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Thomas Clayson
Chief Technology Officer at Magdrive Ltd
Thomas Clayson is an accomplished experimental plasma physicist and pulsed power engineer with a strong educational background and a wealth of experience in the field. He earned his Doctor of Philosophy (Ph.D.) in Plasma Physics from Imperial College London in 2018, focusing on the impact of radiation in radiative shocks in plasmas. During his time at Imperial College, Thomas also excelled in his Master's Degree in Physics, graduating with 1st class Honours. His exceptional academic journey began at The Hemel Hempstead School where he achieved outstanding grades in Maths, Physics, and Chemistry.
Throughout his career, Thomas has been actively involved in various prestigious organizations, holding key positions that have contributed significantly to his professional growth. Notably, he currently serves as the Chief Technology Officer at Magdrive Ltd, a position that showcases his expertise and leadership in the field. Prior to this role, Thomas was a Senior Scientist at First Light Fusion, where he honed his skills and knowledge in experimental physics and plasma diagnostics. His academic pursuits led him to be a PHD Student at Imperial College London and an Academic Access Experiment participant at AWE. Furthermore, he demonstrated his leadership abilities as the President of the Imperial College Robotics Society, highlighting his passion for robotics and technology.
Thomas Clayson's expertise extends beyond his academic and professional accomplishments, encompassing a diverse set of technical and software skills. He is proficient in electronics, Python, C++, CAD, robotics, experimental physics, and plasma diagnostics. His practical experience includes conducting experiments on national laboratory laser facilities and playing a pivotal role in designing and constructing Europe's largest pulsed power machine. These experiences have shaped Thomas into a versatile and skilled professional capable of tackling complex challenges in the fields of plasma physics and pulsed power engineering.