Thomas Beuscart

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About

Thomas Beuscart is an emerging researcher specializing in advanced manufacturing processes, with a particular focus on robotic drilling and the machining of composite-metal stack materials. His work sits at the intersection of manufacturing engineering, structural integrity, and automation, addressing the complex challenges that arise when drilling fiber-reinforced polymer (GFRP) composites paired with metallic alloys such as aluminum 6082 and AISI 304 stainless steel. Beuscart's most notable contributions investigate how cutting conditions influence surface integrity and hole quality in robotic drilling applications, a field increasingly relevant as six-axis industrial robots replace traditional rigid machine tools in aerospace and automotive manufacturing. His research critically examines the trade-off between the cost-efficiency and reach of robotic systems versus their inherent lack of rigidity, tackling real-world challenges including tool wear, vibration, delamination, and poor surface finish. His 2024 study on aluminum-GFRP stacks has already garnered 5 citations, while his 2022 analysis of AISI 304-GFRP stacks follows closely with 4 citations — impressive figures for a researcher early in their career. His most recent 2025 methodological contribution further demonstrates his commitment to developing systematic, practical solutions for improving robotic drilling performance in industrial settings.