The University of Bath offers a competitive PhD on sol-gel engineered thermal energy storage materials for low-carbon buildings. Worldwide applicants may compete for the studentship. The deadline is 29 November 2026, with an expected start on 4 October 2027. Applicants interested in experimental materials research should examine the project’s scientific questions alongside its academic and financial conditions.
Research Focus
The project develops phase-change-material composites using sol-gel processing. It examines thermal behaviour, leakage resistance and durability during repeated heating and cooling. Relevant backgrounds include engineering, materials science, chemistry, physics and related disciplines. Consider whether you enjoy connecting a preparation method with several different measurements instead of judging a material from one favourable result.
Location and Academic Team
The university base is Bath, United Kingdom. The project concerns materials for buildings. Architecture and Civil Engineering hosts the PhD. It belongs to the faculty’s studentship competition. Dr Veronica Ferrandiz-Mas and Dr Juliana Calabria-Holley are named supervisors. Dr Ferrandiz-Mas is the enquiry contact.
Academic and Funding Conditions
A first or 2:1 honours degree or international equivalent is required, while a master’s is advantageous. Non-UK applicants not currently studying in the UK must meet the English requirement before the deadline. Competitive funding covers tuition, £1,000 annual training support and a stipend listed at £21,805 for 2026/27. Overseas awards are capped, visa and Immigration Health Surcharge expenses are personal costs, and the listed stipend does not confirm the 2027/28 rate.
Thinking Through Performance and Durability
For optional preparation, imagine that a material gives a promising result in its first test but behaves differently after repeated use. Write down what you would need to record to decide whether the difference reflects a meaningful change or variation in the test itself. Consider whether comparing only the first and last measurements would answer every question you care about. This is a hypothetical research exercise, not a specified admissions assessment or a statement about the results the doctoral project will produce.
You could extend the example by considering two formulations that perform well according to different criteria. Explain how you would communicate the trade-off without hiding the assumptions behind an unexplained overall score. Ask which additional observation would be most useful before recommending one formulation for further study. A bounded comparison can show that you understand the difference between an interesting laboratory result and a justified conclusion about suitability for an application, without claiming that you have already resolved the research problem.
Presenting Experimental Preparation
If supporting materials are requested, select a previous project that demonstrates how you planned or interpreted technical work. Explain the initial question, your own responsibility, the method used and how the evidence influenced your conclusion. If you followed a provided procedure, describe the decisions you actually made rather than implying that you designed the whole investigation independently. Distinguish handling samples, collecting measurements and analysing data so that the reader can understand the precise nature of your experience.
If a result did not match your expectation, explain how you investigated that discrepancy and what you learned. Mention checks, repeated comparisons or changes to your interpretation only when those activities genuinely occurred. Identify a limitation that remained at the end of the work and explain why it mattered to the conclusion. This approach can communicate research judgement while keeping the account proportionate to the size of your project and clear about contributions made by supervisors, technicians or collaborators.
Developing a Focused Motivation
A useful motivation statement should connect the advertised problem with a concrete question that arose during your studies or previous work. Explain why that question interests you, what preparation you can already demonstrate and what expertise you would hope to develop. Avoid turning an interest in sustainable buildings into an unsupported claim that a particular material or method will deliver a guaranteed environmental benefit. These suggestions are optional preparation advice, while the university’s current questions and document checklist determine what the application must contain.
How to Apply
Follow the current institutional instructions and check the complete supporting-document requirements. Review your programme selection, advertised title and intended supervisor before submitting. An informal enquiry can clarify an unanswered research question, but it does not replace a formal application or guarantee competitive funding.
- View scholarship details and follow the institutional application route.
- Select the Civil Engineering PhD and University of Bath URSA funding.
- Identify the exact project and supervisor, respecting the maximum of two project choices.
Final Checks
Information was checked on 23 October 2026. Reconfirm the deadline, academic requirements and written financial conditions before applying. Retain the final submission and assess personal expenses separately before making commitments that depend on an international studentship.