Dr Thomas King

Dr Thomas King

Research & Impact Fellow
Birmingham Institute for Sustainability and Climate Action

Contact details

Address
Elm House
Edgbaston Park
351 Bristol Road
Birmingham
B5 7SW

My background is in geophysics for the natural and built environments, particularly focused around the deployment of novel sensing methodologies, numerical inversion and the role of AI, policy and governance in addressing climate challenges.

Qualifications

  • PhD in Earth Sciences, University of Turin, 2020
  • MSc in Geophysics, University of Aberdeen, 2015
  • BSc in Geology and Petroleum Geology, 2013

Biography

Dr. Thomas King is a Research and Impact Fellow at the Birmingham Institute for Sustainability and Climate Action (BISCA), University of Birmingham. His research integrates advanced geophysical techniques, such as quantum gravimetry and seismic analysis, with artificial intelligence to address challenges in infrastructure resilience, environmental sustainability, and climate adaptation.

He has contributed to pioneering international projects, including the development of quantum gravity gradiometers for urban underground mapping, enhancing the detection and characterization of subsurface features crucial for urban planning and infrastructure development. His collaborative work with industry and public sector partners, such as RSK, the Royal Navy, and the British Geological Survey (BGS), exemplifies his commitment to translating research findings into practical applications. Notably, he was part of the teams that successfully validated quantum-enabled sensors at an active volcano and at sea.

In the realm of artificial intelligence, Thomas has explored the application of machine learning algorithms to remote sensing data, aiming to improve our understanding of the subsurface. His interdisciplinary approach and dedication to bridging scientific research with real-world impact have been recognised through awards and active participation in policy and public dialogues.

Through his work at BISCA, he continues to advance the integration of geophysics, sustainability, and engineering, developing innovative solutions that support sustainable infrastructure and environmental resilience.