Research Studentship – Power Electronics Rich Distribution Network Design
University of Oxford
Oxford, United Kingdom
This fully funded doctoral research opportunity invites a motivated candidate to explore the future of electrical distribution networks in the context of the global energy transition. As the integration of distributed renewable generation, community storage systems and electrified transport and heating accelerates, traditional network design faces increased complexity. This studentship centres on redefining how power electronics can be embedded at the core of distribution network architecture, leveraging devices such as solid‑state and hybrid transformers, soft‑open points and distribution‑static compensators to provide advanced control over power flow, voltage regulation, phase balancing and power quality.
Across a four‑year PhD programme, you will investigate major research challenges including the development of multiscale models that bridge fast power electronic dynamics with network‑level coordination, optimisation frameworks that balance efficiency, resilience and capacity for renewable and electric loads, and evaluations of the commercial and practical value of power electronics‑rich designs when deployed at scale. Research will be conducted within the Power Systems Architecture Lab in the Department of Engineering Science, alongside access to Oxford’s extensive interdisciplinary energy research community including the ZERO Institute and Oxford Energy Network.
Eligibility Criteria
Candidates should hold, or expect to obtain, a first‑class or strong upper second‑class honours degree in Engineering or a related discipline and be eligible for graduate study at Oxford under the terms of this studentship.
Required Expertise, Skills
Prospective students should demonstrate strong mathematical modelling and optimisation capabilities, experience with programming (ideally in Python), and excellent communication skills in English. Experience in power electronics or power systems modelling, and familiarity with machine learning or industry practice, are desirable but not essential.
Salary Details
The studentship, funded through an EPSRC Industrial Doctoral Landscape Award with support from SP Energy Networks, covers full home tuition fees and provides a UKRI‑aligned maintenance stipend at the standard minimum rate (approximately £20,780 per year) for the four‑year duration.
Application Deadline
The deadline for applications is noon UK time on 3 March 2026.