The festival, organised by the British Science Association, will have a programme of over 100 events featuring cutting-edge science from world-leading academics covering everything from technology and engineering to social sciences.
Welcoming the announcement, Vice-Chancellor Professor Debra Humphris said: “I am delighted that the University of Brighton will be co-hosting the British Science Festival next year. We were keen to grasp this wonderful opportunity to showcase our world-leading research alongside cutting-edge science from around the globe in an accessible and engaging way.
“The city of Brighton & Hove is world-renowned for its Arts Festival. By hosting the British Science Festival, we can throw open the doors of our facilities to the wider community, including our new state-of-the-art Advanced Engineering Building that is currently under construction.”
We’ll keep you posted as more details are confirmed, and hope to see you all there!
The project to refurbish the University of Brighton’s iconic Cockcroft Building has won in the Higher Education category of the prestigious Architects’ Journal Retrofit Awards 2016.
The Cockcroft Building on the University’s Moulsecoomb campus has been a familiar landmark on Brighton’s Lewes Road since the 1960’s.
The awards jury said: “This is a bold project, particularly from a sustainability point of view – and a model for future similar projects. It focuses well on how people use the building. The exterior has been elegantly improved and the interior creatively revamped.”
Welcoming the award, Vice-Chancellor, Professor Debra Humphris said: “This is really excellent news and I congratulate the team involved in this major project. The refurbishment of the Cockcroft Building is an important part of our ongoing investment programme which aims to ensure that our students have access to world-class facilities.”
The multi-million pound refurbishment programme, which took three years to complete, was carried out whilst the building was still being used by staff and students and included:
• Development of state-of-the-art new learning laboratories and office spaces to house schools within the university’s College of Life, Health and Physical Sciences
• Installation of new windows to improve insulation throughout the building
• Exposing the ceiling space to highlight the architectural features of the building’s interior
• Opening up corridors in the building to improve lighting, people movement and provide social and informal learning spaces for students and staff to use.
• Reducing noise levels by putting in place sound buffering and dampening features
• Installing a new roof surface to improve insulation and energy efficiency.