Riley Reynolds
Robotic Trocar Placement Surgical Robotics Engineer @ Virtual Incision University of Nebraska-Lincoln
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Riley is developing an innovative automated trocar placement device to enhance the safety and precision of laparoscopic and robotic abdominal surgeries. By integrating optical visualization with advanced pressure-sensing technology, the device reliably detects when the abdominal cavity is accessed, reducing the risk of organ injury.
Building on research conducted during graduate studies at UNL and experience in surgical robotics at Virtual Incision, Riley’s work aims to provide surgeons with real-time feedback for safer and more effective procedures.
ABOUT RILEY:
Riley Reynolds is a mechanical engineer with a master’s degree in mechanical engineering, specializing in innovative solutions in robotics and surgical technology. He has contributed to groundbreaking advancements at Neocis and is currently leveraging his expertise at Virtual Incision. A father to four wonderful children—Adelyn, Micah, Hazel, and Milo—he balances family life with a passion for pushing the boundaries of mechanical design and engineering. Riley is dedicated to making a lasting impact in the field through his work and innovative spirit.