Fully Funded PhD in Smart Flange Diagnostics for Resilient Low-Carbon Wind-Energy Infrastructure Northumbria University in United Kingdom

Fully funded PhD opportunity at Ulster University , School of Engineering, on vibration attenuation and damping enhancement of lightweight composite turbine blades for renewable energy applications. The project sits at the intersection of mechanical engineering , materials science , structural dynamics , finite element modelling , vibration testing , and modal analysis . It includes experimental validation at Ulster University and industrial collaboration with ÉireComposites . Supervision is by ...

PhD opportunity at the University of Southampton in Mechanical Engineering , focused on enhancing power capture of tidal turbines using novel blade designs . This postgraduate research project sits within the Faculty of Engineering and Physical Sciences and explores how tidal turbine blades can be redesigned to improve energy extraction and reduce the cost of energy from marine renewables. The topic draws inspiration from nature, wind energy, and aviation, and will build on existing Southampton ...

Fully funded PhD opportunity in Renewable Energy Engineering at Ulster University , United Kingdom, in collaboration with ÉireComposites and the Computing, Engineering and the Built Environment area. The project focuses on vibration attenuation and damping enhancement of lightweight composite turbine blades for renewable energy applications. This is a strong fit for students interested in mechanical engineering , aerospace engineering , and materials science , especially those with an interest i...

PhD opportunity at the University of Southampton in Digital Twins for Augmented Vibration Testing and Qualification of Defence Systems . This project focuses on mechanical engineering and aerospace/defence systems , with strong links to structural dynamics , vibration testing , finite element modelling , reduced-order modelling , state estimation , and uncertainty quantification . The aim is to develop physics-informed digital twins that can work alongside vibration and shock qualification tests...

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...