Projects

I have mastered the skills of time management, optimal resource sweating, tactful planning, and effort channelization by working on various projects with various people. I always cherish each project I have been part of because working in a company comes with many resources and readily available guidance, but being a student and working on each project taught me to be pragmatic.

May 2023 - December 2023

January 2022 - May 2022

January 2018 - April 2018

January 2017 - April 2017

August 2016 - October 2016

Design and Finite Element Simulation of Meta-Cells with Pre-Stresses

Designed a unit cell with varying pre-stress under uniaxial compression to analyze Von-Mises stress and energy absorption using ABAQUS.
Compared the best possible case of pre-stressed symmetric and chiral unit cells to determine the model with the least von Mises stress and highest energy absorption.
Analyzed the symmetric, chiral and achiral packed cell configuration under uniaxial compression and determined the effects of friction.
Plotted the energy absorption curves to compare the effects of change in radii for the achiral models.

Robotic Arm

● Designed a robotic arm to avoid mundane and obnoxious tasks.
● Incorporated all the parts in the design to replicate a real-life working model

Design and Optimization of Heat Pipes

• Designed heat pipes used in laptops by varying material, shape, heat flux, and fill ratio parameters in SolidWorks.
• Calculated the heat transfer for five models and determined the most efficient model with flow analysis in ANSYS.

Design and analysis race car muffler

• Engineered a custom race car muffler and performed an acoustic analysis in SolidWorks and LMS Virtual Lab.
• Replaced the existing absorptive muffler in the CBR600cc engine with a reactive muffler and analyzed the backpressure.

Non-Newtonian Fluid Suspension System

• Minimized the fluctuations in a vehicle by replacing the conventional fluid with non-Newtonian fluid(Oobleck) in the damper.
• Determined properties like load, compressive strength, and elongation using Universal Testing Machine (UTM) and compared them with the existing model.