PhD Studentship - Sustainable Multi-Sector Electrification Using Advanced Integrated Motor Drive Technologies
Overview
The Power Electronics, Machines and Control (PEMC) Research Group at the University of Nottingham is inviting applications for PhD studentships on sustainable multi-sector electrification using advanced integrated motor drive technologies. Electric motors and the systems they drive consume half of the world's electricity, and they are typically inefficient, wasting a great deal of energy. Physically integrating power electronic converters with electrical machines lets them share structures and systems, greatly reducing material use and energy consumption.
The aim is to establish fully integrated motor drives as a key technology for sustainable electricity generation, high-efficiency industrial systems and lightweight transport, with large cuts in manufacturing-related CO2 emissions, by reducing material use in manufacture, improving efficiency and power-to-weight ratio in operation, and improving recyclability at end of life. Projects address one or more challenges. Mechanical integration needs new joining technologies, motor winding arrangements and 3D-printed structures that can mount semiconductor devices inside the motor. Thermal management in the harsh environment of an integrated drive calls for new design and additive manufacturing solutions. Electromagnetic management must handle the interference and winding degradation caused by fast-switching wide-bandgap devices through new converter topologies, mitigation strategies and winding technologies. Advanced control and modelling may involve FPGA-based platforms, microcontrollers, distributed control algorithms and AI methods such as neural networks and evolutionary optimisation. PEMC is based in a recently established £18 million research facility on Jubilee Campus and is internationally recognised in its field.
Who can apply
Because of funding restrictions, the studentship is available only to UK applicants. Applicants need a Bachelor's degree at 2:1 or above, or a Master's degree, in a relevant engineering or physical sciences discipline such as electrical and electronic engineering, mechatronics, physics, materials science, mechanical or aerospace engineering. A background in electrical machines, power electronics, control systems or thermal management, experience with COMSOL Multiphysics, MATLAB or Ansys, and programming and experimental hardware skills are desirable. Strong analytical and mathematical ability, a passion for research and excellent communication and writing skills are expected.
How to apply
Applicants send a cover letter explaining their motivation, a CV and academic transcripts from all qualifying degrees to the named contact for the project. Shortlisted candidates are interviewed, and the successful applicant must then complete a formal online application through the university admissions portal.
Key dates
The closing date is 14 December 2026.