Engineering & Technology
Computer Engineering
Computer Engineering blends electronic engineering with computer science to build hardware components and the software that controls them. You will learn to design microprocessors, create embedded systems, build smart devices, and write low-level code that directly controls hardware.
Program objectives
- 01Master both software programming and computer hardware design.
- 02Understand microprocessors, microcontrollers, and computer architecture.
- 03Design smart embedded systems and Internet of Things (IoT) hardware.
- 04Build efficient computer networks and digital logic systems.
Why choose this program
Versatile career paths
You qualify for pure software roles, pure hardware roles, or specialized embedded system jobs.
Build physical-digital systems
You learn how to program physical gadgets, smart appliances, and automated systems.
High market relevance
Tech firms, telecom giants, and manufacturing companies all depend on computer hardware and network infrastructure.
Skills you'll build
- Circuit and logic design
- C / C++ and Python programming
- Microprocessor programming
- Network setup and embedded systems design
- Logical reasoning
- Attention to detail
- Teamwork
Tools & software
- MATLAB
- C/C++ compilers
- Python
- Proteus / Multisim circuit simulators
- Arduino / Raspberry Pi kits
Challenges to expect
Academic
- Requires mastering two distinct subjects simultaneously: advanced electronic hardware and complex computer software.
Technical
- Debugging hardware wiring combined with software code errors can take long hours.
Financial
- Needs a capable laptop and investments in microcontrollers, sensors, and breadboards.
Personal
- Managing heavy lab write-ups alongside coding project deadlines.
Tips from the field
- Buy basic microcontroller starter kits early and practice building projects at home.
- Focus strongly on learning C programming early because it links hardware and software.
- Work in study teams when troubleshooting tricky circuit boards or logic gates.
Career paths
- Computer Hardware Engineer
- Embedded Systems Developer
- Network Engineer
- Software Developer
- Systems Administrator
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 |
FAQs
How does Computer Engineering differ from Computer Science?+
Computer Science focuses mainly on software, apps, and algorithms. Computer Engineering covers both physical computer hardware and the software that directly runs on it.
Do I need to know how to code before starting university?+
No. Programming is taught from the basics in year one, though being curious about computers helps a lot.
What kind of laptop do I need for this program?+
You need a modern laptop with a good processor (Core i5 or equivalent) and at least 8GB to 16GB of RAM to run software simulators.
Can I work as a Software Developer with this degree?+
Yes. Computer Engineering graduates often get hired as full-stack software developers because of their strong coding foundation.
Is Elective Mathematics compulsory to get admitted?+
Yes. Engineering degrees require a solid pass in Elective Mathematics alongside Physics and Chemistry or Applied Electricity.
What are embedded systems?+
Embedded systems are small specialized computers built inside everyday products, like smart TVs, washing machines, car controllers, and digital watches.
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.