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About

Mohammad A. Qasaimeh is a leading innovator at the intersection of microfluidics, soft robotics, and biomedical sensing. His research focuses on developing next-generation microfluidic platforms that integrate automation, 3D printing, and smart readout systems for healthcare and robotic applications. A key contribution is his work on soft microfluidic force sensors, where he introduced an innovative "multi-microchannel" design that significantly enhances sensitivity while extending the sensing range—a breakthrough for precise tactile measurement. He has also pioneered multi-modal microfluidic bend sensors, enabling dynamic analysis of flexible mechanical systems for soft robotics. His highly cited 2023 review, "Next-Generation Microfluidics for Biomedical Research and Healthcare Applications" (50 citations), provides a comprehensive roadmap for the field. Additionally, his early work on an endoscopic grasper with corrugated tactile sensors (2009) addressed the critical lack of tactile feedback in surgery, demonstrating his sustained impact. With publications in top venues like the MARSS conference and a growing citation footprint, Qasaimeh’s work is shaping the future of lab-on-a-chip devices, soft robotics, and minimally invasive medical tools.