Research Associate In Advanced Electric Machines (Fixed Term)

We are seeking a Research Associate to join our European funded project, EM-TECH, developing a highly novel electric machine concept featuring reconfigurable windings. About the role: The project will develop new electric machine technology for automotive traction applications including advances in thermal management, sensing improvements and improved control. The University of Bath’s involvement is the design and control of a mechanical (mechatronic) switching device which can reconfigure the phase windings of a machine during operation, creating a similar effect to having 2 gears (“eGear”). You will lead the test and analysis of the prototype winding-reconfiguration device's performance, and also provide leadership on understanding the benefits which can be achieved using the technology. A good balance of theoretical understanding and practical experimental experience is therefore crucial. Your leadership of the hardware development will involve overseeing validation through to full-power testing (~150kW) on an e-machine dynamometer at IAAPS, identifying and resolving issues along the way with the support of the Design Engineer. You will need to develop calibrations for the inverter to run the motor in its 2 configurations and implement a supervisory controller to control the eGear solenoid actuator and manage the transition from one configuration to the other. Your leadership on theoretical understanding will include analysis of the switch and electric machine losses to understand the net benefit offered by the system, and generalisation of this to reveal which applications might benefit most. The role will also involve co-supervision of PhD, MSc and undergraduate students undertaking research in electric propulsion systems. This position is offered full time, Fixed Term until December 2025. For an informal discussion about this role, please contact Dr Chris Vagg at crmv20@bath.ac.uk. Please ensure you submit your application through our website. About you: Our ideal candidate will have: A PhD, or equivalent professional qualification, in a subject area of direct relevance for the project A broad interest in electric machine design, optimisation and control Applied experience in electric motor testing, calibration and/or optimisation, ideally working with high voltage and/or high power traction motors Project management and technical communication skills You will have the attributes to develop into a kind and culturally aware leader who fosters an environment where every individual is valued and respected, regardless of their background or identity. You will proactively seek out diverse perspectives, recognizing the richness and creativity this brings to decision-making and problem-solving. You will remain optimistic in the face of challenges, seeing them as opportunities for growth and innovation. You will understand that change is inevitable and necessary, actively encouraging those around you to adapt and evolve. By promoting a culture of openness and inclusivity, coupled with a willingness to listen as well as a readiness to embrace change, you will contribute profoundly to a dynamic and empowered team that can thrive in today's rapidly changing world. For an overview of the project, please view the video linked here: https://player.vimeo.com/video/844522576?h=050fe58923.