Nottingham Trent University

What you'll study

This programme blends core engineering topics with sport‑specific modules. You will study mechanics and materials, electronics and sensors, programming and signal processing, and apply these to sporting contexts through biomechanics, product design and testing. Teaching methods include lectures, laboratory sessions, structured workshops, group design projects and an individual final year project. Assessment is by a mixture of practical reports, coursework, design portfolios, presentations and written examinations.

• Core engineering modules – statics and dynamics, strength of materials, manufacturing and systems engineering fundamentals.
• Sport engineering modules – biomechanics of human movement, sports equipment and surface engineering, wearable sensors and instrumentation, and performance measurement techniques.
• Data and computing – data acquisition, signal processing, MATLAB/Python for engineering analysis, and computer‑aided design (CAD) for product development.
• Design and professional practice – user‑centred design, prototyping, testing protocols, health and safety, and project management.
• Final year project – an extended independent project allowing you to investigate an applied sport engineering problem, often in collaboration with industry or research groups.

Structure

The programme is structured to build practical and theoretical skills across the degree. Early years establish engineering foundations and introduce sport applications; later years emphasise integrated design projects, advanced biomechanics and sensor systems. There is usually opportunity for applied learning through laboratory work, live briefs and an optional placement or sandwich year that provides workplace experience.

Entry requirements

Applicants are expected to have completed a recognised Level 3 qualification in a relevant subject. Typical successful applicants present A‑levels (or equivalent), with Mathematics or Physics strongly preferred, or a vocational qualification such as a BTEC in an engineering or sport‑related discipline. Evidence of practical workshop skills, computing ability and an interest in sport and technology strengthens an application. Students without traditional qualifications but with relevant experience or demonstrable skills are considered. Applicants should also meet the university's general entry requirements in English and mathematics at a level equivalent to a statutory pass.

Career prospects

Graduates move into roles that bridge engineering and sport. Common career destinations include sports equipment and footwear design, biomechanics and performance analysis, wearable and sensor systems development, testing and certification of sports surfaces, manufacturing and quality engineering, and technical sales or product management for sport technology firms. Many graduates work for specialist suppliers, established manufacturers, research organisations, or performance centres; others continue to postgraduate study in engineering, biomechanics or sports technology to move into research or higher‑level technical roles.

Why study at Nottingham Trent University

Nottingham Trent University offers a practical, industry‑facing approach to sport engineering, with access to engineering workshops, biomechanics and motion‑capture facilities and laboratories used across sport and exercise science provision. The course emphasises hands‑on learning, live project briefs and links with industry to help students develop professional skills and a portfolio of applied work. The university’s careers and placement services support work experience and employer engagement, helping graduates transition into technical, design and development roles within the sport and leisure sectors.