Richard Willden
Top university
11 months ago
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PhD Studentship in Tidal Stream Energy (CoTide Programme) University of Oxford in United Kingdom
Degree Level
PhD
Field of study
Environmental Science
Funding
Funded PhD Project (Students Worldwide)
Deadline
Expired
Country
United Kingdom
University
University of Oxford
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About this position
This 3.5-year D.Phil. (PhD) studentship at the University of Oxford offers an exciting opportunity to contribute to the development of tidal stream energy, a cutting-edge renewable energy technology. The project is part of the CoTide programme, the UK's largest tidal energy research initiative, funded by EPSRC and led by Oxford in collaboration with three other universities and over twenty industry partners. CoTide aims to deliver scalable tidal stream energy solutions through innovative design processes, integrated tools, and demonstration projects, supporting the transition to Net Zero and climate change objectives.
The successful candidate will join the Environmental Fluid Mechanics group within the Department of Engineering Science, working alongside a diverse team of over twenty-five engineers and researchers. Research areas include turbine hydrodynamics and design, resource modelling, naval architecture, ocean engineering, system optimisation, and control co-design. The project involves advanced numerical modelling and optimisation techniques, supported by high performance computing and experimental facilities such as wave flumes.
Applicants should have a strong academic background in engineering, physics, applied mathematics, or a related field, with interests and preferably experience in fluid mechanics or offshore renewable energy. Essential skills include experimental investigation and scientific programming (Matlab, Python, Fortran, C/C++), as well as excellent English communication abilities. Experience in computational or experimental fluid dynamics is desirable but not required.
The studentship is open to both UK and international applicants, with course fees covered at the Home/ROI rate (£10,470 p.a. for 2026/7) and a tax-free stipend at the UKRI rate (£20,780 p.a. for 2026/7). International applicants should note that only Home rate fees are covered. The application deadline is noon on 2nd December 2025, with the programme starting in October 2026.
For further details about the CoTide project and the Environmental Fluid Mechanics group, visit cotide.ac.uk and eng.ox.ac.uk/efm/. Informal enquiries are encouraged and should be addressed to Prof. Richard Willden ([email protected]). Candidates must submit a graduate application form via the University of Oxford website, quoting reference ENGCI_RW in all correspondence and their application.
Funding details
Funded PhD Project (Students Worldwide)
What's required
Applicants must hold a first class honours or strong upper second class degree in Engineering, Physics, Applied Mathematics, or a related field. Ability to undertake experimental investigations and/or scientific programming in Matlab, Python, Fortran, C/C++, etc. Excellent written and spoken English communication skills are required. Desirable but not essential: strong understanding and experience in computational or experimental fluid dynamics. Candidates must meet University of Oxford graduate admissions criteria.
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Professors
Professor at University of Oxford
United Kingdom
Research Interests
Fluid Mechanics
Offshore Engineering
Numerical Modelling
Mechanical Engineering
Control Design
Professor at University of Oxford
United Kingdom
Research Interests
Fluid Mechanics
Offshore Engineering
Numerical Modelling
Environmental Science
Control Design
Professor at University of Oxford
United Kingdom
Research Interests
Offshore Engineering
Fluid Mechanics
Control Design
Numerical Modelling
Naval Architecture
Professor at University of Oxford
United Kingdom
Research Interests
Computational Neuroscience
Behavioral Economics
Robust Control
Semidefinite Programming
Stabilization Theory
Make your next move.
Prepare your application
Review drafts and confirm requirements with the university.