PhD in Dimension Reduction for Digital Twin Development of Offshore Wind Turbines University of York in United Kingdom

University of Bath, Department of Mechanical Engineering, is advertising a competition-funded PhD studentship on Robust Control of Magnetically Levitated Wind Turbines . The project sits at the intersection of mechanical engineering , electrical engineering , mechatronics , control systems , and renewable energy . The research will investigate advanced control strategies for magnetically levitated wind turbines, with a focus on robust control , rotor stabilisation, vibration attenuation, and dis...

PhD opportunity: AI for low-carbon concrete materials and structural design at the University of Southampton , Faculty of Engineering and Physical Sciences. This project sits at the intersection of civil engineering , materials science , artificial intelligence , machine learning , and structural engineering . The research aims to reduce the carbon footprint of concrete construction by linking concrete composition, mechanical properties, member dimensions, reinforcement, structural performance, ...

PhD studentship at the University of East Anglia in Norwich, United Kingdom focused on the design optimisation of brushless doubly fed machines (BDFMs) for offshore wind turbine generators. The project addresses key research challenges in electrical engineering and renewable energy , including low power density, low power factor, vibration, and complex magnetic field behavior. The aim is to improve BDFM performance and help position these machines as a competitive alternative to direct-drive and...

PhD opportunity at the University of Leeds in AI for Structural Engineering , supervised by Professor David Connolly in the School of Civil Engineering . This project sits at the intersection of civil engineering , computer science , machine learning , computer vision , digital twins , physics-informed neural networks (PINNs) , and materials science . Research themes include generative design, structural optimization, predictive health monitoring, automated defect detection, real-time sensor int...

Northumbria University is offering a fully funded PhD project on smart flange diagnostics for resilient, low-carbon wind-energy infrastructure. Based in Newcastle upon Tyne, the research addresses whether loose bolts in wind turbines can be detected and located using vibration measurements from only a small number of sensors. The doctoral researcher will investigate critical wind-turbine connections and develop innovative approaches for identifying bolt loosening. The project combines experiment...