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About

Mehrdad Moallem is a distinguished researcher whose work sits at the intersection of robotics, haptics, and medical technology, with particularly profound contributions to minimally invasive surgical systems. His landmark 2006 survey on needle insertion into soft tissue, accumulating nearly 700 citations, established a foundational reference for researchers working on percutaneous procedures such as biopsies and brachytherapy. This work, complemented by his studies on controlling soft tissue deformation during robotic needle insertion, reflects a sustained commitment to improving precision in surgical interventions. Moallem has been a leading voice in haptic feedback research for surgical robotics, arguing convincingly that restoring the surgeon's sense of touch is critical to safe and effective minimally invasive procedures. His contributions span sensorized end-effectors, force-reflective master-slave systems, and high-fidelity bilateral teleoperation, collectively cited hundreds of times across the robotics and biomedical engineering communities. His 2008 monograph on haptics for teleoperated surgical systems further cemented his authority in the field. Beyond surgery, his recent highly cited review of in-pipe robots demonstrates an impressive breadth of expertise. Moallem's body of work has meaningfully shaped how engineers design and evaluate human-robot interaction systems, making him an essential figure for students entering surgical robotics or teleoperation research.