Evan Hilgemann

Papers

Total Citations

H-Index

About

Evan Hilgemann is a pioneering researcher in advanced manufacturing and robotics, with a focus on bulk metallic glasses (BMGs) and extreme-environment automation. His most-cited work, "Castable Bulk Metallic Glass Strain Wave Gears" (85 citations), demonstrates a breakthrough in high-performance robotics by using BMGs as flexsplines in harmonic drives—enabling cheaper, more durable precision gearboxes through castable, elastic materials. This innovation reduces costs while maintaining ultra-precision, directly impacting the future of affordable robotics. Hilgemann also contributed to the "Automation Rover for Extreme Environments" project, drawing inspiration from ancient automata like the Antikythera mechanism to develop robust, mechanically-driven systems for harsh settings. His work bridges historical engineering concepts with modern materials science, achieving notable impact in both academic and applied contexts. With a citation count reflecting his influence in materials and robotics, Hilgemann’s research offers practical solutions for cost-effective, high-performance mechanical systems, making him a key figure in advancing next-generation automation and gear technology.