Publisher
source

Cranfield University

PhD in Robotic Additive Manufacturing for Remote In-situ Repair of Tungsten Plasma-facing Tiles in Tokamaks Cranfield University in United Kingdom

Degree Level

PhD

Field of study

Mechanical Engineering

Funding

Funded PhD project supported by EPSRC, Cranfield University, and UKAEA. Provides tuition fee coverage for UK home students and an annual tax-free bursary of £24,500 for 3.5 years, plus home fees. Open to both Home and Overseas fee status students; funding also includes support for national and international conferences and an industrial placement of up to three months at UKAEA.

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Country

United Kingdom

University

Cranfield University

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Keywords

Mechanical Engineering
Materials Science
Manufacturing Engineering
Additive Manufacturing
Fusion Energy
Robotics
Physics

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About this position

Funded PhD opportunity at Cranfield University in collaboration with UK Atomic Energy Authority (UKAEA) and supported by EPSRC.

The project is titled Robotic Additive Manufacturing for Remote In-situ Repair of Vertical Tungsten Plasma-facing Tiles in Tokamaks and sits at the intersection of robotics, mechanical engineering, materials science, manufacturing engineering, and fusion energy. The research will investigate wire-based directed energy deposition, including arc, laser, and hybrid approaches, for crack-free tungsten deposition on vertical and inclined surfaces. It also includes thermal-mechanical modelling, residual stress and cracking analysis, and sensor-integrated monitoring and real-time feedback control for remote repair in tokamak fusion reactors.

The student will work with academic and industrial supervision, with access to UKAEA expertise, robotics platforms, and specialist materials. An industrial placement of up to three months at UKAEA is included, and funding is available for conference attendance.

Eligibility: applicants should hold a first or second class UK honours degree or equivalent in a related discipline. Suitable backgrounds include manufacturing, materials, mechanical engineering, robotics, physics, or other relevant scientific/technical fields. The project welcomes motivated candidates interested in advanced manufacturing, additive manufacturing, automation, materials processing, and sustainable energy technologies.

Funding: bursary of £24,500 per annum tax free plus home fees for 3.5 years. Open to both Home and Overseas fee status students, with fee-status rules described in the advert.

How to apply: complete the online application form. The advert notes that the vacancy may be filled before the closing date, so early application is recommended.

Funding details

Funded PhD project supported by EPSRC, Cranfield University, and UKAEA. Provides tuition fee coverage for UK home students and an annual tax-free bursary of £24,500 for 3.5 years, plus home fees. Open to both Home and Overseas fee status students; funding also includes support for national and international conferences and an industrial placement of up to three months at UKAEA.

What's required

Applicants should have a first or second class UK honours degree or equivalent in a related discipline. Suitable backgrounds include manufacturing, materials, mechanical engineering, robotics, physics, or other relevant scientific and technical disciplines. Motivation and interest in advanced manufacturing, additive manufacturing, automation, materials processing, or sustainable energy technologies are encouraged.

How to apply

Complete the online application form if you are eligible for this studentship. Early application is strongly encouraged because the vacancy may be filled before the closing date.

More information can be found here

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