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James H. Sharp is a lecturer in the James Watt School of Engineering at the University of Glasgow. His research focuses on single-crystal fibers and their production, particularly using refractory oxide materials such as sapphire, YAG, and zirconia orthosilicates. He has experience in growing fibers through the laser-heated pedestal growth method, allowing his work to encompass a wide range of materials. Sharp's expertise extends to fiber sensors designed for extreme environments where conventional sensor technologies may fail, utilizing high melting point materials like sapphire and yttria-stabilized zirconia (YSZ) for their ideal properties in applications such as temperature sensing in aircraft engine management and high dose nuclear environments. Additionally, he works with scintillating fibers for radiation detection and imaging, particularly those doped with rare-earth elements for high energy particle detection and medical imaging systems. As the Academic Coordinator for Mechanical degree programs in partnership with the Singapore Institute of Technology, Sharp also contributes administratively to his school’s web pages and engages in teaching duties.