• Provided Engineering, Legal, Ergonomic & Safety Criteria to Studio for design of Overhead Trim components.• Produced interior component surfaces and solids using Dassault 3DEXPERIENCE in accordance with NHTSA Standards.• Conducted Design & Analysis of Sun Visors, Windshield & Rear View Mirror Assembly to ensure durability.• Conducted structural analysis on overhead trim components to ensure their durability under abuse test conditions.

• Developed a conveyor belt transfer system to facilitate the efficient and safe transfer of crates containing food. • Identified critical operational variables, including distance traversed, operational velocity, and elevation changes along the designated path.• Developed a design concept for a conveyor system utilizing a Urethane belt, and subsequently created a comprehensive design for a sturdy Galvanized Steel Frame to provide structural support for the conveyor belt.• Created customized sensor mounts that were affixed to the extremities of the specified trajectory to facilitate automated commencement and cessation of operations, governed by dual motors.• Created technical drawings in the SolidWorks software, utilizing third-angle projection techniques and accompanying bill of materials to ensure efficient and cost-effective fabrication. • Disseminated drawings among vendors to determine the most favorable manufacturing cost, shortest lead time, and minimal transportation expenses from factory to client location.

• Designed Material Handling and Manufacturing Equipment, achieving cost savings through low-cost automation projects.• Developed a Scissor Lift that enhanced the Model 3 Production Line's cycle time, resulting in a 45% increase in productivity and better ergonomics. • Revamped HVAC Dolly's on Model S & X assembly line by implementing symmetrical, reinforced modifications, reducing tow bar and tow hitch plate shearing by 100% and ensuring seamless production.• Innovated and implemented the inaugural quad steer dolly for seamless transport of drive units from dock to production line, increasing efficiency and reducing transfer time by 25%, supporting Model S & X production.• Engineered gas strut-based dolly to replace sliding drawers for Model S & X Brake calipers, reducing wear and tear issues by 100%. • Developed an efficient control panel and HMI interface, enabling real-time process monitoring for Model Y production line.• Implemented Poka Yoke techniques on General Assembly Line of Model S & X, resulting in complete elimination of a major safety crisis and ensuring operator-independent safety.• Played a crucial role in ensuring the timely launch of the revamped Model Y production line during Shutdown. Resolved the Doorline Kitting box labeling issue by quickly relabeling them, resulting in zero launch delays.• Revamped subpar vendor equipment by modifying HMI and code to enhance functionality and improve efficiency for General Assembly Line of Model S & X. • Revitalized IP Harness Dolly’s on Model S & X General Assembly Line by creating compelling tote designs using 3DX software.• Created precise 3DX drawings for welding specimen, enabling Mobile Equipment and Maintenance to effectively evaluate technicians' skills and onboard new hires.• Facilitated seamless transition of Production Control projects from CATIA V5 to 3DX Platform. Upskilled team members by conducting weekly tutorials.

• Crafted engaging assignments & projects for 120+ undergraduate students of Strength of Materials and Solid Mechanics courses. • Proficiently presented & instructed ABAQUS Finite Element Software, enabling successful simulations for diverse structural elements.• Created and assessed project and assignment modules for Mechanics of Materials course.

• Engineered innovative storage rack solution for aircraft fuselage, utilizing CATIA V5 and sheet metal fabrication techniques.• Attained exceptional precision in rack discretization using Hyper Mesh CAE Software with minimal element failures, resulting in a remarkably accurate outcome.• Conducted ANSYS Finite Element Analysis of Rack under normal and emergency landings, measuring key metrics including Von Misses Stress, Max Deformation, Stress Concentration Points and Cycle Life. Produced Bill of Materials & Drawings, enabling successful design implementation.

• Proficiently trained in Assembly and Welding procedures of PSLV and GSLV Launch Vehicles. • Created precise CNC codes for various machine tools, enabling the fabrication of fuel tanks for both PSLV and GSLV Launch Vehicles • Collaborated with scientists to create jigs and fixtures for storage and manufacturing using SolidWorks.

• Created complex Hydraulic and Pneumatic Circuits with precision, integrating multiple valves and sensors to deliver efficient solutions for real-world scenarios.• Developed PLC programs and integrated them with pneumatic cylinders through ladder logic to streamline conveyor material transfer process.