BSc Electrical & Electronics Engineering
 
BSc Electrical & Electronics Engineering

BSc Electrical and Electronics Engineering

Be Ready for an Electrifying Future!

Did you know “the first practical application of electricity was the telegraph, invented by Samuel F.B. Morse in 1837?”

Did you know “the need for electrical engineers was not felt until the invention of the telephone (1876) by Alexander Graham Bell and of the incandescent lamp (1878) by Thomas A. Edison?”

Since the post-world war years, Electrical and Electronics Engineering programs have made a significant foray into an interdisciplinary field of studies combining electronics, telecommunication, computer science and engineering, robotics, aerospace engineering, biomedical engineering, and artificial Intelligence. Currently, active research areas include applied electromagnetics, biomedical engineering, power and energy systems, signal and image processing, wireless communications, and unmanned systems. Definitely, the field is set to direct the future of industry.

BSc Electrical and Electronics Engineering at ACity

Bachelor of Science in Electrical and Electronics Engineering students at ACity engage in a technical discipline featuring the in-depth study, design, and application of equipment, devices, and systems that use electricity, electronics, and electromagnetism for the development of groundbreaking products. Our focus is to produce versatile graduates who seamlessly blend theoretical and practical know-how to solve contemporary and involving problems in electrical and electronics engineering.

September 2024 Intake Is Open

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Start your journey towards higher education by submitting your online application today! Click the 'Apply Now' button below and fill out the required information. Apply now and take the first step towards realizing your academic goals.

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Top Careers in Electrical And Electronics Engineering

BSc Electrical & Electronics Engineering

There is a wide range of career opportunities available for students of Electrical and Electronics Engineering. Be it in telecommunications or energy, there is space for everyone. Here are some top careers in the field:

 Computer Hardware Engineer  Biomedical Engineer
 Aerospace Engineer  Electrical Engineer
 Systems Analyst

Entry Requirements

Minimum C6 in 6 subjects including 3 core subjects (English, Mathematics, Integrated/General Science) and 3 elective subjects. (Physics, Elective Mathematics + Chemistry OR any other elective relevant to the chosen Program)

Minimum D or a pass in 6 subjects including 3 core subjects (English, Mathematics, Integrated/General Science) and 3 elective subjects. (Physics, Elective Mathematics + Chemistry OR any other elective relevant to the chosen Program)

Minimum of 5 credit passes in the IGCSE/O-Levels (Mathematics and English mandatory) and 3 passes in the A-Levels. (Elective/Add/Further Mathematics and Physics mandatory).

Minimum of 5 credit passes in the IGCSE/O-Levels (Mathematics and English mandatory) and a minimum score of 4 points in 3 Higher Level (HL) subjects. (Elective/Add/Further Mathematics and Physics mandatory)

Minimum of 50% overall average pass. (subject to approval NAB) Mathematics, English and Physics mandatory

Minimum GPA of 3.0 (Mathematics, English and Physics mandatory)

BSc Electrical & Electronics Engineering

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Course Outline

 Communication Skills

 French Language

 Fundamentals of Innovation and Entrepreneurship (FIE) Seminar I

 Introduction to Engineering

 Introduction to Programming with Python

 Physical Sciences

 Pre-Calculus (with MATLAB)

 Technology and Society

 Analytic Geometry and Calculus I (with MATLAB)

 Introduction to Electrical and Electronics Engineering

 Fundamentals of Innovation and Entrepreneurship (FIE) Seminar II

 Introduction to Multidisciplinary Design

 Logic and Critical Thinking

 Programming in C

 Sensors, Measurements and Instrumentation

 Text and Meaning

 Analytic Geometry and Calculus II (with MATLAB)

 Circuit Theory

 Electrical Energy Conversion and Green Electronics

 Electromagnetic Fields and Waves Theory

 Fundamentals of Innovation and Entrepreneurship (FIE) I

 Introduction to Material Science and Engineering

 Leadership Seminar I

 African Studies

 Applied Linear Algebra (with MATLAB)

 Electrical Machines

 Fundamentals of Innovation and Entrepreneurship (FIE) II

 Introduction to Contemporary Electric Power Systems

 Probability, Statistics and Reliability (with MATLAB)

 Differential Equations(with MATLAB)

 Digital Systems Design

 Leadership Seminar II

 Microelectronics

 Numerical Methods(with MATLAB)

 Power Electronics

 Signals and Systems

 Systems Dynamics

 Automatic Control Systems

 Electric Power Generation, Transmission and Distribution

 Embedded Systems

 Industry Internship

 Mechatronics

 Principles of Communication Systems

 Project Management, Engineering Economics and Risk Analysis

 Engineering Thermodynamics

 Probabilistic Systems Analysis and Applied Probability

 Project Phase I

 Technical Elective – I

 Technical Elective – II

 Environmental Science and Engineering

 Professional Ethics and Values

 Project Phase II

 Technical Elective – III

 Technical Elective – IV

Electives

 Smart Grid

 Solid State Electronic Devices

 Energy Management for a Sustainable Future

 Green Electronics

 Microwave Engineering

 Radio Frequency (RF)

 Circuits Design

 Optoelectronic Devices

 VLSI Design

 Advanced Control Systems

 Industrial Automation and Robotics

 Artificial Intelligence and Robotics

 Modeling and Analysis of Mechatronic Systems

 Advanced Control Systems

 Computer Architecture and Organisation

 Artificial Intelligence and Robotics

 Modeling and Analysis of Mechatronic Systems

 Advanced Power Generation, Transmission and Distribution

 Power System Operation and Control Electric Power Systems Analysis and Design

 Power System Protection and Switchgear

 Biomedical Instrumentation

 Biomedical Signal Analysis

 Real-Time Digital Signal Processing

 Wireless Networks

September 2024 Intake Is Open

Apply Now

Our Unique Learning Pillars

  • BSc Electronics & Communication Engineering

    Experiential Learning

    Hands-on learning to prepare students to readily apply concepts, to easily integrate into the workspace.

  • BSc Electronics & Communication Engineering

    Contextual Learning

    Solving real grass-root problems to expose students to the local context and develop empathy towards the continent’s progress.

  • BSc Electronics & Communication Engineering

    Unified Learning

    A project-based approach that combines concepts across courses to connect the dots and enable unified learning.

  • BSc Electronics & Communication Engineering

    Extensional Learning

    Arms students with a viable toolkit to help them confront real-life issues, they may not have encountered during their academic life, squarely.