Program Overview

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Bioengineering (Regenerative Medicine) BSc (Hons)

Overview

Imagine being at the forefront of medical innovation, where you can help the human body heal and rebuild itself. Our Bioengineering (Regenerative Medicine) BSc combines cutting-edge science with real-world problem-solving. Working alongside our experts with access to state of the art laboratories, you will gain the transdisciplinary bioengineering know-how and practical skills to work on research, discovery and production of regenerative medicines.

Why Study Bioengineering (Regenerative Medicine) at Keele University?

• Learn from scientific pioneers with world-leading expertise in the field of bioengineering and regenerative medicine
• Access to state-of-the-art facilities including our Central Science Laboratories and David Attenborough Laboratories
• Benefit from a comprehensive programme of academic and professional development workshops to enhance your employability skills
• Engage with multiple forms of active learning including flipped-classrooms and audience response systems
• Attend seminars by scientists, clinicians or industry experts that are nationally and internationally recognised experts in the field

Course Structure

Year 1

• Molecular Cell Biology: This module introduces you to the fundamentals of molecular cell biology. You will explore how genetic information is stored, replicated and processed; the roles played by nucleic acids in the production of proteins; how proteins get to their final locations within cells and how cells interact with each other and communicate to co-ordinate their activities.
• Molecules for Life: This module will introduce you to fundamental concepts in our understanding of the structure and function of biological molecules, from the three-dimensional structure of proteins and the activity of enzymes to the progress and organisation of major metabolic pathways, which you will build on across the course.
• Human Physiology and Anatomy: The module will introduce you to the major physiological systems and anatomical structures of the human organism, including the digestive, cardiovascular and endocrine systems.
• Fundamentals of Bioengineering: The principles of bioengineering are at the forefront of modern-day developments in regenerative medicine. Fundamentals of Bioengineering, is designed to provide you with a first-look into the exciting and innovative bioengineering approaches for patient treatment and diagnosis.
• Practical Skills in Bioscience: In this module you will develop a range of core practical laboratory skills, applying theoretical concepts from across your programme and deepening your understanding of the subject through hypothesis-driven practical investigation.

Year 2

• Stem Cells and Regenerative Medicine: This module draws upon current knowledge and trends in stem cell biology and modelling for regenerative medicine.
• Applications of Molecular Biology: In this module, you will explore how we can study and manipulate genetic material, from sequencing technologies to gene cloning and genetic engineering.
• Biomaterials and Tissue Engineering: In this module, you will learn the theories and technology associated with biomaterials and cell and tissue engineering, which will equip you with the skills and knowledge to select and characterise appropriate biomaterials for specific biomedical and clinical applications.
• Molecular, Cellular and Structural Immunology: This module explores the human immune system.
• Practical and Professional Skills in Bioscience: This module will expand your practical skills through enquiry-based, hypothesis-driven laboratory investigations applying key skills and competencies to more advanced molecular and analytical techniques.

Year 3

• Biomedical Engineering: Biomedical engineering is a rapidly changing, progressive field. You will learn how knowledge of physiological measurements, biosensors, biomaterials, bioimaging and biomechanics can be used to develop new medical devices, transforming patient care.
• Employability and Communication Skills in Bioscience: Whatever your interests or future career, communication is vital. This module helps to develop skillsets needed to communicate effectively to diverse audiences.
• Current Good Manufacturing Practice (CGMP): In recent years the emergence of personalized medicine and regenerative medicine therapies has driven a need for the associated advanced manufacturing capabilities.
• Research Project: Your research project is an excellent opportunity for you to carry out a substantial piece of meaningful research drawing together skills in experimental study design, critical interpretation of data and presentation.
• Professional Development in Bioscience: This module will develop your professional skills, attributes and qualities required for your next steps following graduation.

Entry Requirements

• A Level: BBB in three A levels including B in Chemistry or Biology
• BTEC: DDM in any of the following BTEC Extended Diplomas / National Extended Diplomas: Applied Science
• International Baccalaureate Diploma: 555 in three Higher Levels including 5 in Chemistry or Biology
• Access to HE Diploma: 122 UCAS points in an Access to HE Diploma with Chemistry or Biology related content

Fees and Funding

• UK: £9,535 for the 2025/6 academic year (subject to Parliamentary approval)
• International: Band 1, £17,700 for the 2025/26 academic year

Additional Opportunities

• Gain experience in industry
• International year
• Study abroad
• GCP Elective Pathways

Foundation Year

• The Foundation Year provides an excellent alternative route to Keele, offering preparation for your chosen degree with guaranteed entry onto your undergraduate course once you successfully complete.
• The extra year of study can improve your academic skills, expand your subject knowledge, build your confidence, and provide a better understanding of higher education.

Teaching, Learning and Assessment

• Teaching methods include traditional lectures, workshops, science and computer laboratories, problem-based learning activities, journal clubs, virtual sessions, and seminars by scientists, clinicians or industry experts.
• Assessment methods include unseen exams, laboratory reports, problem-based learning, dissertation, presentations, and essays.

Career Opportunities

• On successful completion of the programme you will gain the transdisciplinary bioengineering know-how and laboratory, problem-solving and communication skills to work on research, discovery and production of regenerative medicines.
• You could progress into a laboratory based career in universities, research institutes, pharmaceutical and bioscience companies or go into specialist clinical training.