Bram Van Hoe

Papers

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About

Bram Van Hoe is a pioneering researcher in the field of flexible optical sensing technologies, with a particular focus on tactile shear stress measurement for medical and robotic applications. His most influential work centers on developing innovative optoelectronic sensor systems that can conform to curved and irregular surfaces, addressing a critical need for unobtrusive, skin-like sensing solutions in biomedical and robotics contexts. Van Hoe's most celebrated contribution, "Flexible Shear Sensor Based on Embedded Optoelectronic Components" (2011), has garnered 51 citations and introduced a groundbreaking approach to monitoring tactile shear stresses in situ through optical power coupling principles. This work established him as a leader in flexible sensor design. He expanded this foundation with complementary research into two-axis shear stress detection and ultra-thin optical tactile sensors, demonstrating a sustained commitment to miniaturizing and refining sensing capabilities. His earlier work on optical fiber sensors embedded in flexible polymer foils further highlights his expertise in optical sensing architectures, particularly the use of fiber Bragg gratings to overcome traditional electrical multiplexing challenges. Collectively, Van Hoe's research has meaningfully advanced the development of artificial skin technologies, offering practical solutions for next-generation prosthetics, surgical tools, and intelligent robotic systems.