The Design & Engineering Research Centre comprises a team of world-class academics and researchers who are contributing to the development of new knowledge, tools and technologies that positively impact on the environment and society around us.
The research centre applies its research to a wide range of fields under the umbrella of design and engineering but its current themes include:
- Biomedical Engineering: The design and development of technology that will improve quality of life including prosthetic limbs, prosthetic implants biomechanical movement analysis and gait analysis.
- Creative Design: The development of computer tools to assist in the process of consumer product design.
- Design & Engineering Education: The improved understanding of the teaching and learning of undergraduate and postgraduate designers and engineers.
- Mechanical Engineering: The development of innovative mechanisms, processes or systems.
- NanoCorr, Energy & Modelling: Design for durability through developing nano coatings for industrial applications (incorporating corrosion issues). This theme is a direct response to the EU initiative of generating 20% of our future energy needs through renewable sources by 2020.
- Tribology & Design: The study of friction, wear, lubrication, and the science of interacting surfaces.
The core of our philosophy is for our research to inform the university’s teaching, professional practice as well as our wider society. The key to the centre’s outputs are intrinsically linked to the universities values of Creating, Sharing and Inspiring and we have created ‘internationally excellent’ standards of research in the two previous Research Excellent Framework (REF) assessments in 2008 and 2014. In addition, many of its members have won or been nominated for excellence in their research at national and international awards.
Some of our many notable projects in these themes include:
- The development of a ‘smart socket’ to help assist the creation and fit of prosthetic limbs to below-knee amputees
- The design & development of prosthetic limbs to elite athletes for the 2012 and 2016 Paralympic Games
- The creation of computer tools to apply either colour or cultural identity to the design of consumer products
- The design and analysis of new generation of Hydraulic valve and actuator systems
- The creation of an optimised tidal energy design for Poole Harbour
- The development and modelling of self-lubricated ceramic-based thin-film coatings incorporating corrosion
- The development of in-situ corrosion health monitoring and prediction in military vehicles
- Research and development in novel alternative renewable energy technology
If you are interested in knowing more about the centre or wish to seek academics best linked to your enquiry, please contact the department’s Head of Research, Dr Bryce Dyer via firstname.lastname@example.org or (1202) 961321.