Emily Rose Lewis
Nuclear Materials Engineer @Oxford Sigma
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WORK HISTORY
Nuclear Materials Engineer @Oxford Sigma
Oxford, GB
Oxford Sigma is an innovative engineering company that is solving some of the major challenges in fusion energy and other extreme environments. Roles, responsibilities and projects completed are as follows: Develop strategies for materials application and engineering in fusion environments, providing technical expertise on internal and client projects. Experience in application of ASME Boiler Pressure Vessel Code. Lead engineer on fusion power plant design for stellarators, covering blankets, first-walls, structural alloys, and breeder materials. Produce technical reports and literature reviews. Project management and delivery of materials strategies and manufacturing readiness roadmaps for private fusion companies in the UK, Europe, and USA. Maintain documentation on development activities and decision points. Technical lead on manufacturing routes for palladium-loaded composites for tritium extraction in fusion systems (e.g, TCAP). Simulate irradiation effects through neutronics and coordinate irradiation campaigns. Communicate technical challenges and solutions to stakeholders at all levels at conference presentations (ICFRM 2025 - Shizuoka, Japan) Developed strategies to secure funding for projects with public and private partners.
EDUCATION
Birmingham Theatre School
Acting For Beginners
University of Birmingham
Doctor of Philosophy - PhD
University of Birmingham
Nuclear Engineering MEng, First Class Honours
Birmingham Theatre School
Part-Time Professional Acting Diploma
ABOUT EMILY ROSE LEWIS
Dr Emily Rose Lewis, MEng, PhD, | Nuclear Materials Engineer | Oxford Sigma Honorary Research Fellow | School of Metallurgy & Materials | University of Birmingham PhD in Materials Science | Specializing in Ni-based Superalloys, Additive Manufacturing & CorrosionI focus on advancing sustainable energy solutions through innovative material development, with experience leading interdisciplinary teams and driving practical applications in next-generation nuclear systems. My integrated master’s in Nuclear Engineering complements my technical expertise, allowing me to address complex challenges in nuclear materials.Experience in Nuclear Engineering, High-Temperature Materials, Oxidation and Corrosion Testing, Nuclear Fuel Cycles, Life Extension and Waste Management, Additive Manufacturing, SEM, EDS, EBSD, FIB, XRD, Raman Spectroscopy, Surface Stress Analysis, Project Management, Qualification (ASME BPVC).
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