Harvard Catalyst Profiles

Overview: Surgical Robotics and Navigation Laboratory offers an opportunity for talented individuals to engage in cutting-edge research in the rapidly growing field of medical robotics. This project aims to explore and develop innovative robotic technologies that enhance the precision, efficiency, and outcomes of medical procedures. Scholars will work alongside engineering, clinical care, and medical research experts to advance the integration of robotics into surgery, diagnostics, and patient care, focusing on improving patient safety, reducing recovery time, and expanding access to high-quality healthcare. Project Goals and Objectives: The primary goal of this project is to engage HMS students in pioneering research that will contribute to the development of next-generation medical robotics. Specific objectives include: Development of Robotic-Assisted Surgery Tools: Design and optimize robotic systems for minimally invasive surgery, emphasizing improving skill, precision, and real-time decision-making during operations. AI and Machine Learning Integration: Explore how artificial intelligence can be integrated into medical robotics for enhanced surgical guidance, automated diagnostics, and predictive analytics in patient care. Human-Robot Interaction in Healthcare: Study how medical professionals and robots can work collaboratively in clinical environments, focusing on user-friendly interfaces and the seamless integration of robots into existing healthcare workflows. Skills and Experience: Scholars involved in this project will gain valuable hands-on experience in engineering and clinical settings. They will have the opportunity to: Collaborate with scientific and clinical faculty to engage in research within surgical and clinical environments, including the AMIGO operating room. Develop expertise in clinical sciences related to cutting-edge medical devices and technologies. Participate in start-up initiatives and academic-industry collaborations, gaining insight into the commercialization of medical innovations. Contribute to interdisciplinary research teams, gaining exposure to a wide range of healthcare robotics applications and their impact on patient care. The successful candidate is expected to: In the past, the most effective approach was to begin with a summer-long internship, followed by part-time participation during the academic term. Attend weekly meetings or meet with their supervisor in person once a week to discuss progress and plan the next steps. Conduct experiments and actively engage in research activities. Attend clinical cases for observation and application of research findings. Learn to write Institutional Review Board (IRB) protocols and navigate the regulatory landscape, dedicating a few hours to one day per week to this task. This role requires a commitment to hands-on research and learning about medical innovation's clinical and regulatory aspects.