Shuya Liu

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About

Shuya Liu is pioneering the intersection of robotics and neurosurgery, with a focus on precision neurostimulation and automated cranial reconstruction. Her key research areas include robot-assisted transcranial magnetic stimulation (TMS) and single-stage cranioplasty, where she develops intelligent systems to enhance surgical accuracy and patient outcomes. In her most cited work, "Inside-out tracking and projection mapping for robot-assisted transcranial magnetic stimulation" (2022, 5 citations), Liu introduces a novel approach to TMS coil placement, leveraging inside-out tracking and projection mapping to optimize neuromodulatory effects—a critical advancement for both research and clinical applications. Her contributions to cranioplasty are equally transformative: in "Automated Implant Resizing for Single-Stage Cranioplasty" (2021, 4 citations), she addresses the challenge of manually modifying oversized customized cranial implants (CCIs) during surgery, proposing an automated resizing method that streamlines the procedure. Building on this, her "Robotic System for Implant Modification in Single-stage Cranioplasty" (2021, 2 citations) demonstrates a robotic solution for precise implant adaptation, reducing intraoperative complexity. Liu’s work, though early in citation impact, represents a significant leap toward safer, more efficient neurosurgical interventions, positioning her as a rising leader in medical robotics.