RESEARCH COUNCILS UK
Public Engagement with Research Catalysts
• Award winner: Albert A. Rodger
• Institution: University of Aberdeen
• Value: £299,856
A progressive model for institutional culture change
• Award winner: Jane Millar
• Institution: University of Bath
• Value: £298,415
Embedding public engagement across the research life cycle at the University of Bath
• Award winner: Nicholas Talbot
• Institution: University of Exeter
• Value: £299,370
The Exeter Catalyst
• Award winner: Michael Reiss
• Institution: Institute of Education
• Value: £252,494
Public engagement with the research process and research findings at the Institute of Education
• Award winner: Sarah O'Hara
• Institution: University of Nottingham
• Value: £299,954
Integrating the human value of research through public engagement: impacts for civil society
• Award winner: Tim Blackman
• Institution: The Open University
• Value: £299,456
A progressive model for institutional culture change
• Award winner: Peter McOwan
• Institution: Queen Mary, University of London
• Value: £299,888
Centre for Public Engagement
• Award winner: Richard Jones
• Institution: University of Sheffield
• Value: £299,951
Remaking the civic university: creating new cultural standards for public engagement
ENGINEERING AND PHYSICAL SCIENCES RESEARCH COUNCIL
First Grant scheme
• Award winner: Steffen Krusch
• Institution: University of Kent
• Value: £125,534
Skyrmion-Skyrmion scattering and nuclear physics
• Award winner: Bas Lemmens
• Institution: University of Kent
• Value: £123,540
From hyperbolic geometry to nonlinear Perron-Frobenius theory
• Award winner: Markus Rosenkranz
• Institution: University of Kent
• Value: £123,540
Computer algebra for linear boundary problems
NATIONAL INSTITUTE FOR HEALTH RESEARCH
Health Technology Assessment
• Award winner: Sallie Lamb
• Institution: University of Warwick
• Value: £1,703,705
Physical activity programmes for community-dwelling people with mild to moderate dementia: DAPA
IN DETAIL
• Award winner: Mark Harman
• Institution: University College London
• Value: £6.8 million
DAASE: Dynamic Adaptive Automated Software Engineering
Computer systems have automated many tasks, eliminating the need for mindless repetition and vastly speeding up many processes. However, developing software itself remains a slow and error-prone process; this wastes developers' time and prevents rapid adjustment to changing needs. The Centre for Research on Evolution, Search and Testing will work to address this by developing a radical technique, Dynamic Adaptive Automated Software Engineering. DAASE will develop theory, algorithms, methods, techniques and tools for adaptive software engineering, with the aim of producing systems that self-monitor and evolve to handle dynamically changing development processes and dynamically changing operating environments. It will draw on expertise from the universities of York, Birmingham and Stirling.