Nuclear Reaction Measurements on the Path to Fusion Energy

This PhD project investigates new methods for measuring neutron- and gamma-induced nuclear reactions relevant to nuclear fusion power systems. The research is co-supervised with industrial collaborators at the UK Atomic Energy Authority and focuses on generating high-quality nuclear reaction data for fusion applications. The project will explore: neutron- and gamma-induced reactions in reactor materials nuclear transmutation and radioisotope production reactions involving isotopes found in water used for reactor cooling radiation shielding and reactor design considerations The research will involve: experimental measurements at major nuclear physics accelerator laboratories use of novel radiation detector systems programming and data analysis high-performance computing and access to advanced computational facilities conference presentations and collaboration with UKAEA and other partners This project is part of a Graduate Teaching Assistantship, so the successful applicant will also contribute up to 180 hours of teaching or research support activity each academic year.

At least a 1st or 2:1 Honours degree in Physics or a related discipline

Preferred:

experience in computer programming such as Python or C++
experience in radiation detection and measurement
experience with radiation transport simulations

For international applicants:

IELTS 7 overall
minimum 6.5 in all components
or equivalent taken within the last two years

Apply through the Sheffield Hallam University online application form.

Upload:

Personal statement, up to 2 pages
Two letters of reference, or details of two referees
Highest degree certificate and latest academic transcript
For non-UK applicants, IELTS or equivalent and passport copy

Project contacts:

Dr Robin Smith – robin.smith@shu.ac.uk
Dr Gemma Wilson – gemma.wilson@ukaea.uk

Application deadline: 07 May 2026
Interviews: TBC