Jamie is a second-year Ph.D. student specializing in the physical characterization of buildings. With a diverse academic background encompassing a Master’s in Economics and Policy of Energy and Environment and an undergraduate degree in Physics, Jamie brings a unique interdisciplinary approach to the field. Focusing on leveraging machine learning techniques, Jamie explores innovative methodologies to measure the Heat Transfer Coefficient (HTC) of buildings without relying on internal temperature data. This research blends the realms of building physics and statistical analysis, demonstrating a novel perspective on energy-efficient building design and performance evaluation.

Beyond the rigorous challenges of academia, Jamie finds immense satisfaction in problem-solving, a passion that extends into various facets of his life. As a keen mountaineer, Jamie discovers solace and excitement navigating complex terrains, making critical decisions, and overcoming obstacles with resilience honed through both intellectual and physical endeavors. This multifaceted approach to problem-solving not only defines Jamie’s academic journey but also underscores a commitment to pushing boundaries and seeking innovative solutions, whether in the realm of research or the breathtaking heights of mountaineering adventures.

In Jamie’s first year, he undertook a pilot project, applying Cluster Analysis to households’ energy consumption data to separate days with similar heating patterns. This initial exploration lays the foundation for Jamie’s anticipation of developing this research further. The sponsorship from the Department for Energy Security & Net Zero (DESNZ) positions Jamie strategically, offering a unique opportunity to maximize impact in the ongoing pursuit of advancing knowledge and sustainable solutions.