Summary
This fully funded PhD studentship at Ulster University focuses on the computational design and optimisation of compact latent heat thermal batteries using advanced thermally conductive materials and novel heat exchanger concepts. The project will use computational fluid dynamics (CFD), numerical modelling and optimisation to study melting and solidification behaviour, conductive and convective heat transfer, material properties, heat exchanger geometry and operating conditions. Where appropriate, modelling will be supported by material characterisation and small-scale experimental validation in collaboration with industry partner Senergy Innovations Ltd.
Computational Design of Compact Thermal Batteries with Advanced Thermally Conductive Materials
Designation
PhD Studentship (Full-time)
Research Area
- Thermal energy storage
- Latent heat / phase change materials (PCM)
- Computational fluid dynamics (CFD) and numerical modelling
- Heat exchanger design and optimisation
- Advanced thermally conductive materials and material characterisation
- CAD-based design and experimental validation
Location
Ulster University, Northern Ireland (Doctoral College)
Eligibility / Qualification
Applicants should meet the essential entry requirements below. Ulster University will consider applications from domestic and international students.
- First or Upper Second Class Honours degree in a relevant subject area. Equivalent qualifications such as a Lower Second Class Honours degree plus a Master’s degree with Distinction may be considered.
- A clear and well‑argued personal statement demonstrating interest in the research topic.
- Experience using research methods or approaches relevant to the subject domain.
- Applicants who already hold a doctoral degree, or who have been registered on a doctoral programme for more than one year (full-time or part-time equivalent) funded from any source, are NOT eligible.
- Students in full-time employment are not eligible for the award.
Desirable
- First Class Honours degree in a relevant discipline.
- A relevant Master’s degree at a level equivalent to a distinction (for international applicants).
- Prior experience with CFD, heat transfer modelling, optimisation methods or relevant experimental techniques.
- Industrial experience related to thermal management or energy storage, and a track record of peer-reviewed publications.
Scholarship Description
This project is funded by the Department for the Economy (DfE) and Ulster University’s Vice Chancellor’s Research Scholarship (VCRS). The studentship is open to applicants worldwide and will typically include:
| Funding element | Details |
|---|---|
| Tuition fees | Covered for the duration of the studentship |
| Maintenance | Approximately £22,000 per annum (exact rate to be confirmed) for up to three years, subject to satisfactory progress |
| Research Training Support Grant (RTSG) | Approximately £900 per year to support training and research costs |
| Duration | Up to 3 years full-time (part-time at 0.5 FTE may be considered with pro-rata funding and extended registration period) |
| Funding sources | Department for the Economy (DfE) or Vice Chancellor’s Research Scholarship (VCRS), depending on availability at offer time |
Notes: Terms and conditions for scholarships are subject to change. Applicants who already hold a doctoral award or have equivalent prior registered doctoral study are not eligible. Part-time study is possible on a pro-rata basis but may extend the registration period.
How to Apply
To apply, follow the project listing and application instructions on the Ulster University Doctoral College page. Prepare the following as part of your application:
- A comprehensive personal statement outlining your interest, relevant skills (e.g. CFD, modelling, materials), and motivation for the project.
- Academic transcripts and degree certificates.
- A curriculum vitae (CV) highlighting research experience, technical skills and any publications.
- Contact details for academic or professional referees.
During the selection process the successful candidate will work with academic supervisors and the industry partner Senergy Innovations Ltd, gaining access to advanced materials and testing facilities where appropriate.
Apply link: Apply and key information
Last Date for Apply
No specific closing date is published on the project page. Prospective applicants should check the apply link above for the most current deadline information and application windows. Early application is recommended, particularly if you require visa processing or additional funding arrangements.
Additional Information
This studentship will enable you to develop expertise across CFD, CAD-based design, optimisation, heat transfer, advanced materials and experimental methods, working at the interface of thermal engineering and low-carbon technology. For more details on scholarship terms and eligibility criteria, see the funding providers:
- Department for the Economy (DfE) PhD Scholarships – Terms & Conditions
- Vice Chancellor’s Research Scholarships (VCRS) – Terms & Conditions
If you have questions about the project or suitability, contact the Doctoral College via the project page for further guidance before applying.
