The Doctor of Philosophy (PhD) in Biomedical Engineering Technology is a research-intensive doctoral programme focused on the application of engineering technologies in healthcare, diagnostics, and medical systems.
The programme emphasises the design, development, and evaluation of healthcare technologies including medical devices, diagnostic systems, healthcare IT, and clinical engineering solutions. Scholars engage in applied research across areas such as biomedical instrumentation, digital health systems, rehabilitation technologies, and healthcare innovation.
Graduates are prepared for leadership roles in healthcare technology industries, research institutions, hospitals, and academia.
PhD in Biomedical Engineering Technology scholars will be able to:
PA1 Conduct applied research in biomedical engineering technologies and healthcare systems.
PA2 Design and develop innovative medical devices and digital health solutions.
PA3 Analyse complex engineering and healthcare systems for improved patient care.
PA4 Apply advanced technological tools to solve clinical and operational challenges.
PA5 Uphold ethical standards in biomedical technology research and development.
Knowledge
1 Demonstrate advanced understanding of biomedical engineering technologies and systems.
2 Critically evaluate medical devices, diagnostics, and healthcare IT solutions.
3 Understand clinical engineering, rehabilitation technologies, and healthcare infrastructure.
4 Apply computational and analytical techniques to biomedical technology challenges.
Skills
1 Conduct independent applied research in biomedical technology and healthcare innovation.
2 Design, prototype, and test biomedical devices and systems.
3 Analyse and interpret clinical and technical datasets.
4 Communicate research findings to academic, clinical, and industrial stakeholders.
Competencies
1 Demonstrate leadership in biomedical technology innovation and development.
2 Manage complex healthcare technology projects and systems.
3 Contribute to advancements in medical technology and patient safety.
4 Present and defend research findings in professional and academic environments.
The PhD in Biomedical Engineering Technology is designed to develop advanced technical and research capabilities through structured coursework and applied research.
Scholars are required to select a research topic, conduct a comprehensive literature review, apply engineering and technological methodologies, and produce a doctoral thesis of approximately 60,000–80,000 words.
The programme typically consists of 30–40% coursework and 60–70% research, with a final viva (oral defense) required for successful completion.
Assessment includes coursework, research projects, thesis submission, and viva defense.
The doctoral thesis must demonstrate originality, critical analysis, and a significant contribution to biomedical engineering technology.
Evaluation structure:
Dissertation Report – ⅔
Dissertation Defense – ⅙
Coursework / Publications – ⅙
An interim Master of Philosophy (MPhil) may be awarded upon successful completion of initial research stages and coursework, subject to institutional policies.
Ages 21 – 35
Ages 36 – 60
Ages 60+
- Biomedical Engineering Technologist
- Clinical Engineer
- Medical Device Developer
- Healthcare Technology Consultant
- Academic Lecturer / Professor
- R&D Specialist in Healthcare Technology
Milestone 1:Research Foundation & Proposal Development |
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| BMT 101: Biomedical Systems & Clinical Engineering | ||
| BMT 102: Research Methods & Technology Ethics | ||
| RES 101: Research Proposal Development | ||
Milestone 2:Technology Development & Analysis |
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|---|---|---|
| BMT 201: Biomedical Instrumentation & Digital Health | ||
| BMT 202: Data Analytics & System Modelling | ||
| RES 102: Academic Publications | ||
Milestone 3:Thesis Completion & Defense |
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|---|---|---|
| BMT 301: Data Interpretation & Findings | ||
| BMT 302: Thesis Writing & Structuring | ||
| RES 103: Dissertation Submission & Viva | ||
Programmes are subject to periodic review. Modifications may be made to align with advancements in biomedical engineering technology, healthcare innovation, and global research standards.
For more details or admissions contact now!
Andrew Barrow
Head of Admission Department