Developing innovative business models for Battery as a Service (BaaS) University of Greenwich in United Kingdom

Fully funded PhD opportunity at the University of Exeter Business School for a doctoral researcher interested in Artificial Intelligence , Machine Learning , Supply Chain Management , Sustainability , Digital Transformation , and Circular Economy . The project, titled Beyond Pilots: De-Risking the Scale-Up of Artificial Intelligence in Digitally Enabled Circular Supply Chains , examines why AI deployments often succeed in pilot settings but fail when scaled into real-world operations. Using a so...

Fully funded PhD opportunity at the School of Chemical, Materials and Biological Engineering, University of Sheffield , in collaboration with CHERY UK (OMODA & JAECOO UK Limited) . The project is titled AI-Assisted Dynamic Life Cycle Assessment and Circularity Benchmarking for Next-Generation Vehicles and focuses on combining artificial intelligence , dynamic life cycle assessment (LCA) , and circular economy strategies to improve the sustainability of next-generation vehicles. This is a 3.5-yea...

PhD opportunity at the University of Southampton in Multiagent Market Design for Circular Industrial Symbiosis . This project sits at the intersection of computer science , artificial intelligence , mathematics , economics , and environmental science . It focuses on how companies can exchange waste, by-products, or surplus resources in ways that are economically viable, fair, and sustainable. The research will use game theory , mechanism design , and agent-based modelling to understand how partn...

Funded PhD opportunity at Coventry University in the Centre for Discoveries in Life Sciences, delivered through the Midlands Integrative Biosciences Training Partnership (MIBTP). This project focuses on bioleaching , tantalum recovery , superalloy waste , critical minerals , and environmental biotechnology . The research will investigate microbial mechanisms for mobilising tantalum from superalloy-processing wastes and selectively removing contaminating metals such as calcium and tungsten. It co...

PhD opportunity funded by Collaboratory Research Hub on Engaging Muslim Communities in Local Climate Action: Exploring the Role of Faith-Based Community Partnerships in Nottingham . This project sits within the Collaboratory Cohort 2027 and is a collaboration between Nottingham Business School, Nottingham Trent University, University of Nottingham, and Karimia Institute . The research is strongly aligned with environmental science , climate action , environmental sustainability , community engag...