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About

Dr. Nathi Ram Chauhan is a robotics researcher whose work focuses on the intersection of bio-inspired design, intelligent control, and practical automation. His key research areas include continuum robots for medical applications, inverse kinematics optimization, and robotic calibration. Dr. Chauhan’s major contributions include developing an innovative approach to solving inverse kinematics for a 3-R robot using artificial neural networks combined with modified particle swarm optimization, a method that has garnered 16 citations and demonstrates significant potential for improving robotic precision. He is also recognized for his comprehensive review on snake-like continuum robots for medical surgeries (13 citations), which highlights their ability to navigate confined spaces for minimally invasive procedures. Additionally, his work on wireless power transfer for robotic arms, two-fingered friction grippers for wheeled mobile robots, and coal mine rescue robot simulations showcases his versatility in addressing real-world challenges. Dr. Chauhan’s critical review on robot calibration further underscores his commitment to foundational robotics research. With a total of over 40 citations across his most-cited works, Dr. Chauhan’s research is shaping the future of intelligent, adaptable robotic systems for healthcare, industrial, and rescue applications.