Program Overview

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Introduction to the MSc Sport Biomechanics Programme

The MSc Sport Biomechanics programme at Loughborough University is designed to develop students' knowledge of the theoretical basis underpinning sports biomechanics analyses, while also providing them with the core data collection, processing, and analysis techniques necessary to analyze and understand human motion.

Programme Details

• Qualification(s) available: MSc
• Fees: Dependent on start date; see below for details
• Scholarships available: Yes, various scholarships are available
• Entry requirements: 2:1 honors degree (or equivalent international qualification) in sport or biological sciences (with a substantial biomechanics/bioengineering component), or in engineering, maths, physics, or related disciplines
• Full-time: 1 year
• Part-time: Typically 2 years
• Location: Loughborough
• Start date: October 2025 or October 2026
• Department: Sport, Exercise and Health Sciences

Programme Structure

The programme contains cutting-edge content, ranging from experimental data collection, analysis techniques, and equipment, through to the latest theoretical considerations and research problems. Throughout the programme, students will benefit from access to a large designated teaching laboratory and use key pieces of biomechanics equipment, including Vicon motion analysis systems, force plates, wireless electromyography (EMG), and isokinetic dynamometers.

Modules

• Semester 1:
  • Quantitative Research (15 credits)
  • Orthopaedic Sport Biomechanics (15 credits)
  • Core Biomechanics (30 credits)
  • Theories and Methods of Analysis in Biomechanics (30 credits)
• Semester 2:
  • Developing Computer Models for Sports Biomechanics (15 credits)
  • Neuromuscular Function (15 credits)
  • Core Biomechanics (30 credits)
  • Theories and Methods of Analysis in Biomechanics (30 credits)
  • Research Project in Sport, Health and Rehabilitation (60 credits)
• Summer:
  • Research Project in Sport, Health and Rehabilitation (60 credits)

Assessment

Students will be assessed through exams and various types of coursework, such as laboratory reports, computer code, simulation models, and finally a substantial thesis detailing the findings of their independent research project.

Teaching Methods

During semesters one and two, students will study via traditional lectures, allied with practical experimental and computer-based laboratory sessions. Following this, they will complete an independent research project, during which they will have the opportunity to collect data using the comprehensive suite of biomechanics equipment situated in several specialist biomechanics teaching and research labs.

Entry Requirements by Country

The University has specific entry requirements for students from different countries. These requirements can be found on the University's website and are based on the student's country of origin and the type of qualification they hold.

English Language Requirements

Applicants must meet the minimum English language requirements. Further details are available on the International website.

Fees and Funding

• Fees for the 2025 academic year:
  • UK fee: £13,250 full-time degree per annum
  • International fee: £30,950 full-time degree per annum
• Fees for the 2026 academic year:
  • UK fee: £13,700 full-time degree per annum
  • International fee: £31,900 full-time degree per annum
• Scholarships and bursaries: Available to help with funding study

Your Development

The School of Sport, Exercise and Health Sciences is committed to helping students develop the skills and attributes they need to progress successfully in their chosen career. Students will develop essential practical experience with established equipment and software, learn and develop indispensable computer coding skills, and develop biomechanics-specific and transferable skills for employment.

Our Academics

The programme is taught by a team of experienced academics with research interests in biomechanics and motor control. The team includes Dr. Stuart McErlain-Naylor, Dr. Michael Hiley, Dr. Glen Blenkinsop, Dr. Samantha Winter, Dr. Matthew Pain, Dr. Daniel Fong, Dr. Sam Allen, and Professor Mark King.

Your Future Career

Graduates from the MSc Sport Biomechanics programme go on to a variety of careers, including elite athlete support, biomechanics technology, biomechanics services, and research. During the programme, students are encouraged to enhance their career prospects by networking in the sport and exercise biomechanics community, joining professional bodies, publishing research, attending conferences and workshops, gaining work experience in biomechanics or sports science, and developing their skills through the University's Personal Best programme.

Related Master's Degrees

• Musculoskeletal Sport Science and Health MSc
• Physiology and Nutrition of Sport and Exercise MSc
• Sport, Exercise and Health Sciences PhD