University of chichester the degree of Master of Science Sport and Exercise Biomechanics

Description

The University of Chichester (UniChi), a public research university in West Sussex, England, is celebrated for its excellence in sport, health, and education, fostering a supportive environment that emphasizes practical skills and real-world impact. Founded in 1839 as a teacher training college and granted full university status in 2005, UniChi operates across its historic Bishop Otter campus in Chichester and the modern Bognor Regis campus by the sea, serving over 5,500 students from 100+ countries. Ranked top 40 in the UK for teaching quality (Sunday Times Good University Guide 2025) and 1st in the South East for student satisfaction (National Student Survey 2024), UniChi’s Institute of Sport, Nursing and Allied Health leads in applied sciences, with 93% of research outputs rated “world-leading” or “internationally excellent” (REF 2021). The Master of Science (MSc) in Sport and Exercise Biomechanics is a specialist postgraduate program accredited by the British Association of Sport and Exercise Sciences (BASES), designed to equip students with advanced analytical tools for optimizing performance and preventing injury. This one-year full-time (or two-year part-time) qualification (180 UK credits at Level 7) culminates in a prestigious UniChi degree certificate or diploma, preparing graduates for roles in elite sports science, clinical rehabilitation, and research, with 95% securing professional positions within six months.

A Legacy of Sport Science Innovation

UniChi’s Institute of Sport traces its roots to the university’s early focus on physical education, evolving into a hub for biomechanics research amid the UK’s growing emphasis on evidence-based athlete support—exemplified by contributions to Team GB’s Olympic preparations. The MSc program, launched to meet the decade-long surge in biomechanics careers (e.g., performance analysts at Premier League clubs), integrates cutting-edge methods like motion capture and EMG analysis to address global challenges such as ACL injury prevention and prosthetic design. Faculty, including experts in neuromuscular modeling, collaborate with organizations like the English Institute of Sport, ensuring teaching is grounded in contemporary literature. Ranked top 20 in the UK for Sport Science (Complete University Guide 2026), UniChi’s program has produced alumni who consult for the FA and NHS, reflecting its commitment to applied excellence and ethical practice in sport and exercise populations.

Diverse Degree Programs and Diplomas

UniChi’s sport and exercise offerings emphasize flexibility and professional accreditation, with the MSc Sport and Exercise Biomechanics comprising six taught modules and a dissertation or supervised experience portfolio. Delivered through blended learning (lectures, labs, and online resources) at the Bognor Regis campus, it focuses on innovative analysis techniques, leading to a classified diploma (Distinction: 70%+). Key highlights include:

  • Core Modules: Applied Techniques in Sport and Exercise Biomechanics (motion analysis, force platforms); Biomechanical Instrumentation and Measurement (EMG, dynamometry); Ergonomics in Sport and Exercise (human factors in performance); Research Methods and Statistics 1 & 2 (quantitative/qualitative design, SPSS); Tissue Mechanics and Assistive Devices (muscle energetics, orthotics); and Independent Project (12,000-word dissertation or portfolio on topics like vibration training or in-silico modeling). Compulsory elements include ethical research, data interpretation, and practical lab sessions using state-of-the-art facilities like the brain imaging unit and injury clinic. Assessments are coursework-based: 4,000-word assignments per module (100%), fostering critical application.
  • Admission Requirements: A 2:1 undergraduate honors degree (or equivalent, e.g., US GPA 3.3) in sport science, biomechanics, physiotherapy, or related fields; relevant experience (e.g., coaching) considered for 2:2 holders. English proficiency (IELTS 6.5 overall, no subscore below 6.0). Applications via UniChi’s portal include a personal statement and references; interviews for non-standard applicants. Up to 20 places annually, with September intake.
  • Variants and Pathways: Full-time (intensive labs) or part-time (blended for professionals); progression to PhD in Sport Biomechanics; or related MScs in Sport and Exercise Science or Physiotherapy. Shorter Postgraduate Certificates (60 credits) in Research Methods provide entry. BASES accreditation supports supervised experience for membership.

Fees for 2025/26: £9,910 (UK full-time); £16,200 (international), with scholarships up to £2,000 for high achievers.

Why Pursue an MSc in Sport and Exercise Biomechanics at the University of Chichester?

Enrolling in the UniChi MSc Sport and Exercise Biomechanics immerses you in a close-knit community on the scenic Bognor Regis campus, with access to cutting-edge labs for 3D gait analysis and force plate testing, plus virtual tours of facilities like the physiology suite. Small cohorts (average 15 students) ensure personalized supervision, while the BASES endorsement opens doors to elite roles—graduates consult for UK Sport or work in clinical rehab at the NHS, earning £30,000–£40,000 starting salaries. UniChi’s top ranking for postgraduate satisfaction (Postgraduate Taught Experience Survey 2024) highlights its supportive ethos, with career events and alumni networks enhancing employability. Affordable fees, SAAS funding for UK students, and a focus on innovative applications (e.g., assistive devices) make it accessible for career changers or athletes-turned-scientists.

In summary, the University of Chichester Master of Science in Sport and Exercise Biomechanics is a transformative degree certificate that harnesses biomechanical insights for performance and health. For those passionate about optimizing human movement, UniChi’s MSc delivers accredited expertise and professional momentum. Explore programs at chi.ac.uk to advance your sport science journey.