Engineering & Technology
Biomedical Engineering
Biomedical Engineering combines engineering principles with medical science to build hospital equipment, diagnostic tools, and prosthetic devices. You will learn how the human body works, how to design bio-sensors, and how to maintain life-saving medical devices used in clinics and hospitals.
Program objectives
- 01Learn to design, test, and repair medical equipment like scanners and patient monitors.
- 02Understand human anatomy and physiology from an engineering perspective.
- 03Develop bio-sensors and software to monitor vital health indicators.
- 04Apply artificial intelligence and electronics to improve healthcare systems.
Why choose this program
Bridge engineering and healthcare
You get to solve medical problems using practical engineering and tech skills.
High demand in medical facilities
Hospitals and diagnostic centers need experts to manage and maintain advanced medical machinery.
Opportunity to innovate
You can build affordable medical tools and assistive devices tailored for African communities.
Skills you'll build
- Medical device prototyping
- Biosensor design and calibration
- Biomedical signal processing
- Python and MATLAB programming
- Analytical thinking
- Interdisciplinary collaboration
- Problem-solving
Tools & software
- MATLAB
- Python
- CAD software
- Oscilloscopes and biomedical sensors
Challenges to expect
Academic
- Broad workload combining biology, chemistry, electronic circuits, and high-level math.
Technical
- Handling sensitive electronic sensors and precision hardware without damaging them.
Financial
- Components for personal biomedical electronics projects can be expensive.
Personal
- Balancing heavy hospital field training and laboratory work with regular lecture schedules.
Tips from the field
- Take your biology and anatomy modules seriously even if your main interest is coding or electronics.
- Spend extra time in the electronics lab practicing circuit wiring and measurement.
- Connect with hospital biomedical engineering departments early for practical observation.
Career paths
- Biomedical Engineer
- Medical Device Specialist
- Clinical Engineer
- Biomedical Equipment Technician
- Healthcare Data Analyst
Where you can study this
| Name | Latest cutoff | Tuition (annual) |
|---|---|---|
| Kwame Nkrumah University of Science and TechnologyBSc | 6(2024) | — |
| Academic City UniversityBSc | — | — |
| University of GhanaBSc | 6(2026) | — |
FAQs
Do I need to be a Science student in SHS to study Biomedical Engineering?+
Yes. You typically need a strong foundation in General Science, especially Physics, Elective Mathematics, and Chemistry or Biology.
Is Biomedical Engineering the same as studying Medicine to become a doctor?+
No. Doctors treat patients directly, while Biomedical Engineers build, design, and repair the machines and technology doctors use.
Will I get to do practical work in hospitals while studying?+
Yes. Most programs include clinical internships and lab work where you handle real medical equipment in hospitals and clinics.
Do I need to learn computer coding for this course?+
Yes. You will learn basic programming to analyze health data, program bio-sensors, and work with AI medical software.
Where can I work after graduating in Ghana?+
You can work in major hospitals (like Korle Bu or UGMC), medical device companies, government health agencies, or health tech startups.
Can I work abroad with a Ghanaian degree in Biomedical Engineering?+
Yes. The fundamental engineering principles and medical technologies are standard globally, opening doors in international hospitals and tech firms.
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