• Developed comprehensive cap table models to analyze ownership structure, equity distribution, and dilution scenariosfor a seed-stage startup, ensuring accurate financial forecasting and alignment with investor interests• Created term sheets, defining key investment terms, including financial modeling and valuation, liquidationpreferences, and investor rights, to secure early-stage capital for startups• Created detailed investment memos, conducting market research, financial analysis, and competitive positioning toprovide a compelling case for investment in a promising seed-stage startup

• Performed tests such as cycled immersion test, seal plug vacuum test, and proof pressure test alongside testengineers for brake actuators• Utilized Siemens NX and SolidWorks to design and develop 3D models of fixtures supporting various components forthe corrosion chamber• Produced multiple 3D printed fixtures to facilitate the assembly and testing processes and conducted Finite ElementAnalysis (FEA) to ensure the structural integrity and performance of fixtures holding brake actuators• Collaborated with cross functional teams to identify, produce and execute test strategies and verification standardsfor brake actuators

Designed a front crash test structure in NX and testing it for deformation under various conditions in ANSYS• Led carbon fiber research, resulting in 30% weight reduction for chassis frame compared to aluminum• Utilized Siemens NX to design the throttle pedal, ensuring seamless integration with other chassis components• Developed a calculator for cable travel in MATLAB in order to ensure the best angle at which throttle pedal opensthe fuel intake so that fuel efficiency and driver comfort can be maximized

 Worked in a team and improved the pneumatic recovery system for a two stage rocket ‘Tempting Fate II’ which flew with success Developed a new design for drogue recovery and the main recovery system for the rocket ‘High Mach’ that is planned to reach Karman line,  Used Solidworks to design a separation mechanism which would launch the drogue chute and separate the system into two parts and the essential components can be recovered safely. Deploying a new method to reef parachutes instead of using a tender descender and drogue chute to recover the parachute

In the process of designing a system for cut and fill operation and integrating it with the existing chassis and drivetrain to present in the Lunabotics competition  Researching ladder bucket method for excavation and to fill up patches to level the land and smooth traversal for the vehicle Researching the materials that would be required to manufacture the excavator’s crank arms and the bucket itself along with bucket teeth

Improved the design of the cylinder cushioning spear system for mid-range products (backhoe loader)  Conducted research into the industry standards for cushioning spear and made recommendations based on statistical analysis Developed full-fledged knowledge of the operation and the assembly unit of the backhoe loader

• In the process of designing an autonomous drone delivery system from scratch for delivering small to medium size payloads for efficient delivery• Collaborating with software subteam and the members involved in the project to complete this project within the next year