276 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"St" positions at University of London
Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
managing the administration of taught programmes within the school. The role will be responsible for ensuring the smooth running of multiple diverse in-sessional, pre-sessional, foundation, undergraduate and
-
, matrixed environment. Demonstrated experience in leading cross-functional projects with multiple stakeholders. Strong commercial acumen and financial oversight capabilities. Resilient, solutions-focused, and
-
, regarded as a leader in an identified field with clearly identifiable impact on the development of the sector. The post-holder will need to have an extensive network of creative industries contacts, spanning
-
to providing an outstanding level of customer service. Exceptional attention to detail and excellent time management skills. Skilled in handling a busy workload, prioritising multiple deadlines, and
-
and funder requirements. Provide line management and support within a matrix organisational structure. Contribute to the development of future grant bids and strategic funding plans. Who We're Looking
-
across multiple sites, as well as a virtual service to meet the needs of a wide range of organisations, from micro businesses to multi-national corporations. LBIC is owned and operated by the prestigious
-
activities, including updating course webpages, producing performance reports, managing social media content and scheduling, and supporting campaign delivery across multiple channels. You’ll also liaise with
-
framework and regulations. You will lead the development and management of policies related to student casework, act as the first point of contact for students and stakeholders, and provide expert advice
-
education strategy across seven departments and multiple LSHTM-based centres, with a focus on building and strengthening skills in artificial intelligence and machine learning for epidemiological research
-
Material Science. The research is concerned with understanding structure-property-performance relationships of organic and hybrid semiconductor heterojunctions and using that understanding to develop better