program synopsis

Engineering programs at AIT are designed to produce technically competent graduates that also have knowledge about the process of engineering — how things are designed, refined, and put into production — while taking into account real—world engineering requirements and constraints. Our engineering programs place emphasis on the design of engineering process, systems, and outputs.

The objectives of the program — which is in—line with the mission of AIT, is to produce high calibre graduates in Electrical and Electronic Engineering using internationally benchmarked curriculum. As such the Program is designed to meet the IEEE stipulations and the requirements.
The program is designed to provide our students with the knowledge and associated skills in the broad field of Electrical and Electronic Engineering . Over the four year program a range of skills—based, generic subjects will be sustained in order to develop the student as a versatile graduate and as a ‘life-long learner’. Students on this program will acquire the basic experimental, design, and communication skills and be prepared for employment in a broad spectrum of Electrical and Electronic Engineering , or for continued study at the postgraduate level.

Credits

126

Time to Complete

8 sem

Entry requirements

Senior Secondary/High School Certificate Examination (SS/HSCE) or West African Senior Secondary School Certificate (WASSCE) with an aggregate score of 24 or better in six subjects including passes in: Three Core Subjects (including Core English, and Core Mathematics) plus Three Electives.

For Engineering or Computer Science Programs, the Three electives should include Elective Mathematics and Elective Science (Physics, plus Chemistry or Biology).

program structure

course title
course code
prerequisites
credit hour
Computer Science 1
CS 101
-
3
Engineering Mathematics I: Algebra and Calculus I
MATH 104
-
3
Principles of Programming
CS 103
-
3
Engineering Science
ENG 102
-
3
Introduction to Engineering
ENG 101
-
2
Engineering Laboratory Practice & Experimental Techniques
ENG107
-
1
English Composition, Writing & Communication Skills I
ENGL101
-
2
Computer Science II
CS102
CS101
3
Engineering Mathematics II: Algebra and Calculus II
MATH105
MATH104
3
Engineering & Computing Ethics & Society
NT182
-
2
Object Oriented Programming with Java
CS104
CS103
3
Basic Electricity & Electronics
ENG104
ENG102
3
Engineering Lab 1: Electrical &
ENG108
ENG107
1
English Composition, Writing & Communication Skills II
ENGL102
ENGL101
2
Engineering Mathematics III: Discrete Maths & Numerical Methods
MATH201
MATH105
3
Digital Logic Design
CE201
CS102
2
Engineering Circuit Analysis
CE203
ENG104
2
Fundamentals of Engineering Design
ENG201
-
3
Engineering Lab 2: Digital Electronic Instrumentation Measurement
ENG207
ENG108
1
Engineering Perspectives and Skills
ENG233
-
2
French I
FRN101
-
2
Engineering Statistics
MATH202
MATH201
3
Field Theory
EEE204
ENG104
3
Physical Electronics
EEE202
ENG104
3
Signals and Systems
EEE203
CE203
3
Engineering Lab 3 � Electrical Engineering Lab
ENG208
ENG207
1
Health & Safety Issues in Engineering
ENG203
-
2
Fundamentals of Engineering Graphics
ENG205
ENG201
3
Properties of Engineering Materials
ENG204
-
3
Electromagnetic Theory
EEE301
EEE204
3
Electronic Device & Circuits
CE301
CE203
2
Classical Control Systems
EEE302
EEE203
3
Electrical Machines
EEE305
EEE204
2
Communication Systems I: Analog Communications
EEE303
EEE203
3
Engineering Lab 4� Power Electronics Lab
ENG307
ENG307
1
Operations Research
MATH302
MATH105
3
Communication Systems II: Digital Communications
EEE304
EEE303
3
Electrical Drives
EEE309
EEE305
2
Microprocessors
EEE306
CE201
3
Modern Control Systems
EEE307
EEE302
3
Engineering Lab 5 � Electrical Machines Lab
ENG308
ENG208
1
Engineering Design in Production Operations
ENG303
ENG201
3
Computer Modelling & Simulation
CS401
MATH201
3
Power System Analysis I: Load Flow Studies / Microwave Theory and Design
EEE401
EEE305
3
CMOS IC System
EEE402
CE201
3
Engineering Project Management
ENG405
MATH302
3
Capstone Project I
EEE405
-
3
Quality & Reliability Engineering
ENG401
-
3
Digital Signal Processing
EEE403
EEE203
3
Power System Analysis II: Fault and Stability Analysis Or Microwave Applications
EEE408
EEE401
3
Capstone Project II
EEE406
EEE405
3

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