Steven Engebretsen

Papers

Total Citations

H-Index

About

Steven Engebretsen is a researcher whose work has centered on surgical safety and the reliability of robotic instrumentation. His most notable contribution is a prospective analysis of robotic tip cover accessory (TCA) failure, a critical study that systematically investigated insulation defects in monopolar scissors—a device designed to prevent dangerous current leaks during minimally invasive surgery. By documenting real-world failure rates and associated risks, Engebretsen’s research has directly informed best practices in robotic surgery, helping to reduce the incidence of patient injury from electrical burns. With his key paper accumulating 9 citations, his findings have been referenced by surgeons and biomedical engineers seeking to improve device design and intraoperative safety protocols. Engebretsen’s work stands as a vital, data-driven call for rigorous quality control in surgical technology, underscoring the importance of proactive failure analysis in an era of rapidly advancing robotic systems. His research remains a touchstone for those dedicated to bridging the gap between innovation and patient protection.