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MSc Sport Performance Science

The science behind the performance. Our MSc Sport Performance Science prepares you for a career at the forefront of elite sport, combining advanced physiology, biomechanics, and data analytics with the practical skills that high-performance environments demand.

Sport science students use an anti-gravity treadmill in the physiology lab

Collaborative relationships with professional athletes and sports teams.

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Entry requirements

A degree at 2:1 or above in a subject related to sport and health sciences and/or relevant professional experience

Applicants with other qualifications and/or experience will be considered on an individual basis


UCAS code Apply to Marjon

UCAS institution code P63

Duration One year full-time or two years part-time

Any questions about postgraduate study at Marjon?

Contact Rachel Bailey-Lewis, our Student Recruitment Officer (Postgraduate).

Course Summary

The MSc Sport Performance Science is built for the demands of modern high-performance sport, where physiology, biomechanics, and data analytics work together to drive athlete performance.

You'll develop advanced practical skills in laboratory and field-based performance testing, learning to design and evaluate physiological and biomechanical assessments using industry-standard equipment. Alongside this, you'll build genuine digital capability, working with programming tools and data visualisation platforms to analyse, interpret, and communicate complex performance data in the way applied sport science environments now expect.

Learning is rooted in authentic practice. You'll work with real-world sport datasets, produce professional dashboards and reports, and complete assessments that mirror the tasks of a working performance scientist. Whether you're evaluating training load, interpreting movement data, or designing a research study, the emphasis is always on applying science to real performance problems.

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Why this course at Marjon?

Progress towards CASES accreditation with a programme built around the competencies the framework requires.

Develop advanced skills in physiology, biomechanics, and data analytics - three disciplines that define modern high-performance sport.

Work with real sport datasets and produce professional outputs that mirror applied practice from day one.

Get hands-on in our sport science labs, gaining practical experience in physiological and biomechanical testing and assessment.

Opportunities to contribute to publishable research, present at conferences, and build a profile that stands out to employers and doctoral programmes.

Build the digital and analytical skills that are increasingly expected in elite sport environments and open doors into data science pathways beyond sport.

Modules for this course

1st Year

Applied Physiology of Human Performance
(30 credits)
Applied Research Skills in Data & Performance
(30 credits)
Biomechanical Approaches to Strength and Conditioning
(30 credits)
Applied Data Visualisation in Sport
(30 credits)
Masters Thesis / Project
(60 credits)

This course is perfect if you're curious about

What does an elite athlete's physiological profile actually tell you?

Can data predict when an athlete is about to break down?

How do the world's best sports teams use data to make performance decisions?

What separates a good strength programme from a great one?

How do you turn raw movement data into something a coach can actually use?

Could the next breakthrough in sport performance come from better science?

What might you become?

The MSc Sport Performance Science is designed to launch or accelerate your career in high-performance sport. Whether you're a recent graduate looking to stand out in a competitive field, an early-career practitioner ready to take the next step, or an experienced scientist seeking to sharpen your analytical and research credentials, this programme gives you the skills, experience, and professional grounding to move forward with confidence.

Two students track golf performance on the Trackman simulator in the biomechanics lab

How you’ll be taught and assessed?

How will you be taught?

You will be taught through a combination of intensive days, workshops, lectures, seminars, lab practicals, interactive group discussion and field work.

How will you be assessed?

Assessment methods are varied and include coursework such as essays, reports, portofolios and your research thesis. There are also many practical based assessments embedded within modules.

Tommy Bright

Dr Tommy Bright

Course leader

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Fees and funding

Fees UK students: £9,790


This fee covers your tuition and access to course-specific equipment and facilities, as well associated services including access to the library, study skills support, IT support, student support and wellbeing services and membership of the Student Union. There may be additional costs by course.

Funding available for this course

Our Student Funding Advisors offer confidential and impartial advice about your funding options.

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Lecturers

Dr Tommy Bright

Lecturer in Sport and Exercise Science

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Melissa Coyle

Senior Lecturer

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Melissa has research interests that include increasing self-awareness and positive growth and mental health, developing confidence and emotional control, reducing anxiety, and facilitating communication.

Dr Matt Ellis

Lecturer

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Sophie Gibbs-Nicholls

Senior Lecturer

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Sophie, who plays pool for England, teaches sport and exercise psychology principles and how these can be applied to improve sport performance and wellbeing.

Dr Joseph Layden

Academic Director of RKE (Sport) & Associate Professor

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Joe has 20 years experience within the area of health and exercise physiology and researches health care interventions, physiology and metabolism. He previously worked as an Occupational Physiologist and Researcher for the UK Ministry of Defence and the Netherlands National Research Office.

Ryan Thomas

Senior Lecturer

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The large biomechanics lab offers a variety of sport science equipment. It is an open space designed to enable a range of practical activities to take place.

Force analysis measures three dimensional force vectors to report the direction with which force is applied to the ground. It is often used by elite sprint athletes to analyse their technique.

3D motion cameras are used to provide a visual representation of movement. They are used to work with sport professionals or for patients with chronic pain conditions.

The golf simulator provides data on the golf club swing and the ball, how fast and how far it is travelling.

The EMG system enables students to track muscular activation and monitor that muscles are working as they should do.

The Physiology lab is an open space and in it students are using advanced sport and health science equipment.

The jump sensor pad works out flight times and calculates how high people can jump. It is used by athletes to monitor changes in performance.

The body composition analyser sends electrical signal through the body to calculate muscle and fat composition. It is used for general health checks and with professional athletes to monitor muscle mass.

The cortex gas analysis system measures respiratory gases, how much oxygen someone is breathing in and how much carbon dioxide is coming out. It measures someone’s maximum ability to take on board oxygen.

The anti gravity treadmill reduces body weight to as little as 20% to reduce impact forces while running, used for injury recovery.

There are several blood analysis options, this student is measuring blood lactate concentration which is a by-product of anaerobic exercise such as sprinting.

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