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  • Faculty of Science and Engineering
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  • Nuclear engineering
  • Faculty of Science and Engineering
  • Research
    • Impact
    • Institutes and Centres
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Discover our research
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Nuclear engineering

Driving world-leading research in nuclear fission and fusion engineering, to accelerate advances in clean energy, safety, decommissioning, materials, and reactor design.

A core centre of expertise, driving cross-University collaboration to turn research into real-world solutions.

Invited members of the Henry Royce Institute, the UK’s flagship centre for advanced materials.

Part of Dalton Nuclear Institute, home to the most comprehensive nuclear research portfolio in UK academia.

Developing the future nuclear workforce via three dedicated Centres for Doctoral Training.

Enabling global nuclear solutions

Our nuclear engineering research addresses the challenges of the past, present, and future of nuclear power generation.

From ensuring the safety of the current civil nuclear fleet to helping realise the potential of next-generation reactor systems, our combination of world-leading expertise and state-of-the-art facilities enables us to find transformative solutions. Working with industry and partners both in the UK and internationally, these solutions have already, and will continue to, make a real-world impact in this vital field.

Nuclear energy research drives the development of safe, clean, and reliable power solutions – offering a sustainable path to meet growing energy demands while reducing future carbon emissions and combating climate change for us all.

Paul Mummery - Group Lead and Professor of Nuclear Materials

Professor Paul Mummery

Research

Our areas of research

Nuclear fusion

Building on a 40-year tradition at The University of Manchester and UMIST, research at the University investigates how new materials and components will respond to fusion-relevant damage and if they will be suitable for future fusion reactors.

Our research expertise spans:

  • Novel materials and manufacturing, including:
  • Plasma exposures
  • In-situ characterisation and testing
  • Use of national X-Ray/Neutron facilities.

Our team hold leadership positions on the Fusion Power and Fusion Engineering CDTs. We are members of the Fusion Industry Taskforce and our group regularly contributes to media discussions on Fusion.

Nuclear fuels

Our team of 36 researchers, supported by expert technical staff, is developing advanced solutions for nuclear fuels. Our expertise is supported by access to £22M of specialist equipment housed in the Royce Hub Building, enabling us to deliver world-leading research into uranium fuels.

Our core expertise includes:

  • Fuel and wasteform development
  • Study of advanced fuels and waste forms
  • Radiation damage assessment in next-generation fuels
  • Nuclear reactor design and performance.

Nuclear graphite

We are the largest nuclear graphite research team in the UK combining both computational and experimental capabilities. Our internationally recognised team specialises in the behaviour and lifecycle of nuclear graphite. We have a dedicated Irradiated Materials Facility at the Royce.

Our core research areas include:

  • Independent research and advice for the Office for Nuclear Regulation on AGR graphite component behaviour.
  • Irradiation and high-temperature performance of graphite materials for Generation IV reactors including HTGR and MSRs designs.
  • Graphite waste lifecycle management through treatment, reuse, and recycling.

The work of this group is acclaimed for its impact, with two 4* REF impact case (2014 and 2021) highlighting their research with the ONR.

Nuclear policy

Our policy work at the Dalton Nuclear Institute delivers impartial, evidence led insight to inform UK nuclear and energy policy, while addressing energy security, net zero, affordability, and societal impact.

Focus areas include:

  • Development of practical policy recommendations.
  • Independent analysis of energy systems and technologies.
  • Strategic collaboration across academia, industry, and government.

Our mission is to provide clear, impactful guidance for decision-makers through rigorous, interdisciplinary analysis – bridging scientific research and public policy to support a just and sustainable energy transition.

Nuclear facilities

Unrivalled capabilities

We have access to a network of facilities with unrivalled capabilities housed in the Henry Royce Institute.

This incorporates both the Nuclear Fuel Centre of Excellence and the Irradiated Materials Facility. This capability enables safe handling and testing of radioactive materials, supporting world-leading research into nuclear performance, safety, and the development of next-generation reactor materials and cutting-edge research across the nuclear fuel cycle, from fabrication to disposal – advancing safer, more efficient, and sustainable fuel technologies.

Discover more on the Henry Royce Institute website

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Study with us

Training the new leaders in nuclear

We offer PhD and EngD studentships, in both fission and fusion, through three Centres for Doctoral Training:

Fusion Engineering

Doctoral students at the Fusion Engineering Centre for Doctoral Training will work on real-world fusion engineering challenges, collaborating with industrial partners, to earn a Doctor of Engineering (EngD) qualification over the four-year programme.

Fusion Power

The Centre for Doctoral Training in Fusion Power provides training from world-leading experts in a range of fusion-relevant disciplines, including materials science, plasma physics, nuclear physics, technology, laser physics, and instrumentation.

SATURN

The Centre for Doctoral Training in Skills And Training Underpinning a Renaissance in Nuclear provides high quality research training in science and engineering, focused on advancing nuclear fission technology.

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Connect with us

Our people

  • Timothy Abram - Professor in Nuclear Fuel Technology
  • Mengqi Bai - Lecturer in Advanced Nuclear Reactor Technology
  • William Bodel - Dalton Fellow in Nuclear Energy Policy
  • Adrian Bull - BNFL Chair in Nuclear Energy and Society
  • Gregg Butler - Head of Strategic Assessment, Dalton Nuclear Institute
  • David Eastwood - Lecturer
  • Graham Hall - Senior Lecturer in Nuclear Graphite
  • Robert Harrison - Senior Lecturer
  • Scott Heath - Professor of Nuclear Chemistry
  • Abbie Jones - Chair in Nuclear Graphite
  • Aneeqa Khan - Lecturer
  • Juan Matthews - Visiting Professor in Nuclear Energy Technology
  • Paul Mummery - Chair in Nuclear Materials
  • Olga Negri - Lecturer in Advanced Nuclear Reactor Technology
  • Aidan Peakman
  • Richard Taylor - BNFL Chair in Nuclear Energy Systems
  • Alex Theodosiou - Lecturer in Nuclear Graphite Decommissioning Engineering
  • Joel Turner - Senior Lecturer

  • Toluwanimi Ajayi
  • Max Barnett
  • James Daw
  • Ahmadreza Farrokhnia - Research Associate
  • Han Liu
  • Jonathan Morgan
  • Hywel Ragnauth - Research Associate
  • Xun Zhang - Research Fellow
  • Vadim Zolotarevskiy

  • Diana Talia Alvarez-Ruiz - Experimental Officer (Electron Optics)
  • Matt Rogers
  • Marc Schmidt

Get in touch

Contact our team

Contacts for business, research collaborations or general enquiries:

  • Nuclear fuels queries: NFRG@manchester.ac.uk
  • Nuclear fusion queries: aneeqa.khan@manchester.ac.uk
  • Nuclear graphite queries: michelle.mallon@manchester.ac.uk
  • Nuclear policy queries: william.bodel@manchester.ac.uk

Contact us

  • +44 (0)161 306 6000
  • Contact details

Find us

The University of Manchester
Oxford Rd
Manchester
M13 9PL
UK

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