Faculty & research
A world-class faculty focused on research with real-world impact.
World-class research with real-world impact
Our research combines the highest international academic standards with a focus on the practical needs of business and society.
Our faculty produce research organised through 8 subject groups. Many are leaders in their field, directing cutting-edge research and consulting for businesses and governments. Members of Cambridge Judge Business School are often also associated with one or more interdisciplinary research centres and with national and international networks of expertise.
As a fully integrated department of the University of Cambridge, there are extensive opportunities for Cambridge Judge faculty to engage in interdisciplinary collaboration.
These powerful networks mean that Cambridge Judge hosts one of the largest concentrations of interdisciplinary business and management research activity in Europe.
Who we are
Faculty
Cambridge Judge has a world-class faculty of over 80 members, representing 6 continents, with research interests that span the full spectrum of business issues.
Subject groups
Research at Cambridge Judge Business School is organised around 8 subject groups, which reflect the interests and expertise of our faculty members.
Research centres
Many Business School researchers are associated with one or more of our interdisciplinary centres, which link Cambridge research with academic, business and policy communities.
Initiatives
Faculty also lead several wider networks facilitating academic collaboration across the University and beyond.
What we do
Our focus is on producing world-leading research that is highly relevant and practically impactful for organisations around the globe. We help organisations to learn faster and search more effectively for solutions to the challenges they are facing today and will face tomorrow.
We disseminate our research results through a wide variety of outlets to make it accessible and useful to a broad range of audiences.
Events
As well as larger workshops and conferences, Cambridge Judge Business School runs a full programme of regular seminars, organised by both subject groups and research centres. Seminars are posted as and when they are arranged and take place primarily in term-time.
Join our Organisational Theory and Information Systems seminar Speaker: Stephen Barley, Professor Emeritus, University of California Santa Barbara Register No registration required. If …
Join our Finance seminar with Wenqian Huang from the Bank for International Settlements.
Join our Organisational Theory and Information Systems seminar with Stephen Barley, Professor Emeritus, University of California Santa Barbara.
Join our Strategy and International Business seminar with Orhun Guldiken, Associate Professor, Florida International University.
News and insights
Explore recent media coverage of Cambridge Judge Business School research and get up to date with our latest news.
Faculty news
Guiding the future of finance with Dr Othman Cole
We spoke to the new Director of the Master of Finance (MFin), Dr Othman Cole about his new appointment and what vision he has for the MFin programme.
Programme news
What are the top 5 regenerative actions you can take?
Small changes can make a big difference. Hear what guests on the Executive Education podcast – Cambridge Executive Business Insights: Journey to Regeneration with Christopher Marquis recommend listeners do to take a step towards regeneration in their organisation or personal life.
Research centre news
Study: specialised AI models’ big advantage in precision tasks
There is far greater accuracy, better stability and hugely lower energy costs in using specialised small language models rather than generalised large language models (LLMs) in legal and regulatory workflows combining AI speed and human judgment, says a new study from the Regulatory Genome Project at Cambridge Judge Business School, University of Cambridge. The specialised models had a 38% relative accuracy gain, ran at 1/80th the cost and consumed an estimated 1/200th the energy of the best-performing LLM.