Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
. Excellent copywriting and communication skills. Experience of analysing campaign performance and using data to drive continuous improvement. The confidence to build relationships with a wide range of
-
to perform; in an average year, the Academy runs a vibrant programme of around 500 events. Philanthropy plays a significant role in the life of the Academy and supports our mission to develop and educate
-
institutions. The federation brings together more than 250,000 learners and 50,000 staff in a collaborative community that is delivering high-quality research and education across all disciplines. Since 1858, we
-
, they will be involved in supporting new bids providing valued strategic input into resource needs and programme design, and may support initial set up of successful new bids. The successful candidate will be
-
major gifts programme. You will be joining a team with strong foundations for success: a clear three-year plan, a loyal base of major donors, growing regular giving and legacy programmes, and strong
-
experience, including successfully leading, motivating, developing, and coaching high-performing teams, with responsibility for delegation, performance management, and talent development is essential. Further
-
experienced people leader with a strong track record of leading large-scale HR operations, navigating complex employee relations challenges, driving organisational change and building high-performing teams. You
-
first‑line assistance to students and staff across a broad range of technical issues, including hardware, software, authentication, and Wi‑Fi connectivity. Provide a high‑quality IT Service Desk service
-
. Alongside managing your own portfolio, you will work with the other Senior Admissions Officers to support the day-to-day operation of the Admissions Team. You will help supervise and coordinate the work
-
Beam Diagnostics for HL-LHC in the Department of Physical Sciences and Engineering, within the Faculty of Science at Royal Holloway, University of London, and in collaboration with CERN. The high