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This PhD studentship develops an AI-driven Digital Twin framework for Electromagnetic Compatibility (EMC) in Wide-Bandgap (SiC/GaN) power converters used in automotive applications. The project will develop predictive surrogate models using Physics-Informed Neural Networks (PINNs) and Gaussian Process Regression (GPR) to predict high-frequency conducted and radiated emissions, bridging virtual simulations with real-world physical compliance testing.
This project examines how university students’ feedback literacy is transforming amid widespread GenAI adoption, which is a critical challenge for educators and policymakers globally. Focusing on learner agency, the successful candidate will explore whether feedback opportunities effectively engage students, despite persistent disengagement. Project outcomes will inform curricular design, institutional support strategies, and pedagogical practices, to bridge gaps between theory and real-world engagement. Candidates from a range of disciplinary backgrounds are welcome to apply. Experience of social science research approaches is needed.
This project examines how university students’ feedback literacy is transforming amid widespread GenAI adoption, which is a critical challenge for educators and policymakers globally. Focusing on learner agency, the successful candidate will explore whether feedback opportunities effectively engage students, despite persistent disengagement. Project outcomes will inform curricular design, institutional support strategies, and pedagogical practices, to bridge gaps between theory and real-world engagement. Candidates from a range of disciplinary backgrounds are welcome to apply. Experience of social science research approaches is needed.