Geert Van Steenberge

Papers

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About

Geert Van Steenberge is a leading figure in the development of advanced optical sensing technologies, with a primary focus on flexible, unobtrusive tactile sensors for biomedical and robotic applications. His research centers on creating “artificial skin” solutions that integrate optoelectronic components and optical fiber sensors into ultra-thin polymer foils. Van Steenberge’s major contributions include pioneering flexible shear sensors capable of monitoring tactile shear stresses in situ, enabling real-time force detection on curved surfaces and moving body parts. His most cited work, “Flexible Shear Sensor Based on Embedded Optoelectronic Components” (2011, 51 citations), demonstrates a novel approach using optical power coupling to achieve high sensitivity and flexibility. He further advanced this field with the “Two axis optoelectronic tactile shear stress sensor” (2012, 20 citations) and “Ultra Thin Optical Tactile Shear Sensor” (2011, 11 citations), both of which push the boundaries of miniaturization and multi-axis sensing. Van Steenberge’s work on embedding optical fiber sensors in flexible foils (2010, 9 citations) addresses critical challenges in multiplexing and interconnection, offering robust alternatives to traditional electrical sensors. His innovations hold transformative potential for prosthetics, wearable health monitors, and soft robotics, where conformable, high-fidelity tactile feedback is essential.