The University of Bath is advertising a competitive PhD opportunity on physics-informed grey-box modelling for oscillation diagnosis in future British power networks. International applicants can compete for funding, subject to the overseas award limit. The topic brings electrical engineering together with models that combine physical knowledge and measured data. Applicants should examine the specific academic requirements carefully because this project asks for an electrical or electronic engineering master’s qualification or a closely related degree.
Deadline and Proposed Start
The application deadline is 29 November 2026, and the expected start date is 4 October 2027. Funding is allocated through a competition rather than guaranteed to everyone admitted. Allow enough preparation time to identify the correct programme and funding selection in the application. A supervisor enquiry can clarify a technical question, but it should not be interpreted as an award decision.
What the Research Investigates
The proposed work combines physical constraints, network topology and measurements to diagnose power-system oscillations. It considers reduced models and the identification of oscillation frequency, damping and modes. Assessment includes noise, incomplete observations and conditions not encountered during model development, with real measurements considered where available. This focus makes the relationship between a model’s diagnostic output and its engineering interpretation an important topic to understand before applying.
Thinking Through a Research Example
As an optional preparation exercise, consider a monitoring system that reports a changing oscillation but receives imperfect measurements from different network locations. Explain what information would be needed before attributing the behaviour to one underlying cause. Separate detecting a pattern from estimating its properties and from explaining why it occurred. These distinctions can help you formulate a focused research interest without claiming that the announcement prescribes a particular experiment or guarantees access to a particular dataset.
A useful discussion could also distinguish accuracy on familiar examples from performance when the operating conditions change. Ask how an evaluation might reveal whether a method depends too heavily on one type of measurement or one assumed network configuration. Describe any uncertainty in your reasoning rather than hiding it behind technical vocabulary. These are suggestions for exploring research fit, not additional admissions criteria or a replacement for the supervisor’s eventual research plan.
Study Environment and Supervisors
Bath, United Kingdom, is the university base. The research addresses future British electricity networks. Electronic and Electrical Engineering hosts the advertised PhD. The opportunity is part of the faculty’s studentship competition. Dr Youhong Chen and Professor Furong Li are named supervisors. Applicants can direct focused research enquiries to the advertised academic contacts.
Academic and International Eligibility
The project seeks a first-class or upper-second-class honours degree or international equivalent, together with an MSc in electrical or electronic engineering or a closely related field. MATLAB and Python knowledge is beneficial, while experience in power systems, machine learning or modelling is advantageous. Non-UK applicants who are not currently studying in the UK must meet the programme’s English requirement before the deadline. Do not treat programming experience as a substitute for the stated degree requirements when assessing your eligibility.
Funding Conditions
Competitive funding includes tuition, £1,000 of annual training support and a stipend listed at £21,805 for 2026/27. The announcement limits overseas awards, and visa and Immigration Health Surcharge expenses remain the international student’s responsibility. The listed stipend is not confirmation of a 2027/28 rate. Before accepting an offer, compare the written award terms with your own budget and clarify any financial condition that would affect your ability to enrol.
Preparing a Convincing Application
If supporting materials are requested, describe a relevant project through the problem, your contribution, the method and the evidence used to judge the result. An electrical engineering dissertation, modelling assignment or research placement can provide a concrete example if you explain its relevance honestly. Distinguish work you completed independently from work undertaken by a wider team. If you have only introductory experience with a particular tool, state that clearly and explain how you plan to strengthen it rather than presenting familiarity as research expertise.
How to Apply
Use the current institutional instructions to establish the complete document checklist. Check that your programme, project title, supervisor and funding preference agree across the submission. Keep your explanation of research interests specific enough to show preparation while leaving room for the project to develop through supervision.
- View scholarship details and follow the university’s application route.
- Select the Electronic and Electrical Engineering PhD and University of Bath URSA funding.
- Identify the advertised project and supervisors; the competition allows a maximum of two project choices.
Final Checks
Information was checked on 23 October 2026. Reconfirm the deadline, English requirement and award conditions before submitting. Retain your final application and any written clarification that materially affects your eligibility or funding expectations.