55 high-performance-computing-postdoc positions at University of Bath in United Kingdom
Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
candidate will join Prob-L@B, a leading research group consisting of 12 permanent academic staff, 3 postdocs and around 12 PhD students. There are weekly seminars during term-time and regular reading groups
-
-performance computing on CPU and GPU clusters VR/AR or game development for applications including BCI Further information For an informal discussion relating to the role, please contact Prof Damien Coyle
-
) Stage 4.1 Skills Centre French/Spanish/German courses Secondary school A level French, Spanish Year 2 or 4 French or Spanish degree (post A-level study) Eligibility The programme is open to University
-
About the role The neurotechnology research team at the University of Bath, led by Professor Damien Coyle, is developing new AI and immersive technologies to advance brain–computer interfaces (BCIs
-
that create robotic systems that perform much like natural systems. This ARIA-funded research project (https://www.aria.org.uk/opportunity-spaces/smarter-robot-bodies/robot-dexterity/meet-the-creators ) aims
-
the business of the team runs efficiently and that you perform well in the role. About you Our diverse customer groups include the vibrant student population (both individuals and clubs), university staff, high
-
that move the dial on the cultural changes that matter most to our community. You'll largely be supporting our events and activities programme, as well as core research culture initiatives. To give you a
-
About the role We are seeking a dynamic and passionate Lecturer in Computer Science to join our team. You will play a pivotal role in designing and delivering high-quality teaching for lectures
-
an exceptional academic who has a high potential for national/international research impact, within at least one of the priority areas of: Clean Energy Industries: Hydrogen and biogas fuels, energy networks
-
significant advantages, including high power density, compact size, lightweight design, fast responsiveness, and effective controllability. This project focuses on designing, developing, and prototyping digital