🎓 Engineering PhDs

Explore battery electrode microstructures with cutting-edge microscopy and AI. Collaborate with industry and develop tools that improve battery performance analysis.

This research improves our understanding of battery electrode microstructures, crucial for optimizing battery performance, safety, and long…

Explore advanced engineering research at the University of Cambridge with full funding. Investigate critical topics across multiple divisions, including fluid mechanics and materials science. Contribute to innovations a…

This research addresses vital engineering challenges with broad societal and industrial relevance, from sustainable energy to advanced manu…

Explore autonomous robotic manipulation using foundation models to improve decision-making under uncertainty. Engage with cutting-edge predictive control and world model methods for hazardous, unstructured environments.

This research advances autonomous robotic capabilities for safe and robust operation in extreme environments like fusion and nuclear plants…

Explore how the sounds of ball impacts reveal shot quality in four major sports. Analyze acoustic signals combined with physics models and machine learning to create new performance metrics. Gain experience with Hawk-Ey…

This research unravels the acoustic signatures behind elite athletes' intuitive judgements, providing a scientific basis to a traditionally…

Develop models to predict charge transport and thermoelectric behavior in molecular junctions. Explore nanoscale thermoelectrics for waste heat recovery. Collaborate internationally to bridge molecular design and device…

This research aims to enable rational design of molecular electronic devices, improving nanoscale energy harvesting technologies such as mo…

Investigate novel separation techniques combining acoustic, electrostatic, and inertial forces to remove microplastics from blood. Develop innovative biomedical devices with potential clinical applications to reduce hea…

This research aims to develop clinically applicable devices to separate microplastics from blood, potentially mitigating associated health …

Investigate and enhance microwave quantum memories by optimizing spin coherence and superconducting circuits. Develop technologies for storing and retrieving microwave photons to advance hybrid quantum computing.

Developing spin-based microwave quantum memories addresses the critical need for long-lived quantum information storage in hybrid quantum c…

Develop a predictive model to forecast PFAS behaviour in granular activated carbon filters, enabling water utilities to optimize treatment processes. Collaborate with leading water companies and EPSRC in a fully funded …

This research delivers tools to reduce operational costs and environmental impact in water treatment by optimizing PFAS removal. It support…

Fully funded PhD at Aston University focused on cutting-edge cyber security for 6G networks using AI-driven Moving Target Defense. Join a leading research group tackling real-world cyber threats and building next-genera…

This PhD develops an AI-driven semantic segmentation framework to identify phase components in UHPC materials, linking microscale imaging with multiscale modeling. The project investigates UHPC performance under normal …

This PhD investigates the heat exhaust from dense urban photovoltaic (PV) clusters and its effects on local microclimate, aiming to develop multi-scale simulations to optimise building cluster morphology for thermal com…

This PhD develops an AI-driven polarimetric dual optical frequency comb (DOFC) technique for high-resolution shape sensing and defect detection in composite laminates used in aerospace and renewable energy applications.…