31 high-performance-quantum-computing-"https:"-"https:"-"https:"-"https:"-"https:"-"Univ" positions at CRANFIELD UNIVERSITY
Sort by
Refine Your Search
-
to £38,887 per annum Apply by: 19/04/2026 Role Description An exciting opportunity has arisen to join Cranfield University as a Research Fellow in High-Speed Propulsion Aerodynamics and help shape next
-
The Programme contract requires the delivery of consistently high standards of customer service to programme delegates, our client and partners, alongside effective support for internal stakeholders (primarily
-
The Programme contract requires the delivery of consistently high standards of customer service to programme delegates, our client and partners, alongside effective support for internal stakeholders (primarily
-
help. Responsibilities include the delivery of academic administration, student support and ensuring high levels of customer service and student satisfaction. You will be instrumental in ensuring
-
instrumentation, data post-processing, analysis and management for experimental projects conducted in the Icing Wind Tunnel. The role will also include the dissemination of research through publication in high
-
) membranes are critical to desalination and water reuse applications, for the selective separation of unwanted contaminants to produce high quality water. However, the polymer chemistry of the current class of
-
skills. You will have experience in managing a team and meeting the needs of your customer/business with high performance standards. About Us As a specialist postgraduate university, Cranfield’s world
-
about creating high-quality, sustainable environments that enable world-class teaching, research and innovation. About the Role Cranfield University is seeking an experienced and strategic Director of
-
, providing a professional and customer-focused support service for students, staff and associates using the IT facilities. About the Role The successful candidate will provide a high-quality customer-focused
-
, high-throughput single-cell analysis using droplet-based microfluidics, in collaboration with Harvard University and industrial partners. The successful candidate will be working with Professors Zhugen