Ganesh Korwar

Papers

Total Citations

H-Index

About

Ganesh Korwar’s research centers on robotics and space technology, with a particular focus on innovative rover designs for challenging terrains. His most-cited work, “Design and development of rover with pick and place Mechanism” (2023), introduces a novel rover that integrates a rocker bogie suspension system—a proven mobility solution—with a functional pick-and-place mechanism. This design enables the rover to traverse rough, uneven surfaces while performing precise object manipulation, addressing critical needs in planetary exploration and disaster response. Although his citation count is currently modest, Korwar’s contribution stands out for its practical synthesis of mobility and manipulation in a single platform, building on established concepts to create a more versatile robotic system. His work reflects a hands-on engineering approach, emphasizing real-world applicability and the potential for future impact in autonomous robotics. As the field advances toward more capable exploration vehicles, Korwar’s integrated design offers a foundation for further development, making his research a valuable reference for students and engineers interested in robotic mobility and manipulation systems.