EngD Project Area: Advancing State of the Art in Pre-Construction Operational Simulation Modelling for Offshore Wind

Industrial Partner: Trios Renewables

Educational and Professional Background

I hold a Chemical Engineering degree from Newcastle University, which launched my career in R&D. I progressed from 3D Printing Technician to Battery R&D Scientist, where I managed electrochemical testing and project work packages. This work inspired my ambition to contribute to the larger, interconnected systems that form the backbone of the energy transition.

What Attracted You to Studying with IDCORE?

My past experience collaborating within multidisciplinary teams showed me the power of an integrated approach. IDCORE was the ideal choice because it offers this integration on multiple levels. It combines a close industrial partnership to ensure real-world impact, dedicated guidance from an expert supervision team, and an invaluable network of fellow researchers.

What Attracted You to the Renewable Energy Sector?

For me, the attraction comes from the sheer scale and complexity of the challenge. Energy is not just a technical input; it’s deeply interwoven with economics, geopolitics, and societal progress. The renewable energy industry is therefore tasked with re-engineering the very foundation of our modern world to be not only powerful but also sustainable and equitable. The opportunity to a problem of this magnitude, with such profound consequences for our future, is what I find most inspiring.

What Ambition Would You Like to Fulfil as a Research Engineer?

My ambition is to develop tools that unlock the full potential of our offshore wind resources. The next wave of projects will be in more challenging environments, with greater capacity and more capital at risk. Through my research, I aim to provide the precision needed to pursue these ambitious projects with confidence, accelerating our transition to a clean energy future.