The Design Innovation Subject Area is a multi-disciplinary research culture, providing knowledge exchange, knowledge transfer and the development of marketable products and services.
Research Contact: Professor Jake Kaner
The Design Innovation Subject Area is cut across the University through various schools and themes, as their environment is positioned within a number of disciplines; art, design, engineering, electronics, IT, medical and product.
Teams cooperate with colleagues from these disciplines moving research through early stages of development to the finished product providing knowledge exchange, knowledge transfer and the development of marketable products and services adding value into the creative economy and the midlands engine.
The following Research Centre is linked to this Subject Area:
The Centre for Industrial Energy, Materials and Products has been designed to have a major impact in terms of promoting changes in policy and practice that will help to reduce the nation's consumption of energy. Nottingham Trent University's research will cover a range of themes, including attitudes towards product lifetimes, the extent to which the price is a reliable indicator of quality, why and how products depreciate in value, and how to encourage repair rather than replacement.
The following Research Groups are linked to this Subject Area:
The Advanced Textiles research group works closely with art and fashion colleagues, and has moved and grown within the School since its creation. Some areas of our research activity include; the development of smart yarns by embedding semiconductor dice in yarns, advanced knitted and woven structures, knitted, heated textiles, flexible fabric antennae for communication systems, and electronically-active textiles for medical and automotive applications.
The Medical Design Research Group is an interdisciplinary group, which brings together a wide range of academics, clinicians, surgeons, healthcare companies and other medical professionals whose interests focus on medical product design across a wide range of research specialisms. These include wearable technologies, additive and subtractive manufacturing for medical applications, biomimetics, surgical robotics, augmented/virtual/immersive technologies and environments, and investigative research related to the utilisation of ‘smart materials’ for medical applications.
The following Impact Case Study is linked to this Subject Area: