• Assisted with line startup, ensuring proper setup and compliance with Poke Yoke for various Machine.• Operated CNC, Pulley Bolt, and Laser Machines to assemble parts with high precision.• Conducted quality checks using gauges and adhered to detailed packing instructions.• Maintained cleanliness and followed safety protocols consistently.

• Operated robotic assembly line from setting up fixtures, first off and last off procedure.• Operated various hand tools like drill, electric screwdriver, grinders for rear and front lights assembly.• Performed quality control procedure and packed parts.• Followed safety protocols consistently with PPE.

Project Member• Led the complete restoration of a lathe, including dismantling, cleaning, repainting, and rewiring.• Designed and machined new lathe handles using Autodesk Inventor and manual machining processes.• Improved lathe accuracy through precise calibration and adjustment of components.• Rewired electrical components, improving machine safety and functionality.• Completed the project ahead of schedule, demonstrating effective time management.

Recruited to lead new product development initiatives, with a focus on enhancing tillage and plough equipment designs using Solidworks. My role involved innovating part and subassembly development and fostering collaboration across design and production.• Edited Revised 2D Drawings to assist welders and machinists with providing clear blueprint with all required dimension and symbols.• Utilized GD&T principles in drafting practices, ensuring high precision and quality in design outputs.• 3D Design and development of tillage equipment, utilizing Solidworks for 3D model creation, also assisting in prototype with making required changes in design after feedback.• Worked on robotic fixture design project designing fixture for robotic welding process using 3D design and assembly to achieve ease of loading and unloading of part.• Designed custom stackable metal bins for storage of metal parts utilizing Solidworks weldment with stress analysis• Achieved substantial improvements in design for manufacturability, effectively reducing production complexity and costs by up to 10%.