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Fran graduated from the University of Galway, Ireland, where she obtained her BSc in Applied Physics and MSc in Key Enabling Technologies. She developed an interest in material science during her undergraduate degree after studying modules such as solid-state physics and properties of materials. During her master's, she decided to pursue a career in research and development in materials science, which led her to the Advanced Metallics Systems CDT, where completed her PhD student in the 2020 cohort.
During her PhD, Fran studied the effects of Ti and Ta additions on the microstructure, deformation, and oxidation behaviour of powder-processed polycrystalline Ni-based superalloys in close collaboration with Rolls-Royce plc. She has presented her work at several international conferences and collaborated with teams at the University of Cambridge and the Norwegian University of Science and Technology on synchrotron X-ray diffraction and atom probe tomography.
As a research associate with the IDEA group, Fran was developing metallic components for electric propulsion and electron beam additive manufacturing, fully funded by the UK Space Agency and in partnership with Mars Space Ltd., Wayland Additive, and the University of Southampton with a focus on optimising tungsten blank manufacturing for hollow cathodes. She also supervised MSc final year projects and continues collaborating with Rolls-Royce on alloy development.
Elaine graduated from the University of Sheffield in 2016 with an MEng in Mechanical Engineering. During her work as a structural engineer for communications satellites at Airbus Defence and Space, she developed an interest in additive manufacturing and materials science, which led her to pursue a PhD with the Advanced Metallic Systems CDT.
Her work focussed on the development of processes to produce multi-modal and varying microstructures in parts produced by laser powder bed fusion additive manufacturing. This work, in collaboration with Solar Turbines Inc., promoted the design of more functional components for advanced engineering applications.
Supervisor: Professor Iain Todd (Co-supervisor: Professor Kathy Christofidou)
Alex graduated from Trinity College Dublin in 2016 with an MAI in Manufacturing Engineering, specialising in cryogenic workpiece clamping techniques. After continuing this work as a research assistant within the university for six months, he decided to take a gap year to go travelling. One year became four, and Alex eventually returned to Europe in 2021 to pursue a PhD within the Advanced Metallic Systems CDT at University of Sheffield.
His work focused on the control of Laser Powder Bed Fusion in Additive Manufacturing techniques, specifically the use of laser power, laser velocity, and scan strategy, to produce non-porous melt pools of any size for any given part geometry. His work was being sponsored by Boeing.