Medical Engineering (Cell and Tissue Engineering for Regenerative Medicine) (MSc)

Entry requirements

Please see our website for further information on entry requirements for this course.

Months of entry

January, September

Course content

Regenerative medicine is reshaping clinical medicine as we know it, uncovering new ways to replace, engineer or regenerate cells, tissues and organs lost or injured due to age, disease, or congenital defects. One of the longest-running courses of its kind in the UK, our MSc builds on our reputation for world-class research as a European Centre for Excellence in tissue engineering. Our multidisciplinary course provides a solid foundation in cell biology, human anatomy, physiology and molecular techniques, introducing you to stem cell/gene therapies, new implants, bio/tissue engineering, biomaterials and other novel technologies in this rapidly evolving and exciting discipline.

Why study Medical Engineering (Cell and Tissue Engineering for Regenerative Medicine) at Keele University?
- Teaching is informed by our world-class research – 80% ranked world-leading or internationally excellent in Research Excellence Framework, 2021
- Keele is ranked top 20 in the UK for Pharmacology and Pharmacy (The Complete University Guide 2022)
- Outstanding facilities at the Guy Hilton Research Centre, a European Centre for Excellence in tissue engineering, with additional laboratories at three main NHS hospitals
- Strong industry links provide opportunities to visit clinical settings and industrial partners and hear direct from those working at the cutting-edge of tissue engineering and repair
- Opportunity for entrepreneurial development in areas of stem cells, cell and tissue engineering, biotechnology, therapy and drug delivery.

Course summary
Cell and tissue engineering has the potential to unlock new treatments for some of the biggest health issues facing society, for diseases of the heart, lungs, eyes, muscle, bone, etc as well as offering possibilities for repairing or regenerating cells of the body, joints and organs.

Capitalising on our exceptional track record of bench and bedside research in regenerative medicine, our MSc introduces you to this dynamic, ever-evolving discipline, which is bringing hope to millions of patients worldwide.

Practical in focus, you’ll gain a solid grounding in cell biology, human anatomy and physiology, and molecular techniques, as well as advanced knowledge of topics in biomaterials, nanotechnology, cell and tissue engineering.

You’ll learn to research strategies to repair, replace and ultimately regenerate various tissues and organs, translating fundamental knowledge in physics, chemistry and biology into practical and effective materials, devices, novel therapies and treatments to solve major clinical problems.

Based in the Guy Hilton Research Centre, you’ll have access to cutting-edge multi-disciplinary research into specialist and novel areas of regenerative medicine with the opportunity to conduct an in-depth research project alongside our world-class researchers. Previous student dissertation projects, for example, have included genetic engineering of heart cells, nanomagnetics for cancer treatment, and 3D bioprinting for disease modelling.

Research at Keele encompasses tissue engineering for the study of cardiovascular diseases and nanotechnology to control behaviour of cells in cases of neural injury or neurodegenerative diseases, such as Parkinson’s. And, as part of the Versus Arthritis Tissue Engineering and Regenerative Therapies Centre, our researchers work on cell therapy treatments to regenerate damaged bones, joints and muscles in patients with osteoarthritis and rheumatoid arthritis.

As well as excellent preparation for PhD study, this MSc responds to the growing demand for specialists in the rapidly expanding field of stem cells, regenerative medicine, cancer, material science, bio/tissue engineering and associated novel technologies. It can lead to exciting careers in clinical research, technology development, bioprocessing, therapeutics and regenerative medicine within healthcare, life science and medical-related industry or academia.

Information for international students

Please see our website for further information for international applicants for this course.

Fees and funding

Please see our website for further information on fees and funding for this course.