K. Kurien Issac

Indian Institute of Technology Bombay, Indian Institute of Space Science and Technology

Papers

Total Citations

110

H-Index

About

K. Kurien Issac’s research lies at the intersection of legged locomotion, energetics, and robotic inspection, with a focus on optimizing how machines move and perceive their environment. His most influential work, “Minimum energy force distribution for a walking robot” (2001, 52 citations), provides a foundational framework for resolving foot force distribution in six-legged walking machines to minimize energy consumption over a full gait cycle—drawing inspiration from insect biomechanics to reduce muscle forces. This contribution is complemented by his study “Gaits and energetics in terrestrial legged locomotion” (2003, 50 citations), which deepens our understanding of how gait patterns affect overall energy efficiency. More recently, Issac has ventured into robotic perception with “Viewpoint planning and 3D image stitching algorithms for inspection of panels” (2023), demonstrating his adaptability to modern automation challenges. With over 100 combined citations, his work bridges biological principles and engineering design, offering practical insights for energy-efficient robotics. Issac’s career reflects a sustained commitment to advancing both the theory and application of locomotion and inspection systems, making him a valuable reference for students and researchers exploring bio-inspired robotics and automated visual inspection.