Evidence for this is the Research Excellence Framework (REF) 2014 outcome, which ranks the Faculty of Science third nationally after Cambridge and Imperial College, and internationally, THES 2014/15 places Bristol’s Physical Sciences 43rd worldwide.
Some of the most significant discoveries of both this and the last century are associated with research carried out in Bristol, reflecting the faculty’s strong international profile and our outstanding portfolio of people and facilities.
Our strategic priority areas are: imaging and characterising materials, scientific computing, digital environment, pollution of the natural environment, sustainable resources and energy, nuclear, quantum and complex materials, chemical biology and antimicrobial resistance.
The faculty supports research within each discipline and across the disciplines of science. Our excellent research is supported by cutting edge equipment. We work closely with all University of Bristol Research Institutes, particularly the Cabot Institute and the Jean Golding Institute. In collaboration with our colleagues from other faculties in the University, we provide leadership within the Bristol BioDesign Institute and the Bristol Quantum Information Institute. Our academics are renowned for reaching out to industry both in the UK and internationally to implement the findings of our research in industrial scenarios. We particularly, pride ourselves on tackling global challenges in collaboration with academics all over the world.
Within the faculty, the strength (i.e. national rankings) of individual schools is reflected by outstanding REF 2014 results: Geography (1st), Earth Sciences (2nd), Mathematics (4th), Physics (4th), Chemistry (5th).
Doctoral Training Centres
Bristol University, and the Science Faculty especially, has proven highly successful in winning competitive funding from EPSRC and other agencies to develop Centres for Doctoral Training CDT, focused on areas of national need and emerging and interdisciplinary research themes.
These include the Bristol Centre for Complexity Sciences, Functional Nanomaterials, Chemical Synthesis, and the Southwest Doctoral Training Partnership.
Newly funded groups include CDTs in Quantum Engineering and also in Condensed Matter, and the NERC GW4+ Doctoral Training Partnership.
Schools within Science are also involved in CDTs hosted elsewhere, including the CDT in Synthetic Biology hosted by the University of Oxford, the CDT in Catalysis, hosted by Cardiff University, and the CDT in Theory and MOdelling in Chemical Sciences, hosted across Oxford, Bristol and Southampton.
Courses are run in association with with major industry partners whose workforce in turn benefit from Bristol's exceptional research and training opportunities.
Looking to join us?
Our postgraduate students work alongside world-leading experts on a number of taught and research programmes.