SMAT-212BAnal Geometry Calculus II

4

-

SPHY-211BElements Physics

0

-
And

SPHY-212BElements Physics

0

-

SCHE-132BGeneral Chemistry

3

-
And

SCHE-132LBGeneral Chemistry Laboratory

1

Degree Requirements

Students enrolled in the electronics engineering technology program must successfully complete an approved program of study of 126 credit hours.

Bachelor of Science in Electronics Engineering Technology

Freshman Year

First Semester

ENGR-120BFreshman Engineering I

2

SENL-101BFreshman Composition

3

SMAT-121BPre-Calculus Mathematics I

3

SCHE-132BGeneral Chemistry

3

SCHE-132LBGeneral Chemistry Laboratory

1

SPHY-211BElements Physics

0

Total Credit Hours:16

Second Semester

ENGR-130BFreshman Engineering II

2

SENL-102BFreshman Composition

3

SMAT-122BPre-Calculus mathematics II

3

EENT-110BDC Circut Analysis

3

EENT-111BDC Circuit Analysis Lab

1

SPHY-212BElements Physics

0

Total Credit Hours:16

Sophomore Year

First Semester

EENT-210BAC Circuit Analysis

3

EENT-211BAC Circuit Labratory

1

EENT-212BElectronic Circuits I

3

EENT-213BElectronic Circuits Lab I

1

ENGR-230BTechnical Communications

2

SMAT-211BAnal Geometry & Calculus I

4

BIOL-
Life Science Elective

3

Total Credit Hours:17

Second Semester

EENT-216BElectronic Circuits II

3

EENT-217BElectronics Circuits Lab II

1

EENT-220BDigital Logic Design

3

EENT-221BDigital Logic Design Lab

1

SMAT-212BAnal Geometry Calculus II

4

-
Health/Physical Ed Elective

2

HIST-
History Elective

3

Total Credit Hours:17

Junior Year

First Semester

EENT-316BMicroprocessors

3

EENT-317BMicroprocessors Lab

1

EENT-370BFundmntls/ Signal Data Proces

3

EENT-371BFundl of Signal & Data Pro Lab

1

EENT-390BDigital Communication Lec

3

EENT-391BDigital Communication Lab

1

HIST-
History Elective

3

Total Credit Hours:15

Second Semester

ECON-205BPrinciples of Economics

3

EENT-360BElectrical Machinery

3

EENT-361BElectrical Machinery Lab

1

ENGR-320BProbability and Statistics

2

EENT-380BComp Assembly/Maintnce Rep

3

-
Social Science Elective

3

Total Credit Hours:15

NOTE: MATH-276B is an alternate course that may be taken in place of ENGR-320B.

Senior Year

First Semester

ENGR-400BEngineering Seminar

1

EENT-480BComputer Networking

3

EENT-481BComputer Networking Lab

1

EENT-494BSen Elec Design Project I

2

EENT-
Electronics Elective

3

ENGL-
English Literature Elective

3

-
Arts Elective

3

Total Credit Hours:16

Second Semester

EENT-
General Tech Elective

3

EENT-486BCom Sec & Data Protection

3

EENT-496BSen Elec Design Project II

2

EENT-
Communication Elective

3

EENT-460BProgrammable Logic Controllers

3

Total Credit Hours:14

Electronics Engineering Elective Groups

Electronics Electives

EENT-314BLinear Integrated Circuits

3

EENT-330BSemiconductor Device Processin

3

EENT-404BAdv Elec Ckts Analysis Design

3

Communication Electives

EENT-479BAdv Topics/Digital Sig Process

3

EENT-489BAdv Topics in Comp Tech

3

EENT-490BFiber Optic Communications

3

EENT-492BWireless Communication Systems

3

EENT-495BAdv Topics in Communications

3

General Technical Electives

CMPS-315BInformation Systems

3

CMPS-370BObject Oriented Programming

3

MGMT-300BPrinciples of Management

3

MGMT-450BMgmt of Innovation & Techn

3

ENGR-499BEngineering Practice CO-OP Edu

3

EENT-434BSelect Topics in Electr Ckts

3

NOTE: The courses listed under Electronic Electives and Communication Electives may also count as one of the General Technical Electives, however, a single course cannot meet the requirements of both elective groups.