• Conducted comprehensive vehicle dynamics analysis across a spectrum of two-wheelers, applying MATLAB to optimise performance outcomes.• Managed an R&D team for research, design, and manufacture of components for mass-produced vehicles, ensuring compliance with IS and AIS standards, and enhanced metal-frame mass production rate through innovative welding fixture tables design.• Enhanced wheel travel of an e-bike beyond OEM capabilities through innovative suspension linkage geometry.• Engineered BOM for suspension and frame components. Prepared assembly drawings for manufacturing.• Played a pivotal role in developing diverse projects (e-bikes, kick-scooters, and quadri-cycles) to ergonomic jig and bump testing rigs using Solidworks, Ansys Mechanical, Autodesk Inventor, and MS Office.

- Assisted in the development of a low-speed electric cargo bike. (Design tools: Autodesk Inventor and Solidworks)(Features: Weldments, sheet metal, machining, tube notching, tube bending, and welding)- Developed welding fixture for frame/chassis of a low-speed electric cargo bike with consideration of mass production.

• Designed and executed CAD modeling (Solidworks), structural FEA (Solidworks, Ansys) and assembly drawings for racecar suspension and steering components, ensuring compliance with Formula Student Rules.• Optimized the vehicle dynamics performance of a combustion engine racecar using Matlab-Simulink, resulting in a 5% reduction in lap times• Developed a sophisticated Decoupled Suspension System, utilizing two independent spring-damper systems to decouple damping effects in bump & roll conditions to reduce lap time and increase various adjustments capabilities.• Developed Kinematic Model using Lotus Suspension Analysis Software to reduce bump-steer and roll-steer, and reduce steering effort.• Assisted in preparing BOM and CBOM for suspension and steering systems, and coordinated with sales and manufacturing vendors to ensure utmost quality of parts and materials.

My aim was to build a team which is capable to overcome any kind of problem, through self-organization and by becoming best version of self. Primary goal was to build an open-wheeled, single seater racecar for competition purpose, by a team which worked on a well-monitored plan and executed well under a period of one year and limited budget.

Represented as a Driver of GTU Motorsports at National Level Formula Student Competition like SUPRA SAE INDIA 2018, Formula Bharat 2019 and Formula Bharat 2020.

• Enhanced vehicle dynamic performance through racecar set-ups which includes adjustments of vehicle weight balance, tire pressure, anti-roll bar, ride height, and damper adjustments.• Designed and manufactured custom springs and torsion bars, optimizing vehicle performance.• Developed MS Excel-based analysis tools like Weight Transfer Calculator and Spring & ARB stiffness calculator for data analysis during testing, aiming to reduce lap times.• Regular rebuilding of Ohlins Dampers for optimal performance.

Developed advanced Solidworks CAD models for prototype components, showcasing expertise in plastic part design through injection moulding and ultrasonic welding, tailored for residential and office applications. And enhanced proficiency in surface modelling and rendering.