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About

Niki Abolhassani is a pioneering researcher in the field of robotic-assisted medical interventions, with particular expertise in needle insertion mechanics, soft tissue interaction, and minimally invasive surgical systems. Her most influential contribution, "Needle Insertion into Soft Tissue: A Survey" (2006), has garnered an impressive 696 citations and remains a landmark reference that comprehensively mapped the state of percutaneous procedure research, establishing a foundational framework for the field. Her work addresses two critical challenges in needle-based therapies — needle deflection and tissue deformation — developing innovative robotic control strategies to improve placement accuracy in procedures such as prostate brachytherapy and biopsies. Abolhassani's research spans trajectory generation, teleoperated master-slave systems, and augmented reality with haptic feedback for surgical robotics, demonstrating a holistic approach to enhancing surgical precision and surgeon experience. Her studies on controlling soft tissue deformation during robotic needle insertion have directly informed the design of safer, more accurate clinical tools. Collectively, her publications have accumulated over 1,000 citations, reflecting substantial influence across robotics, biomedical engineering, and clinical medicine communities. Her body of work continues to serve as essential reading for researchers advancing the next generation of image-guided and robot-assisted therapies.