Success in all sports is increasingly dependent on athletes selecting the best equipment for the conditions. This Joint Honours programme gives you an understanding of design and materials in sports equipment in relation to the athlete’s behaviour during sport and exercise that is essential to peak performance.
Metallurgy and Materials and the Interdisciplinary Research Centre (IRC) in Materials Processing together make up one of the largest centres for materials research in the UK. Our research income is in the region of £4.1 million per year. Success in joint research with industry has been recognised by the award of the Secretary of State for Industry’s University/Industry Partnership Prize and the extremely prestigious award of 6* in the 2001 Research Assessment Exercise (RAE).
The School of Sport and Exercise Sciences also attained the grade of 6* in the RAE and now occupies a new £16.4 million building that houses teaching and research laboratories for physiology, biochemistry, biomechanics, psychology, motor skills, functional anatomy, muscle mechanics and the neurophysiology of movement.
First and second years
A careful mix of lectures, practicals and case studies develops your understanding of the effects of exercise on the human body, through subjects including psychology, physiology, biochemistry and biomechanics during the first two years. In parallel, the properties, selection and processing of metals, polymers and composites are covered using a range of sports equipment examples including shoes, bicycles, rackets and balls. Case studies develop teamwork, communication and IT skills, whilst interaction with the sports industry emphasises the practical importance of your skills.
Summer vacation placements in our research laboratories are offered to students who attain an end of second year average of at least 60%. These paid placements enable students to experience cutting-edge research and also prepare the foundations of the final- year project. Many placements have strong industrial involvement.
Third year
In the third year you can specialise in topics that most interest you in Sports Science, whilst expanding into areas such as advanced materials, and design and failure analysis in Materials Technology. These topics lead to your final-year materials-related research project, which will be at the forefront of equipment development – from artificial pitches to Formula 1.
Teaching and assessment
The degree programme is composed of modules. Each module consists of a series of lectures that are delivered in conjunction with a range of continuous assessment exercises. These exercises typically include laboratory practicals, class tutorials and case studies.
Career opportunities
On graduation you will have the skills and knowledge necessary for a challenging and fulfilling career in all areas of the sports and leisure industry including marketing, management, consultancy, education, training, equipment design, and research and development.
Professional accreditation
This programme is accredited by the Institute of Materials, Minerals and Mining (IOM3) towards CEng status
Entry requirements
Other qualifications are considered – see the entry requirements section for full details
General Contact Information
Department of Metallurgy and Materials
School of Sport and Exercise Sciences
Contact details
For general information about open days
Admissions
Student Recruitment
International Relations