Erwin Bosman

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About

Erwin Bosman is a researcher specializing in flexible optical sensing systems, with a particular focus on tactile shear stress sensors and embedded optoelectronic technologies. His work sits at the intersection of photonics, materials science, and applied sensing, addressing critical needs in robotics, biomedical engineering, and wearable technology. Bosman's most influential contribution is his development of flexible shear sensors based on embedded optoelectronic components, a 2011 paper that has garnered 51 citations and established him as a pioneer in unobtrusive tactile sensing. By leveraging optical power coupling principles, his sensors can conform to curved surfaces and moving body parts — a significant advancement over rigid, conventional alternatives. His follow-up work on two-axis tactile shear sensors (2012) and ultra-thin optical tactile designs (2011) further demonstrated his commitment to miniaturization and multi-directional sensing capabilities, collectively attracting an additional 31 citations. Bosman's earlier research on optical fiber sensors embedded in flexible polymer foils laid essential groundwork for these innovations, exploring how fiber Bragg gratings can overcome multiplexing challenges inherent in traditional electrical sensing. Collectively, his contributions have helped define a new paradigm for "artificial skin" sensing solutions relevant to next-generation medical devices and intelligent robotic systems.