Master's thesis work:- Research on increasing the voltage output of cantilever beam type power scavengers.

Design improvement and simulation of EH using various dimensions of beam and piezoelectric patch.

Designing was done in Autodesk Inventor. Stress, Strain, Natural frequency, and voltage output simulations were performed using COMSOL Multiphysics. The improved design gives 6%, 12.57%, 69.59% increase in OCV output, Power output, Power density output respectively with 10% reduction in resonant frequency than that of previous research.

The Research paper submitted

Title:- Effect of slots in a cantilever beams for improved piezoelectric vibration energy harvesting.

Journal:- Journal of Vibration and Control

Publication:- SAGE Publications

3D model of a real-life fertilizer mixer, measured the dimensions from the original. Modeled 9 different parts and assembled in Autodesk Inventor.

The relative drive is given between motor and gearbox pulleys; and gearbox and main blades of the mixer.

When the motor is powered it rotates the gearbox pulley and as the result of the motion gearbox, the blades rotate.

A petro-electric hybrid motorcycle that switches between power sources at different speeds.

Built to increase the efficiency, off-the-line speed, and reduce emissions/km of the standard motorcycle. An approximate 30% increase in efficiency was observed during a combined city and highway loop. Majority of which was within the city. Final undergrad project.

3D model of currently used machine vice modeled in Autodesk Inventor.

Assembly of several designed parts and the drive was given between vice screw and sliding jaw.

Real-life problem solving during an internship in Neoplast Engineering Pvt. Ltd.

Designed "C" bracket to mount Aspiration System on the stage of the vacuum conveying system.