Innovation design engineering: non-linear progressive education for diverse intakes

Year: 2009
Editor: Clarke, A, Ion, W, McMahon, C and Hogarth, P
Author: Hall, Ashley; Childs, Peter
Page(s): 312-317


This paper discusses the non-linear progressive educational techniques developed and adopted by the Innovation Design Engineering (IDE) masters degree at the Royal College of Art and Imperial College, London. In particular a focus is applied to the development of creative processes for diverse intakes without recourse to overt systems presentation. Innovation design engineering is viewed as a cutting-edge product design, experimentation and enterprise discipline with applicants drawn from three areas including engineering, industrial design and other art, design and business disciplines. The co-education of such a diverse intake requires careful balancing of an academic programme to ensure that all parties are stimulated and enabled to expand their knowledge and skills base while also contributing to a communal environment via team-based activities. Designers work at the centre of complex, demanding projects, juggling creatively in teams, to generate great ideas, designs and successful products. In order to achieve such goals it is critical for students to attain high levels of selfreflection, social networking, work-collaboration and interdisciplinarity. This is achieved by surrounding the students with experts and leaders in their fields to support them in their design ventures. Through reflection and theorising, a conceptual base for educating innovative design engineers is explored. One of the techniques described provided evidence to suggest running a design enterprise strand in the programme, a proposal that has now been implemented. Students elect from three learning strands: experimental design; design for manufacture; and design enterprise. The design enterprise strand addresses product, idea and service launching, finance, marketing, commercialisation, designing service support infrastructures and establishing production and supplier relationships. Design for manufacture is the traditional core industrial design activity associated with advanced manufacturing, new markets, user centred design, aesthetics and technology innovation. Experimental design is a research driven rigorous approach to developing fundamental new industrial concepts, paradigms, technologies, designs and insights. The strands reflect the expanding scope of industrial design and hint at the generation of new sub-disciplines.

Keywords: Innovation design engineering, non-linear, diverse intakes, progressive education

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