-
The English Faculty is seeking to appoint a Postdoctoral Researcher to a 2.5-year fixed-term research post which will investigate the connections between attention, flourishing, and the humanities
-
Faculty of Education, Health and Human Sciences Location: Greenwich Campus Salary: £16.33 per hour including LW Part Time Hours: 15 hours in total to be completed by 31 July 2024 Contract Type
-
We are seeking an enthusiastic Research Assistant to undertake cell processing and phenotyping for the Cambridge Human Immunology Platform (CHIP). Working closely with the NIHR Cambridge BRC Cell
-
We are seeking an enthusiastic Research Assistant to undertake cell processing and phenotyping for the Cambridge Human Immunology Platform (CHIP). Working closely with the NIHR Cambridge BRC Cell
-
are two-fold: to study how AI systems can cost-effectively optimise mental health training and support, and to harmonise AI models with human treatment delivery to produce an ethical, widely acceptable and
-
improving our fundamental understanding of the underlying disease mechanisms and basic mitochondrial biology. You will have a very strong background in disorders of macroautophagy and wider human genetics
-
College of Arts and Humanities We have an opportunity for a Research Associate to make a leading contribution to the Cambridge Edition of the Works of Virginia Woolf, working with Professor Bryony
-
We wish to appoint a highly motivated Postdoctoral Research Associate to join the research team for a project entitled: `Ethical Digital Public Histories: Prisoners and the legacy of enslavement 1817-1970¿ in collaboration with the University of Georgia. The project is an ambitious and inclusive...
-
related specialties (by negotiation with local NHS management and subject to prioritisation of research). In relation to such supplements, the University will act as Paymaster only. Research Training Base
-
have a very strong background in disorders of macroautophagy and wider human genetics with experience in the functional validation of potential disease-causing variants using molecular biology techniques