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Electrical and Electronics Engineering Programme

About Electrical and Electronics Engineering
Programme Philosophy: The B.Eng. in Electrical and Electronics Engineering is built on a foundation of mathematics, computing science, and physical science. A small component of Electrical Engineering is introduced in the first year, with progressively larger components in second and third year. The final year is devoted exclusively to Electrical and Electronics Engineering courses. Each year of the program comprises a number of discipline-based courses and courses taught by other discipline areas. Most courses in the first three years of the program are common for all Electrical and Electronics Engineering students. In the third and fourth year, students have the option to select specialty topics in areas such as electronics and control and power system engineering. All the programmes lead to a Bachelor of Engineering (B.Eng.) degree, with the type of engineering specified: B.Eng. (Electrical and Electronics Engineering) In the first two years, there is considerable commonality of subjects within the Faculty of Engineering programmes. However, for the Electrical and Electronics Engineering, more than half of the programs are devoted to mathematics, physics, and computer science. 2.2 Programme Objectives The primary aim of the Electrical and Electronics Engineering degrees within the University is to provide an outstanding engineering education to future leaders and to pursue excellence through contributions to research, the profession, industry, and the community. A second aim is to instill in our students the higher-order critical and analytical thinking skills, research and problem solving abilities, and communication skills needed to enable them to operate effectively in an increasingly complex technical, business, and policy environment.


Aim and Objective


5 years

We are delighted to furnish you with information that will assist you in achieving your goal to study at Elizade University.

Admission Requirements

Admission Requirements A. Unified Tertiary Matriculation Examination (UTME) Admission to 100 Level is through the UTME of the Joint Admission Matriculation Board Examination in subjects such as English Language, Mathematics, Physics and Chemistry. To be eligible for admission, candidates must have a minimum of five credit pass in the General Certificate of Education (Ordinary Level), or West African Senior Secondary Certificate Examination (WASSCE) or NECO or its equivalent at not more than two (2) sittings in the following subjects: Chemistry, Physics, Mathematics and English Language. UTME Subjects: English Language, Chemistry, Mathematics and Physics B Direct Entry In addition to the requirements specified above in (A), candidates seeking admission to 200 Level must possess i. National Diploma (ND) at Upper Credit Level or equivalent in Electrical and Electronics Engineering or related discipline from recognized institutions, or ii. Good passes at the General Certificate of Education (Advanced Level) or its equivalent in Chemistry, Physics and Mathematics.

100 Level First Semester

# Code Title Units Type
1 GST 103 Use of Library, and Information Literacy
2 MTH 101 General Mathematics I
3 MTH 103 General Mathematics II (Vector, Geometry & Dynamics)
4 CHM 101 General Chemistry I
5 GST 105 Citizenship and Leadership Education
6 GST 101 Use of English I
7 PHY 101 General Physics I
8 CHM 103 Practical Chemistry I
9 ELP 101 Communication for Impact I
10 PHY 103 Practical Physics I

100 Level Second Semester

# Code Title Units Type
1 PHY 104 Practical Physics II
2 MTH 102 General Mathematics II
3 GNE 102 Engineer-In-Society
4 ELP 102 Communication for Impact II
5 PHY 106 Properties of Matter
6 GST 102 Use of English II
7 CHM 104 Practical Chemistry II
8 PHY 102 General Physics II
9 CHM 102 General Chemistry II
10 GST 104 History of Philosophy of Science and Technology
11 GST 106 Philosophy and Logic

200 Level First Semester

# Code Title Units Type
1 GNE 221 Applied Mechanics
2 GST 201 Nigerian Peoples and Cultures
3 GNE 201 Engineering Drawing
4 GNE 231 Materials Science
5 GNE 223 Basic Electrical Engineering I
6 GNE 211 Engineering Mathematics I
7 GST 203 Introduction to Music

200 Level Second Semester

# Code Title Units Type
1 GNE 236 Basic Thermodynamics
2 EEE 200 Student Work Experience Programme (SWEP)
3 GNE 228 Basic Electrical Engineering II
4 GST 202 Entrepreneurship I
5 GST 210 Introduction to Musicology
6 GNE 216 Strength of Materials
7 GNE 202 Manufacturing Technology/Workshop Practice
8 GNE 212 Engineering Mathematics II
9 GNE 214 Fluid Mechanics

300 Level First Semester

# Code Title Units Type
1 EEE 317 Electric Circuit Theory
2 EEE 319 Physical Electronics
3 GST 301 Entrepreneurship II
4 EEE 315 Electrical Machines
5 EEE 313 Electromagnetic Fields
6 GNE 315 Engineering Mathematics III
7 EEE 321 Electronic Circuits I
8 EEE 311 Measurements and Instrumentation
9 GST 301 Entrepreneurship II

300 Level Second Semester

# Code Title Units Type
1 EEE 322 Electronic Circuits II
2 EEE 324 Information System Analysis & Design
3 EEE 314 Electromagnetic Waves
4 GNE 316 Engineering Mathematics IV
5 GNE 302 Technical Communications
6 EEE 300 Student Industrial Work Experience I (SIWES I)
7 EEE 312 Numerical Methods
8 EEE 300 Student Industrial Work Experience I (SIWES I)
9 EEE 316 Electromechanical Devices and Design
10 EEE 318 Control Theory

400 Level First Semester

# Code Title Units Type
1 EEE 411 Communication Principles
2 EEE 413 Antenna & Propagation
3 EEE 415 Electric Power Systems Engineering Principles
4 EEE 425 Renewable Energy
5 EEE 513 Advanced Computer Programming and Statistics
6 EEE 419 Computer Systems Engineering
7 EEE 421 Electrical/Electronic Laboratory
8 GNE 415 Engineering Analysis
9 ECT 413 Artificial Neural Network

400 Level Second Semester

# Code Title Units Type
1 EEE 402 SWEP- Student ‘s Work Experience Scheme (SWEP) 4 C
2 EEE 404 SIWES-Students Industrial Work Experience Scheme I 4 C
3 EEE 406 Student Industrial Work Experience II (SIWES II) 4 C

500 Level First Semester

# Code Title Units Type
1 EEE 517 Advanced Circuit Techniques
2 EEE 521 EEE 521
3 EEE 535 Switchgear And High Voltage Engineering
4 EEE 539 Telecommunication Engineering
5 EEE 511 Reliability and Maintainability of Electrical Systems
6 EEE 533 Power Electronics and Devices
7 EEE 531 Introduction to Nanotechnology
8 GNE 501 Engineering Economics
9 EEE 537 Micro-Computer Hardware And Software
10 EEE 519 Digital Signal Processing

500 Level Second Semester

# Code Title Units Type
1 ECE 526 Robotics & Automation
2 EEE 538 Analogue And Digital Computer
3 EEE 526 Industrial Electronics Design
4 EEE 590 Final Year Project
5 GNE 502 Engineering Management
6 EEE 524 Digital Communications System
7 EEE 528 Power Systems Engineering Principle
8 EEE 540 Telecommunication Services Design
9 EEE 532 Object-Oriented Design and Programming
10 EEE 536 Communications Systems
11 EEE 530 Electrical Services Design
12 EEE 534 Power System Communication and Control
13 GNE 502 Engineering Management