Winner. Scientist of the Year 2024

Shashank Pasupuleti

Academic title, degree: Master of Science in Mechanical Systems - Engineering Technology
Fields of science: Robotics, Artificial Intelligence, Engineering Design, Modelling and Simulation
Research interest: Robotic systems, Medical device design, System model simulation, Model-based systems engineering (MBSE), Digital continuity, Systems integration, AI-driven applications, Advanced robotic systems for minimally invasive surgery, Autonomous robotic systems for rehabilitation, Digital twins in design, Machine learning for predictive maintenance in medical robotics, Advanced system architectures for robotic surgery platforms and real-time performance monitoring
Career Development: Senior
Organization: Capgemini Engineering
Position: Senior Product and Systems Engineer
City: Rensselaer, New York
Country: USA

Shashank Pasupuleti is an experienced Senior Systems Engineer with specialized knowledge in robotics, mechanical engineering, and systems integration. With a strong background in the medical device and robotics industries, he has made significant contributions to the design, development, and testing of advanced technologies.

Shashank earned his Master’s degree in Mechanical Systems from the University of North Texas (UNT), where he developed expertise in systems engineering, product design, and mechanical analysis. During his studies at UNT, he gained hands-on experience and conducted research in robotics, engineering design, simulation, and tolerance analysis, which formed the foundation for his work in medical robotics.

Before completing his Master’s degree, Shashank earned a Bachelor's degree in Mechanical Engineering from JNTUH in India. This program gave him a deep understanding of mechanical design, manufacturing processes, and the integration of complex systems. His undergraduate project on ‘Bio-engineered Robotic Ornithopter’ earned him the Designer Award from his college and a $2,000 grant for his research.

Shashank currently works as a Senior Product and Systems Engineer at Capgemini Engineering, where he leads a team focused on developing system engineering models for cross-functional collaboration in new product development. His work involves system architecture, risk management, and modeling and simulating complex systems.

Previously, Shashank was a Senior Systems Engineer at THINK Surgical, where he played a key role in developing robotic platforms for total knee replacement surgeries. He was involved in system design, testing, and developing robotic systems, contributing to the successful launch of a miniature surgical robotic system.

Earlier in his career, Shashank worked at Auris Health, where he focused on integrating robotics into medical systems, including developing and testing robotic arms and other critical components. His contributions helped improve the reliability and performance of these systems.

Shashank’s expertise in system design, risk management, and product development has made him a valuable asset to the fields of robotics and mechanical systems. His dedication to continuous innovation, improvement, and sustainable practices has driven impactful advancements throughout his career.

Shashank Pasupuleti has made significant contributions to the fields of robotics and mechanical systems engineering. With extensive experience in product development, systems engineering, and robotic technologies, he has played a key role in advancing innovative solutions across various industries, including healthcare and manufacturing.

Throughout his career, Shashank has worked on groundbreaking projects, including developing design frameworks for new product development (NPD) and implementing systems engineering models for risk, requirements, and system architecture at Capgemini. His work spans system design and architecture to product releases, ensuring that robotic systems meet stringent industry standards. At THINK Surgical and Johnson & Johnson, he contributed to designing and testing robotic platforms used in surgical and medical procedures, focusing on optimizing performance and system reliability.

As a researcher, Shashank has published papers on topics such as vibration control of robot arms, mechanical system optimization, and integrating robotics into healthcare. His research focuses on improving robotic systems' safety, efficiency, and functionality through innovative design and advanced technologies.

Looking ahead, Shashank remains committed to advancing the robotics field and driving intelligent robotic systems development. He aims to create more efficient, reliable, and sustainable robotic solutions for the future.