Engineering & Technology
Electrical & Electronics Engineering
Electrical and Electronics Engineering covers everything from large-scale power generation grids to small microchips inside smartphones. You will learn how electrical energy is generated, transmitted, and controlled, as well as how electronic signals process data in modern devices.
Program objectives
- 01Understand electrical power generation, transmission, and distribution systems.
- 02Design analog and digital electronic circuits for modern devices.
- 03Learn automatic control systems, microcontrollers, and industrial automation.
- 04Master telecommunications signals and high-frequency electromagnetics.
Why choose this program
Foundation of modern infrastructure
Every industry needs power and electronic systems to operate smoothly.
Wide industrial applicability
You can work in utility companies, telecommunications, renewable energy, or manufacturing.
Core technical expertise
Gives you deep technical knowledge that easily transitions into robotics, green energy, or automation.
Skills you'll build
- Circuit design and analysis
- Power system analysis
- PLC and control system programming
- Signal processing and telecommunications
- Critical thinking
- Problem-solving
- Safety consciousness
Tools & software
- MATLAB
- Multisim / LTSpice
- AutoCAD Electrical
- Oscilloscopes and digital multimeters
Challenges to expect
Academic
- Heavy emphasis on abstract calculus, complex numbers, and electromagnetic theory.
Technical
- Working safely with live electrical circuits and delicate electronic components.
Financial
- Personal electrical tools, multimeters, and project components require extra budgeting.
Personal
- Rigorous coursework leaves little free time during project and exam seasons.
Tips from the field
- Master circuit theory and calculus in your first two years—they form the basis of everything else.
- Always follow laboratory safety protocols strictly when working with power equipment.
- Build basic practical skills in soldering and component identification on your own.
Career paths
- Electrical Engineer
- Electronics Engineer
- Power Systems Engineer
- Control and Instrumentation Engineer
- Telecommunications Engineer
Where you can study this
| Name | Latest cutoff | Tuition (annual) |
|---|---|---|
| Kwame Nkrumah University of Science and TechnologyBSc | 6(2024) | — |
| Academic City UniversityBSc | — | — |
| Accra Institute of TechnologyBEng | 24(2026) | GHS / USD 1,850–1,850 |
| Accra Technical UniversityHND, BTech, Certificate | — | — |
FAQs
What is the difference between Electrical and Electronics?+
Electrical deals with high-voltage power lines, generators, and transformers. Electronics deals with low-voltage signals, small microchips, and computer components.
Can I work in renewable energy like solar and wind with this degree?+
Yes. Electrical engineers design solar inverter systems, wind turbine power grids, and energy storage setups.
Is the math in this course very hard?+
It is challenging because you use calculus and complex numbers to analyze circuits, but regular practice makes it manageable.
Will I work in field sites or office settings?+
You can work in both—field settings like power stations and telecom towers, or office settings doing computer design and simulation.
Can I switch to software development after taking this degree?+
Yes. You will learn programming languages like C++ and Python during the degree, which allows many graduates to work in software.
Where do graduates work in Ghana?+
Graduates work at companies like ECG, GRIDCo, VRA, telecom networks (MTN, Telecel), mining companies, and factory processing plants.
Related programs
Engineering & Technology
Aerospace Engineering
Aerospace Engineering trains you to design, build, and test aircraft and related flight systems -- covering aerodynamics, propulsion, and structural design. It's a demanding, highly technical field that positions graduates for work in aviation, aircraft maintenance, and emerging aerospace technology.
Engineering & Technology
Agricultural Engineering
Agricultural Engineering applies engineering principles to farming -- designing machinery, irrigation systems, and equipment that make agriculture more efficient. It's a bridge between engineering and agriculture, aimed at solving practical farming problems with technical solutions.
Engineering & Technology
Architectural Technology
Architectural Technology focuses on the technical side of how buildings are designed and put together -- construction methods, building materials, and technical drawings that turn an architect's vision into something that can actually be built. It's more hands-on and technical than a full Architecture degree.
Engineering & Technology
Architecture
Architecture trains you to design buildings -- balancing beauty, function, and safety while shaping the spaces people live, work, and gather in. It's a long, demanding program combining creative design with technical building knowledge, preparing you to eventually become a licensed architect.
Engineering & Technology
Artificial Intelligence
Artificial Intelligence (AI) teaches you how to build computer systems that can think, learn, and solve problems like humans. You will study machine learning algorithms, computer vision, natural language processing, and neural networks to create smart software and autonomous systems.
Engineering & Technology
Automobile Engineering
Automobile Engineering teaches you how vehicles -- cars, trucks, motorcycles -- are designed, built, and maintained. You'll study everything from engines and vehicle dynamics to automotive electronics, preparing you to work in the growing automotive and transport sector.