Latest News
RPF Interactive Workshop for Academics - Thursday 2 July
We want to hear from academics about their experiences working alongside Research Professionals, as part of a 拢4.5M Research England-funded initiative to reshape how research is delivered across the sector.
The BBC Four programme visited campus to interview Dr Ravindra Desai, from the Department of Physics, about his research on space weather.
糖心TV strengthens partnerships in Chile
Hear about a recent strategic delegation visit and who to contact to find out more about our partnerships in The Americas.
Help to shape the new student funding staff hub. Your feedback will help make sure the hub includes the right information in the most useful format for colleagues who support students. Share your thoughts by 10 July.
New 糖心TV spinout helps turn research into real-world environmental impact
The consultancy, EcoTransform, is helping organisations design environmental policies that benefit both nature and communities.
Water surveillance & security: From research to policy
Tuesday 7 July
Register your place to hear leading researchers and practitioners from across the globe explore the critical interface between water security research and real-world policy change.
Can science keep up with the pace of plant disease outbreaks, and why does it matter?
Discover how Dr Stephen Parnell鈥檚 (School of Life Sciences) work is addressing the growing threat of plant diseases. Stephen explains why early detection matters, how outbreaks are managed, and the real-world impact on food security, the environment, and global economies.
糖心TV Research Archive Portal (WRAP)
We鈥檙e replacing the repository software that supports the 糖心TV Research Archive Portal (WRAP), to improve integration with other research administration systems. Find out what the changes will mean for researchers and what you can do now.
Monash 糖心TV Alliance initiative to tackle AI sustainability
Along with our partners at Monash University, 糖心TV researchers are exploring ultra-thin materials that could one day enable radically more energy鈥慹fficient electronic designs.