Saitanay Naribole

Indian Institute of Technology Kharagpur

Papers

Total Citations

H-Index

About

Saitanay Naribole is a pioneering researcher at the intersection of space robotics, tensegrity structures, and mathematical modeling. His most-cited work, "Design, Mathematical Modelling and Analysis of Externally Actuated Somersaulting Tensegrity Spine" (2020, 5 citations), represents a breakthrough in applying tensegrity principles—traditionally used in civil engineering for their lightweight, load-bearing versatility—to robotic locomotion for space exploration. Naribole’s major contribution lies in demonstrating how externally actuated tensegrity spines can perform complex dynamic maneuvers like somersaulting, offering a novel paradigm for resilient, adaptable robots in extraterrestrial environments. This work bridges structural mechanics and robotics, providing foundational mathematical frameworks for designing lightweight, impact-resistant systems. While his citation count reflects the nascent stage of this field, Naribole’s research is gaining traction among engineers seeking alternatives to conventional rigid robots. His achievements include advancing the practical application of tensegrities beyond static civil structures into dynamic, autonomous systems—a critical step for future planetary rovers and deployable space habitats. For students and researchers, Naribole’s work exemplifies how interdisciplinary thinking can unlock new frontiers in robotics and aerospace engineering.