Sports Engineering: Developing an Integrated, Cross-disciplinary Engineering Design Degree
Editor: Kovacevic, Ahmed, Ion, William, McMahon, Chris, Buck, Lyndon and Hogarth, Peter
Author: Wodehouse, Andrew J; Ion, William; Mair, Gordon
Section: Multi-disciplinary perspectives
This paper describes the issues and challenges in developing a robust, cross-departmental curriculum for an integrated Sports Engineering degree, and provides some key pointers for universities considering developing such a programme. Sports Engineering is an emerging cross-disciplinary industrial and academic sector, providing an engaging platform for the development of advanced technological, human-centred products that are utilised by high-performance athletes and the general public alike. There is an opportunity for academic institutions to supply graduates who not only understand the traditional engineering skills required in product development, but can bring an understanding of pysiolog, anatomy and biomechanics to bear on the design of these products. An overview of activity in both the academic and industrial settings is delivered in this context. The paper goes on to review a current BEng Sports Engineering degree and the consolidation of links with the University's Bioengineering Department in the development of an MEng option. The key linkages, timings and synergies across relevant disciplines are highlighted and discussed. The paper concludes by reviewing the major challenges for engineering departments to maintain efficiencies in teaching while supporting and embedding specific knowledge required for sports product design.