Shashank Pasupuleti
Senior Product and Systems Engineer, Capgemini Engineering, US

Systems Engineer with over eight years of experience in robotics, artificial intelligence, and medical devices. My journey has been a fascinating one, involving contributions to robotic-assisted surgical systems and innovations in medical technology.

Professional Impact

Throughout my career, I’ve had the privilege of making a meaningful impact in robotics, artificial intelligence, and medical devices. At GE Healthcare, I contributed to the development of medical diagnostic equipment, improving verification and validation processes to ensure they met the highest industry standards. While at Fresenius Medical Care, I helped enhance dialysis devices, ensuring regulatory compliance and driving improvements in sustainability and performance. At Auris Health (Johnson & Johnson), I played a key role in the success of the Monarch Platform, a robotic system for minimally invasive procedures, ensuring the accuracy and reliability of its robotic arms and calibration systems. My work at THINK Surgical on the TMINI robotic system for knee replacement contributed to its successful FDA clearance. Currently, as a Senior Product and Systems Engineer at Capgemini Engineering, I lead initiatives focused on risk management, verification, and validation, delivering cutting-edge solutions for life sciences projects. Throughout these experiences, my goal has been to integrate robotics and medical technology in ways that significantly improve patient care and operational efficiency.

Research and Thought Leadership
I’ve also had the chance to contribute to the academic side of things, authoring several papers on key challenges and innovations in medical systems engineering and robotics. Some of my notable research papers include:

  1. Vibration Control and Noise Reduction in Mechanical Systems: Techniques and Applications
  2. Addressing Latency and Reliability Issues in Integrated Medical Devices for Remote Surgery
  3. Model-Based Systems Engineering (MBSE) for the Design and Integration of Complex Robotics Systems
  4. Design Complexity and Risk Management in Integrated Medical Devices for Critical Care
  5. Robotic Process Automation (RPA) in Healthcare: Streamlining Hospital Operations and Patient Care
  6. Using Digital Twins for Fault Detection and Root Cause Analysis in Mechanical Systems
  7. System Integration Failures and their Impact on Patient Safety in Critical Care Settings
  8. Modeling Simulation in Robotic Process Automation: Exploring Potential for Speed and Efficiency in Critical Systems

Keynote for Judging the International Research Awards

It is a true honor to serve as a jury panel member for the International Research Awards, a prestigious platform that celebrates the incredible advancements in Science, Technology, and Management across a diverse range of disciplines. These awards not only recognize excellence but also provide a global stage for groundbreaking work that has the potential to drive meaningful change in industries and society. As a judge, I am inspired by the innovative research and technological innovations presented by the participants. This is an exciting opportunity to assess contributions that push the boundaries of knowledge and creativity, particularly in areas that can have a profound impact on engineering. It’s a privilege to be part of this process and to witness the vision and dedication of those who are shaping the future of science and technology. I look forward to the opportunity to engage with such high-level work and to help identify and celebrate the trailblazers who are leading the way forward.

Awards and Recognition
Throughout my career, I have been fortunate to receive recognition for my work. In 2024, I was humbled to receive the GLOBAL RECOGNITION AWARD for my contributions to systems engineering and medical technology. Additionally, I was honored to be named Scientist of the Year 2024 by the International Achievements Research Center. These recognitions mean a great deal to me, as they reflect the passion and dedication, I bring to advancing innovation in the field of medical devices and robotics.

Vote of Thanks
I would like to express my heartfelt thanks for the opportunity to serve as a judge for the International Research Awards. It has been incredibly inspiring to review and assess the remarkable research and technological innovations presented by all the participants. I am grateful for the opportunity to witness such outstanding work, and I look forward to seeing how these contributions will continue to impact and shape the future of science, technology, and healthcare.