Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
publications, from literature reviews and developing research instruments to drafting content for technical reports and peer-reviewed papers. Supporting project coordination for this large-scale international
-
training and career development for all research staff in the MHRG. You will work under the supervision of world-leading clinicians and academics. The Bath MHRG is partnering with the Universities of Bristol
-
data-driven approaches to proactively identify and support students who may be at risk of disengagement. We are seeking an Engagement Analytics Manager to lead the implementation and development of our
-
This role will be integral to the ATTENUATE project achieving the following: Diagnosing and synthesising barriers in UK adaptation finance at different governance levels and developing and testing
-
the core leadership team of the P-ACE, while also developing strong working relationships with appropriate academic and professional staff from across the University (including at senior levels), our
-
A wide range of personal and professional development opportunities including Apprenticeships, LinkedIn Learning and more Free entry to the Holburne Museum in Bath Local discounts and more A family
-
a proven track record of developing relationships and supporting R&D activity. You will possess excellent communication skills, together with a positive, professional manner and the ability to deal
-
practice worldwide. We are seeking a Research Fellow to join this internationally recognised centre and contribute to research shaping global education systems. This role focuses on developing and
-
liaise with over 50 Industry, Government and Policy partners, all at CEO and Director levels. Duties Include Support and advise on development and implementation of impact and engagement strategy Identify
-
About the role This position, created for the UK’s National Quantum Technologies Programme, will develop fibre-based devices for quantum technology, with emphasis on squeezed light generation. We