The University of Bath is advertising a competitive PhD on mechanochemical preparation of metal-organic frameworks for hydrogen storage. The opportunity accepts worldwide applications. The deadline is 29 November 2026, with an expected start on 4 October 2027. Applicants interested in porous materials should examine the relationship between preparation methods, measured performance and resource use when assessing research fit.
Research Focus
The work investigates ball-milling synthesis and modification of porous frameworks. It examines structure, gas adsorption and manufacturing resource demands. Relevant backgrounds include chemical and materials engineering, chemistry and environmental disciplines. This creates a useful starting point for applicants who want to connect a materials-processing decision with evidence about how the resulting material behaves.
Location and Supervision
The university base is Bath, United Kingdom. The subject connects materials and energy research. Chemical Engineering hosts the PhD. It is part of the faculty’s studentship competition. Professor Mi Tian and Professor Andrew Burrows are named supervisors. Professor Tian is the enquiry contact.
Academic and Funding Conditions
A first or 2:1 honours degree or international equivalent is required, with a master’s advantageous. Non-UK applicants not currently studying in the UK must meet the English requirement before the deadline. Competitive awards cover tuition, £1,000 annual training support and a stipend listed at £21,805 for 2026/27. Overseas places are capped, visa and Immigration Health Surcharge costs are personal expenses, and the listed stipend does not confirm a 2027/28 rate.
Thinking About a Materials Comparison
For optional preparation, imagine two methods for producing a material that are compared using one favourable performance measurement. Ask what you would need to know before deciding that the method with the larger number is preferable overall. Write down the conditions of the measurement, the basis of the comparison and any steps omitted from the description. This example is a research-thinking exercise, not an advertised admissions task, a prescribed experiment or a prediction about the project’s eventual results.
You could then consider whether a reported improvement would still be useful if it depended on a procedure that was difficult to repeat. Explain how you would distinguish a reproducible effect from a single promising observation, without pretending that one extra measurement resolves every uncertainty. Ask which additional information would most change your interpretation and why. A concise discussion of these questions can show careful scientific judgement while leaving the detailed experimental plan to development with the supervisors.
Communicating Your Laboratory Preparation
If supporting materials are requested, select a previous task that demonstrates how you approached a materials or chemical engineering question. Explain the starting problem, your own responsibility, the procedure you followed and the evidence used to assess the outcome. If you worked with a shared instrument or established laboratory protocol, distinguish your contribution from the work of technicians, collaborators or other students. A clear account of a modest contribution is more informative than a broad claim that leaves the reader unable to tell what you actually did.
Describe any experience interpreting a measurement by explaining what it could establish and what it could not establish in your particular case. If you compared samples, state how you made that comparison fair and identify any limitation you recognised afterwards. Do not imply that you independently operated an instrument when your experience was limited to analysing data produced by someone else. These distinctions help communicate genuine preparation and give you a realistic basis for identifying the methods you would like to learn during doctoral research.
Explaining Your Motivation
A focused motivation can connect the advertised topic with a specific question that arose during your studies or previous work. Explain why that question interests you and how the experience influenced the kind of research you now want to undertake. Separate a desire to learn a technique from evidence that you already possess the skill. Follow the university’s current application questions and document limits, since the preparation advice here does not create additional requirements or replace the formal admissions criteria.
How to Apply
Use the institutional instructions to establish the current submission checklist. Check the programme, project title and intended supervisor carefully before sending the form. An informal enquiry can clarify an unanswered scientific question, but it is separate from the application and funding decision.
- View scholarship details and follow the university’s application route.
- Select the Chemical Engineering PhD and University of Bath URSA funding.
- Identify the exact project and supervisor, observing the maximum of two project choices.
Final Checks
Information was checked on 23 October 2026. Reconfirm the academic requirements, deadline and financial conditions before applying. Keep a copy of the submitted form and any written funding clarification, and review personal expenses before making commitments dependent on an international award.