● Developed solid CAD models of Bearings using 3D CAD Softwares and assembled them. ● Understand the overhauling process of brakes and the importance of the parts like brake cylinders and centrifugal dirt collectors. ● Developed a multi-physics simulation model in Matlab and Ansys to analyze structural integrity under varying load conditions.

● Applied AI-driven optimization techniques in mechanical simulations, exploring machine learning applications in predictive failure analysis. ● Enhanced proficiency in CATIA and Ansys Workbench, refining mechanical design workflows for manufacturability. ● Developed Arduino-based systems integrating sensors, actuators, and motor control, enabling automation for diverse applications.

● Developed three new R&D testing rigs, enhancing component testing capabilities and shortening system development time. ● Designed and controlled mechatronic systems, including smart street lighting and automated soil moisture monitoring using IR, PIR, LDR, and capacitive sensors. ● Programmed real-time embedded systems using UART, SPI, and I2C protocols, ensuring seamless communication between devices.