Product modularity has been successfully adopted in a number of specific industries, such as computer
technology and software development where it provides a number of advantages over monolithic product
architectures. This paper presents initial findings from research at a range of companies within the UK where
modularity is being applied or considered to address increasing product complexity and the growing need for the
symbiosis of mechanical, electrical, electronic, optical, and software technologies in a wider range of manufactured
products to meet discerning market requirements. The research identifies a need to address the current application of
modularity within industry at three levels; a systems engineering based framework; a methodology for product
modularisation; and the underlying process of modular product development. Concluding remarks highlight the issues
drawn from the research and opportunities for addressing these issues.
History
School
Mechanical, Electrical and Manufacturing Engineering
Pages
49782 bytes
Citation
MARSHALL and LEANEY, 1999. A systems engineering approach to product modularity. IMECH Proceedings Part B: Journal of Engineering Manufacture, 213(8), pp. 847-851