Siwen Xie

Cornell University, King's College London, McMaster University

Papers

Total Citations

H-Index

About

Siwen Xie is an emerging researcher working at the dynamic intersection of surgical robotics, minimally invasive techniques, and advanced fabrication technologies. Their work spans clinical applications of robotic-assisted surgery and cutting-edge innovations in microrobotics, positioning them as a versatile contributor to the future of medicine and biomedical engineering. Xie's most impactful contributions include a highly cited 2023 study examining same-day discharge protocols for robotic-assisted radical prostatectomy, which gained 28 citations by addressing critical questions about cost efficiency, patient safety, and satisfaction in the context of post-pandemic surgical care. This work has practical implications for healthcare systems seeking to optimize resources without compromising outcomes. A 2024 review on robotic technologies in gynaecological laparoscopic surgery, accumulating 26 citations, further demonstrates Xie's breadth, synthesizing the evolving landscape of assistive surgical technology for clinical audiences. Most recently, Xie has ventured into the frontier of fabrication science, contributing to research on 3D-printed magnetic soft microrobots intended for biomedical applications — a promising direction with transformative potential in targeted therapy and minimally invasive intervention. Together, these works reflect a researcher bridging operating room innovation with next-generation robotic engineering.