BSc Rehabilitation and Exercise Science

3 Years On Campus Bachelors Program

Keele University

Program Overview

The BSc Rehabilitation and Exercise Science at Keele University is designed for students who are passionate about health, fitness, and rehabilitation. It combines exercise science, physiology, and clinical knowledge to help students understand how movement and exercise can improve recovery, prevent injury, and enhance overall wellbeing.

Curriculum Structure:
In Year 1, students are introduced to the scientific foundations of exercise and rehabilitation. You’ll study key modules such as Anatomy and Physiology, Principles of Human Movement, and Introduction to Rehabilitation Science, building a solid understanding of how the body functions and responds to exercise.

In Year 2, the focus shifts to applying that knowledge in practical settings. You’ll explore modules like Exercise Prescription and Delivery, Pathophysiology and Clinical Exercise Science, and Research Methods in Health Sciences. These studies prepare you to design effective exercise and rehabilitation programmes for people with varying health needs.

In Year 3, you’ll deepen your expertise by studying Rehabilitation in Clinical Populations, Advanced Exercise Physiology, and completing an independent research project. This final year refines your critical thinking, leadership, and problem-solving skills, ensuring you’re ready to enter professional or academic pathways with confidence.

Focus Areas: Exercise physiology, rehabilitation science, movement analysis, health and wellbeing, clinical exercise prescription.

Learning Outcomes: Graduates develop a deep understanding of human anatomy and physiology, gain expertise in assessing and designing rehabilitation programmes, and build the practical and analytical skills required to work in exercise and clinical health environments.

Professional Alignment (Accreditation): The program is aligned with key professional standards in health and rehabilitation science, preparing graduates for potential registration and further professional development with bodies such as the Chartered Institute for the Management of Sport and Physical Activity (CIMSPA).

Reputation (Employability Rankings): Keele University is highly recognised for its health and life sciences programs and consistently ranks among the top UK universities for graduate employability, with a strong focus on hands-on, career-oriented education.

Experiential Learning (Research, Projects, Internships etc.)

The BSc Rehabilitation and Exercise Science program at Keele University gives students a hands-on approach to understanding how exercise supports recovery, performance, and long-term health. From the very start, you’ll blend scientific theory with real-world practice — gaining the skills to assess, design, and deliver exercise-based interventions for diverse populations, including those with chronic conditions, injuries, or disabilities.

You’ll be immersed in practical learning through cutting-edge facilities and applied projects that mirror real clinical and professional environments. Keele’s strong emphasis on interactive and experiential learning ensures that every student graduates with both confidence and competence to thrive in health, fitness, and rehabilitation roles. Here’s how you’ll gain that experience:

Specialist Labs: Learn and practice in purpose-built sport and exercise science laboratories equipped for biomechanics, physiology, and motion analysis.
Real-World Experience: Apply classroom learning through work placements in health, rehabilitation, and fitness settings — from hospitals and clinics to community programs.
Research Opportunities: Engage in supervised research projects that explore rehabilitation, human performance, and clinical exercise science.
Group Projects: Collaborate on evidence-based case studies, mirroring how professionals solve real rehabilitation challenges.
Digital Tools: Use advanced assessment technologies such as motion capture systems, metabolic testing equipment, and software for data analysis and performance tracking.
Professional Support: Gain career and placement guidance through Keele’s Health and Rehabilitation team, ensuring you build strong industry connections.

This program focuses on active learning — where theory meets practical application — preparing students to make a real impact in the world of health and rehabilitation through innovative, evidence-based practice.

Progression & Future Opportunities

Graduates of the BSc Rehabilitation and Exercise Science program at Keele University are well prepared for careers where movement, exercise, and rehabilitation play a central role in improving people’s health and wellbeing. The program opens doors to a wide range of professions within healthcare, fitness, and performance settings — including roles such as exercise rehabilitation specialist, physiotherapy assistant, clinical exercise physiologist, and health and wellbeing advisor.

You’ll also benefit from Keele’s strong support system and professional connections that help shape your career direction:

Dedicated employability support: Keele’s Careers and Employability Team provides personalised coaching, CV workshops, and networking sessions with health sector professionals.
Strong industry ties: The School of Allied Health Professions collaborates with hospitals, NHS trusts, sports performance centres, and rehabilitation clinics, offering students valuable exposure to real-world practice.
Career outcomes: Keele ranks among the top UK universities for graduate employability, with a high percentage of students progressing to professional or postgraduate study within six months of graduation.
Accreditation value: The program’s foundation in exercise and rehabilitation science gives graduates the skills and scientific understanding sought after by both clinical and sports-related employers.

Further Academic Progression:
After completing this degree, students can advance to postgraduate qualifications such as MSc Physiotherapy (pre-registration), MSc Sport and Exercise Science, or research-based programs in rehabilitation, clinical biomechanics, or exercise physiology — further specialising their expertise and expanding professional opportunities in health and performance fields.