The Bachelor of Engineering in Electrical and Electronics is a degree programme designed to equip the learner with theoretical and practical knowledge.
Critical thinking, problem solving and analytical skills to execute industrial tasks allied to analysis, design, implementation, deployment, and maintenance of electrical and electronics equipment, plants and infrastructure using techniques, theories and methodologies of electrical and electronics engineering
Specialized electrical and electronic engineering skills-sets in technical knowledge, skills, and competence for troubleshooting that involves fault establishment, location and correction through the use of measuring and diagnostic equipment
Creative and innovative skill to originate electrical and electronic equipment, plants, and infrastructure to solve industrial problems and needs
| Module Code | Title |
|---|---|
| MAT111 | Engineering Mathematics 1 |
| EEL111 | Electronics & Electrical Workshop |
| CMS111 | Professional Communication Studies |
| EEL112 | Electricity & Magnetism |
| ENG111 | Engineering Science |
| Module Code | Title |
|---|---|
| MAT121 | Engineering Mathematics 2 |
| CMS121 | Engineering Ethics |
| EEL121 | DC Principles |
| EEL122 | Architecture of Digital Systems |
| EEL123 | Introduction to Signals & Communication |
| End User Computing | |
| DCE 106 | Surveying I |
| LTM012/COM16 | Principles of Management |
| Module Code | Title |
|---|---|
| MAT211 | Engineering Mathematics 3 |
| EEL211 AC | AC Principles |
| EEL212 | Digital Electronic Systems |
| EEL213 | Introduction to Programming |
| EEL214 | Software Engineering Principles |
| Module Code | Title |
|---|---|
| EEL221 | Electrical Measurements |
| EEL223 | Electronic Devices |
| EEL224 | C++ Programming |
| EEL225 | Electrical Machines |
| MAT 221 | Engineering Mathematics 4 |
| DCE 215 | Hydraulics and Soil Mechanics |
| Module Code | Title |
|---|---|
| EEL311 | Analogue Circuit Design |
| EEL312 | Engineering Electromagnetics |
| EEL314 | Power Electronics & Drives |
| EEL315 | Control Theory 1 |
| EEL 316 | Signals & Systems |
| Module Code | Title |
|---|---|
| EEL321 | Group Project |
| EEL322 | Power Systems |
| EEL323 | Control Theory 2 |
| EEL324 | Microprocessor Based Systems |
| EEL325 | Digital Signal Processing |
| Module Code | Title |
|---|---|
| PEEL411 | Individual Project |
| EEL411 | Embedded Systems Design |
| EEL412 | Power System Analysis |
| EEL413 | Network Engineering |
| EEL413 | Network Engineering |
| Module Code | Title |
|---|---|
| PEEL421 | Individual Project |
| EEL421 | Digital System Design |
| EEL422 | Network Planning & Optimization |
| EEL423 | Power System Design |
Faculty of Engineering
The Faculty of Engineering programmes are intended to provide learners with a combination of analytical, design, and computing skills that underpin modern engineering practices, while promoting and encouraging the creativity and pertinent problem-solving skills indispensable to a modern-day engineer.
Aircraft & Electronics industries
Fixed & Mobile Telephone Networks
Software Engineering
Military
Naval & Police Communication Systems
Computer Engineering
Microwave and Radar Systems
Control and Instrumentation Engineer
Electrical Engineer
