Sort by
Refine Your Search
-
Listed
-
Country
-
Field
-
stratification. In addition to pursuing their own state-of-the-art research programme, the postholder will provide strategic leadership for academic haematology including research, education and mentorship
-
Motor Neuron Disease (MND) Care and Research Centre who have been or have the potential to be recruited onto a clinical trial programme. You will play a key role in ensuring that any research undertaken
-
Foundation Programme Grant, we will refine our existing research computational tool and technology into a robust, well-engineering software as a medical device, ready for clinical evaluation. The tool will
-
programme developing an AI‑enhanced digital tool to support cognitive remediation for young people experiencing psychosis or affective disorders. The successful candidate will work under the direct
-
and improving research support processes. The Senior Change Manager will work closely with RMID leadership, faculty research support teams, academic researchers, and programme teams to ensure smooth and
-
wellness experiences that unite our communities and optimise our people and their potential. The post holder will be responsible for coordinating and developing the Resi Sport & Wellness Programme, with a
-
. Working as part of a collaborative and dynamic team, you will help ensure the smooth running of ECRI’s extensive programme of courses, events and tailored support, contributing to a vibrant and supportive
-
. www.kcl.ac.uk/aboutkings About the role We are seeking a highly organised and proactive Project Manager to lead the delivery of an innovative and complex clinical research programme at King’s College London
-
experience for programme portfolio management in a fast-paced and demanding subject area, and can provide seamless cover over the course of the year. The role is an ideal opportunity for a professional
-
on delivering a high-impact translational research programme that dissects how neuropeptide Y5 receptor (Y5R) signalling in islet-resident immune cells can be harnessed to prevent or delay Type 1 diabetes