Medha Deshpande

Visvesvaraya National Institute of Technology

Papers

Total Citations

H-Index

About

Medha Deshpande is a researcher specializing in mechanical instrumentation and force measurement systems, with a particular focus on strain gauge-based transducer technology. Her most-cited work, "Development, calibration and testing of three axis force sensor" (2016), addresses the critical challenge of multi-axis force and torque measurement—a fundamental requirement in robotics, aerospace, and industrial automation. Deshpande's contributions center on the design, calibration, and testing of force transducers capable of simultaneously resolving three orthogonal force components and three moments, advancing the precision and reliability of these essential sensing elements. While her citation count of 5 reflects a specialized technical audience, the practical significance of her work lies in its application to real-world force analysis, where accurate multi-axis measurement is crucial for system performance and safety. Her research bridges the gap between theoretical sensor design and experimental validation, offering methodologies that can be adapted for advanced instrumentation in fields ranging from biomechanics to manufacturing. Deshpande's work represents a foundational step in the ongoing development of more sophisticated force sensing technologies.