The Potential for the Bespoke Industrial Designer

2003-01-01
Through the combination of innovative and emerging design and manufacturing technologies, a new bespoke industrial design methodology is emerging whereby there will be the ability for individuals to cost effectively control the design and manufacture of individual customized products. The use of novel design devices such as haptic modelling systems that can be used to create a customized three-dimensional model of a desired object, and the subsequent ability to three-dimensionally ‘print’ the design via rapid manufacturing technologies, will see the emergence of a breed of bespoke industrial designer. This paper introduces research work being undertaken at Loughborough University that is investigating these technologies and the effects and opportunities that they will have on the design and manufacturing community.

Suggestions

The Best of Both: A Study of the Feasibility of Integrating Scales of Design and Production for Sustainable Products
Doğan, Çağla (Springer Verlag, 2003-12-01)
Contemporary design assumes and employs a highly diverse range of materials, skills and technologies to create new products for production. A close consideration of the relationships and characteristics of this multifaceted design and production system can help designers better understand the social and environmental implications of current practices, and help move us in constructive and positive directions for change. Academic researchers are able to take the long view on such change, they can analyse the ...
An intelligent design approach trained by fabrication techniques
Sönmez, Ayça; Sorguç, Arzu; Department of Aerospace Engineering (2021-2-15)
The developments in recent technologies through Industry 4.0 lead to the integration of digital design and manufacturing processes. While manufacturing is becoming an essential input of the design, it is usually considered at the last stages of the design process. This misconception creates a gap between digital design and fabrication, resulting in fabricated outcome being different from initial design in the context of architectural tectonics. This thesis aims to provide a basis to bridge digital design an...
The influence of digital technologies on the interaction of design and manufacturing processes
Çıngı, Güney; Ünay, Ali İhsan; Department of Architecture (2006)
This study aims to analyze and evaluate the influence of digital technologies on the inter-action of design and manufacturing processes by representing an outlook of digital tech-nologies through developments in modeling capabilities, manufacturing techniques, mate-rial science, and design strategies. The digital era reached by the technological developments in different fields of sci-ence influenced the field of architecture, just like the others. Thus, a new kind of spa-tial and tectonic quality in archit...
The influence of thickness/grain size ratio in microforming through crystal plasticity
Bulut, Orhun; Acar, Sadik Sefa; Yalçınkaya, Tuncay (2021-01-01)
Microscale forming operations have become popular due to miniaturisation which focuses on micro scale design and manufacturing of devices, components and parts, e.g. in RF-MEMS. In such processes when the component dimension becomes comparable with the grain size, considerable size effect is observed. Recent experimental studies on micron sized sheet specimens have shown that the ratio between thickness (t) and grain size (d) has a significant influence on the mechanical behavior of materials which cannot b...
Developing an impact evaluation framework for product designers inspired by the capability approach: a case study on the Philips Chulha
Marel, Floris van der; Işık, Figen; Keyson, David V.; Department of Industrial Design (2012)
Within the field of Product Design there is an increasing interest in designing with emerging markets. Considering how long people have already been concerned with increasing global living standards it is surprising how little has been achieved. This suggests our current methods are insufficient. The Capability Approach (CA) by Amartya Sen offers a new way of assessing inequality and poverty, focusing on what people have reason to value to be or do. Products can be means to achieve these beings and doings. ...
Citation Formats
B. Şener Pedgley, “The Potential for the Bespoke Industrial Designer,” Design Journal, pp. 24–34, 2003, Accessed: 00, 2021. [Online]. Available: https://hdl.handle.net/11511/80236.