AI-Enhanced Digital Twin for Sustainable Manufacturing University of Exeter in United Kingdom

The University of Greenwich is offering a PhD opportunity on Adaptive Human–AI Collaboration for Decision-Making under Uncertainty and Risk: A Digital Twin-Enabled Engineering Framework . The research will explore how humans and artificial intelligence can collaborate adaptively when decisions involve uncertainty and risk. A central element of the project is the application of digital twin technology to develop an engineering framework for modelling, analysing and supporting decision-making in c...

A fully funded PhD opportunity is available at the University of Bath in the UK, focused on the dynamics of structural and mechanical systems . This project sits at the intersection of mechanical engineering , structural engineering , civil engineering , aerospace engineering , and materials engineering , with additional relevance to artificial intelligence , digital twins , structural health monitoring , finite element analysis , vibration , and structural dynamics . The post states that the po...

Bath Engineering & Design Studentships at the University of Bath are offering a PhD project on smart water-resilient housing : An Occupant-led, Lifecycle Toolkit for Climate-Resilient Homes and Neighbourhoods . This interdisciplinary project sits in the Department of Architecture & Civil Engineering and explores how building performance assessment , smart water data , environmental monitoring, artificial intelligence , and occupant feedback can support homes and neighbourhoods facing drought, ex...

[Fees plus a stipend of £21,805 per annum for 2026/7.] PhD Studentship at the University of Exeter in Multiscale Scientific Machine Learning Digital Twins for High-Torque Electric Propulsion under Extreme Duty Cycles . This studentship sits at the intersection of electric propulsion, scientific machine learning, and digital-twin development for demanding heavy-duty applications such as maritime vessels, mining equipment, and off-highway machinery. The project addresses a key challenge for zero-e...

This PhD project at the University of Southampton will investigate how connected autonomous vehicles can remain safe, reliable and operational when exposed to cyber attacks. The research will address vulnerabilities created by vehicle sensors, wireless communications and artificial intelligence. You will study how malicious manipulation of sensing, communication and control systems can be detected and mitigated in real time, how attacks propagate through complex autonomous vehicle architectures,...