Program Overview
The Biomedical Engineering program is a dynamic course tailored to meet evolving technological and societal demands. It equips students with cutting-edge skills at the intersection of engineering, technology, and medicine. Graduates are prepared to spearhead advancements in socio-economic and technological development both locally and globally.
Goals of the Program
- To train students to solve problems at the interface of medicine and engineering through a multidisciplinary curriculum that includes mathematics, physical sciences, biology, engineering sciences, physiology, anatomy, and material science.
- To contribute to national development through research and consultancy in engineering, medicine, pharmacy, and related biomedical fields.
- To prepare students for successful careers in biomedical engineering or related fields through comprehensive industrial training.
Entry Requirements
Candidates must have passed K.C.S.E. with a minimum of C+ or equivalent examination with the following grades:
- Mathematics: B+
- Physics: B+
- Chemistry: B
- English: B
- Biology: B
Credit Transfer Regulations
- Higher Diploma Holders: Candidates with at least a credit pass in the Higher Diploma in Biomedical Engineering or Electrical and Electronic Engineering from recognized institutions may be admitted into the third year of study or given equivalent credit transfers.
- Ordinary Diploma Holders: Candidates with at least a credit pass in the Ordinary Diploma or University Basic Diploma (lasting at least 3 academic years) with a minimum of C (Plain) aggregate and C+ (Plus) in Mathematics and Physics at KCSE may be admitted into the second year of study or given equivalent credit transfers.
Industry Collaborations and Stakeholder Engagement
- GIZ Collaboration: Fully funded state-of-the-art Biomedical Engineering lab equipment, including dialysis machines, infusion systems, and imaging equipment, enhancing practical training and research capabilities.
- NEST 360 Collaboration: Donations of newborn care equipment, improving training in neonatal care.
- Healthcare Providers Engagement: Partnerships for student attachments, providing valuable clinical experience.
- Regulatory Bodies Engagement: Ensuring curriculum alignment with industry standards through collaboration with EBK, AMEK, IEK, KEBS, and NACOSTI.
- Erasmus+ Exchange Programs: International collaboration and knowledge exchange through faculty and student mobility programs.
- RICE 360 Collaboration: Support for design competitions, fostering innovation and problem-solving among students.
- Industry and Academia Engagement: Partnerships with companies like MOBIUS and Gearbox, promoting practical, industry-relevant learning experiences.
- Training and Conferences: Participation in professional development opportunities and conferences, enhancing faculty expertise and enriching teaching and research activities.
Career Opportunities
Graduates of the Biomedical Engineering program can pursue careers in:
- Medical device design and manufacturing
- Healthcare technology management
- Research and development in biomedical fields
- Clinical engineering
- Consultancy and regulatory affairs
