Electromagnetic Time Reversal (EMTR) for Partial Discharge localisation in complex networks using only one observation point

About the Project

This project aims to investigate the innovative Electromagnetic Time reversal (EMTR) theory to localise partial discharges (PDs), using one observation point, in complex network topologies.

Statistics show that the 85% of grid failures are caused by insulation faults. Since a primary cause of insulation failure is PD, the ability to localise PDs as an indicator of impending failure and predict the necessary maintenance of cables, is highly desirable to improve the grid reliability and the electricity security. Electricity security is the system's capability to withstand failures/outages with minimal service disruption and it is a significant part of policy action areas in any country. The UK Electricity Capacity Regulations state that 1 of the 3 objectives of the UK Authority is “promoting investment in capacity to ensure security of electricity supply”. Moreover, within the Parliament Act to commit the UK to Net Zero emissions by 2050, in 2020 the government defined £12 billion of investments. The Net Zero goal implies using electricity as main energy source. Because electricity is difficult/inefficient to store, demand and supply must be matched in real-time, hence power transmission resilience is paramount.

The PhD Programme

The DMU PhD provides a solid education for a research career whether you stay in academic research or move to industry. There is a well-developed Researcher Development Programme which you will undertake alongside your research, supporting you through each year of your PhD. Working closely with your supervisors you will undertake open-ended research. As part of a vibrant PhD community in the Faculty you will have training opportunities which lead to presentations at international conference and in writing papers in leading academic journals as the research progresses into the later stages of the PhD. The student will graduate with skills and knowledge at the forefront of academic and industrial expectations.

Entry Requirements

You must have achieved or close to achieving a UK Honours Degree with at least an upper second class (2:1) or a Masters Degree or an academic or professional qualification with relevant experience in the sector or industry which is deemed to be equivalent, or international equivalent

Closing date: 1 year from the date of uploading. Applications will be considered in the order that they are received, the position will be considered filled when a suitable candidate has been identified.

Starting date: There are three intakes a year at DMU and it is expected the successful candidate will start either in January 2026, April 2026 or October 2026.

How to apply:

To apply for a research degree, you will need to apply via our Admissions Portal https://dmuhub.dmu.ac.uk/apply/index.html. You are required to provide the documentation as listed within section 5b at  https://www.dmu.ac.uk/doctoral-college/how-to-apply/how-to-apply.aspx

Studied at DMU previously? If you have studied at DMU previously, please submit the documentation listed in 5b via email to pgradmissions@dmu.ac.uk, not through the admissions portal. You will also need to complete and attach our application form and annexe form alongside the documents requested below:

You will need to select a programme code when applying from a list of research degree programme codes. Please select the programme code closest to your research proposal.

Funding Notes

This is a self-funded project and you will need to have sufficient funds in place (e.g., through a scholarship, personal funds and or other sources) to meet the tuition feeds and living expenses for the duration of the degree programme.

DMU has information of scholarships and other funding opportunities at View Website