Knowledge Base Repository
In addition to research papers, the Design Society is developing several valuable resources for those interested in the study of design. These include a repository of PhD theses, a library of case studies and transcripts of design activities, and an archive of our newsletters. Please note that these resources are accessible exclusively to Design Society members.
USER‐EFFICIENT DESIGN: REDUCING THE ENVIRONMENTAL IMPACT OF USER BEHAVIOUR THROUGH THE DESIGN OF PRODUCTS
Elias, Edward Walid Antoine
Type:
Year:
2011
Author:
Supervisor:
Culley, S. & Dekoninck, E.
Institution:
University of Bath, Department of Mechanical Engineering
Page(s):
251
Abstract:
This thesis presents why a new user‐centred design process for eco‐design would be beneficial and demonstrates how this could be done. The research produces a methodology for collecting and measuring behaviour information and a framework for assessing its impact. It explores the role of and effective introduction of information in the design process and finally concludes with the proposed design approach for reducing the environmental impact of products during their use. Utilising a range of qualitative and quantitative research methods, energy models, observational studies, laboratory design experiments, participation research, product prototyping and industrial consultation, a comprehensive picture of designing for energy‐efficient user behaviour is formed.
It illustrates how behaviour information can be recorded and quantified, assessing the division between a product’s intrinsic, technology‐based, energy efficiencies and those that are deemed user‐related. Finally, in conclusion this information is then used in a new design approach which proposes a framework for the effective and time‐efficient design of products, producing a prototype design which achieves an ongoing 43% energy saving in user‐related losses.
It illustrates how behaviour information can be recorded and quantified, assessing the division between a product’s intrinsic, technology‐based, energy efficiencies and those that are deemed user‐related. Finally, in conclusion this information is then used in a new design approach which proposes a framework for the effective and time‐efficient design of products, producing a prototype design which achieves an ongoing 43% energy saving in user‐related losses.
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