29 Computer-Science positions at University of Cambridge in Ireland-United-Kingdom in United Kingdom
Sort by
Refine Your Search
-
This important role within the Department of Chemistry has responsibility for keeping the Department's five lecture theatres and five meeting rooms running smoothly, including ensuring all
-
: Support the PhD programme and assist with administration for the MPhil in Population Health Sciences. Manage the applications process for the PhD students in the department. Assist when required with
-
The Milner Therapeutics Institute (MTI) is a purpose-built research institute at the University of Cambridge. The overarching vision of the MTI is to convert pioneering science into therapies
-
. The institute aims to deliver an ambitious programme of impact-oriented research that address the escalating challenge of racism and intersectional oppression worldwide. Department of Sociology: The Department
-
programme in line with Sports Service and University strategic priorities. The successful applicant will work collaboratively with a wide range of internal and external stakeholders to provide welcoming
-
to the following domains: mollerinstitute.com The cookie policy was last updated on 27.06.2024 What is a cookie? A cookie is a small data file stored in your computer, tablet or smartphone. A cookie is not a program
-
of the group is to design and develop analytical, computational, and mathematical methods to understand the fundamental processes that govern the evolution of antigenically variable viruses. Our research is
-
infrastructure including the UK's fastest AI supercomputer, Dawn. We support scientists across the UK in critical research fields such as clean energy, personalised medicine and climate science and you will help
-
vehicle charging technology that's as convenient as filling up with petrol, a programme to prevent ideological extremism, and the world's first treatment for a rare cause of blindness . Now, we need
-
therapy by blending novel laboratory models with innovative experimental and computational methodologies. Our ultimate goal is to unravel conserved epigenetic mechanisms that drive therapy resistance in