Mohamed Kharboutly

Centre National de la Recherche Scientifique, Franche-Comté Électronique Mécanique Thermique et Optique - Sciences et Technologies

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About

Mohamed Kharboutly is a leading researcher in microrobotics, specializing in non-contact manipulation and high-precision assembly at the microscale. His work addresses critical challenges in transporting, positioning, and packaging microcomponents for next-generation manufacturing and 3D microsystems. Kharboutly pioneered closed-loop control of magnetic particles at the air–liquid interface, enabling high-speed, non-contact actuation for precise microcomponent handling—a breakthrough detailed in his most-cited paper (34 citations). He also advanced dielectrophoresis-based systems with high-speed closed-loop control (21 citations), offering reliable methods for moving and positioning nanocomponents. In the realm of 3D packaging, his research on capillary self-alignment combined with hybrid robotic handling (9 citations) provides a solution for stacking ultra-thin, fragile dies with improved throughput and accuracy. Additionally, Kharboutly contributed to the design and control of MagPieR, a magnetic microrobot (5 citations), addressing key challenges in remote force field actuation. With a cumulative impact of nearly 70 citations, his work bridges fundamental microrobotics and industrial applications, offering innovative pathways for high-speed, precise, and non-contact microscale manipulation.