Mourad Elsobky

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About

Mourad Elsobky is a leading researcher in flexible electronics, specializing in the integration of ultra-thin silicon chips, printed sensors, and advanced system-in-foil concepts. His most-cited work, "Ultra‐thin smart electronic skin based on hybrid system‐in‐foil concept combining three flexible electronics technologies" (2018, 32 citations), demonstrates a groundbreaking approach to creating smart electronic skin by merging multiple flexible technologies—including ultra-thin CMOS chips, printed strain gauges, and foil-based substrates. This hybrid system enables mechanical flexibility, thin form factors, and adaptability to irregular surfaces, opening new possibilities for wearable electronics and biomedical sensors. Elsobky also contributed to the design of a CMOS readout circuit on ultra-thin flexible silicon for printed strain gauges (2017, 7 citations), addressing the critical need for high-performance sensor readout in flexible electronics. His work bridges the gap between rigid semiconductor performance and flexible form factors, advancing applications in bendable displays, health monitoring, and soft robotics. By pioneering hybrid integration strategies, Elsobky is shaping the future of conformable, high-performance electronic systems.