Madhukar Gavani

Papers

Total Citations

H-Index

About

Madhukar Gavani is a robotics researcher specializing in the design and control of advanced wheeled mobile robots, with a focus on holonomic and omnidirectional drive systems. His work addresses the growing demand for agile, maneuverable robots in industrial automation, surveillance, and transportation. Gavani’s most cited paper, "Path Planning of Three Wheeled Omni-Directional Robot Using Bezier Curve Tracing Technique and PID Control Algorithm" (2019, 10 citations), introduces a novel approach to controlling the motion vectors of individual wheels in a three-wheel omni robot, enabling stabilized, multi-directional movement through Bezier curve-based path planning and PID control. This contribution is foundational for robots requiring precise, smooth trajectories in constrained environments. In his more recent work, "Design and Control of Swerve Drive Robot Using Kinematic Model" (2023, 4 citations), Gavani extends his expertise to swerve drive systems, offering a kinematic model for independent wheel steering and drive—a key advancement for highly maneuverable platforms. Though his citation counts are modest, Gavani’s research is technically significant for its practical focus on real-world robot mobility, bridging theoretical kinematics with implementable control strategies. His work is particularly relevant for students and engineers developing next-generation mobile robots for dynamic, unstructured settings.