B.Tech in Biomedical Engineering

Degree 4 years

About this programme

This programme teaches you how to design and build medical equipment and systems, from artificial limbs to hospital machines. You'll learn to use engineering skills to solve real-world health problems and improve patient care.

Skills you’ll learn

Medical Device DesignClinical Problem SolvingData AnalysisProject ManagementBiomaterials Science

Career opportunities

·Biomedical Engineer
·Clinical Engineer
·Medical Device Technician
·Research Assistant (Biomedical)
·Quality Assurance Engineer
·Regulatory Affairs Specialist

Salary expectations in Ghana

Starting salaries for B.Tech Biomedical Engineering graduates in Ghana typically range from GHS 2,500 to GHS 4,500 monthly. With experience and specialisation, particularly in the private sector or international organisations, salaries can significantly increase.

Future of the field

The field is rapidly expanding, driven by an ageing population and technological advancements. Trends include AI in diagnostics, wearable health technologies, personalised medicine, and advanced prosthetics, creating exciting new opportunities globally and locally.

Top companies hiring

Korle Bu Teaching Hospital

37 Military Hospital

Komfo Anokye Teaching Hospital

Local distributors for Philips Healthcare / Siemens Healthineers

Research institutions and private clinics

Opportunities abroad

Excellent opportunities exist abroad, particularly in the UK, Canada, Germany, and the USA. These regions have advanced healthcare industries and research sectors, actively seeking skilled biomedical engineers for roles in R&D, manufacturing, and clinical support.

Is this degree good for the AI era?

This degree is highly AI-safe and forward-looking. AI will not replace biomedical engineers but rather become a powerful tool. Engineers will design, implement, and manage AI systems for enhanced diagnostics, drug discovery, and advanced medical devices.

Who should study this?

Ideal students love science, health, and technology. They are problem-solvers, detail-oriented, enjoy practical challenges, and are driven by a desire to improve lives through innovation and engineering solutions for healthcare.

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Conclusion

A rewarding path blending innovation with healthcare. Shape the future of medicine!

* Updated May 2026 using AI-assisted career guidance and university data.