Spearheading end-to-end manufacturing of drivetrain components, managing a high-performing engineering team of 50. Overseeing the entire lifecycle from design specifications, prototyping, machining, and assembly to ensure uncompromising quality control throughout production.Driving performance tuning and optimization of drivetrain systems, with a focus on maximizing acceleration dynamics, gear shift efficiency, and vehicle responsiveness. Achieved significant improvements in power… Show more Spearheading end-to-end manufacturing of drivetrain components, managing a high-performing engineering team of 50. Overseeing the entire lifecycle from design specifications, prototyping, machining, and assembly to ensure uncompromising quality control throughout production.Driving performance tuning and optimization of drivetrain systems, with a focus on maximizing acceleration dynamics, gear shift efficiency, and vehicle responsiveness. Achieved significant improvements in power delivery, enhancing the overall driving experience.Leading the redesign and implementation of critical drivetrain components, including drive sprockets, gear shifters, and differential mounts. Executed in-depth analyses to identify optimal designs and positioning, which improved handling, stability, and reliability.Orchestrating rigorous testing and validation processes to assess design changes and performance upgrades. Utilized MATLAB to analyze data, driving continuous improvements, and thoroughly documenting results for future design and development strategies. Show less

Engineered an automated CNC Lathe program for fabricating and machining high-precision metal components, including uprights, bushings, and bellcranks for the university's Formula SAE Racing Team.Enhanced production process flow by collecting and analyzing machine run data, achieving component precision to an accuracy of ± 0.0001 inch.Streamlined the manufacturing process by developing a real-time job tracking roadmap, resulting in a 50% increase in throughput and ensuring timely… Show more Engineered an automated CNC Lathe program for fabricating and machining high-precision metal components, including uprights, bushings, and bellcranks for the university's Formula SAE Racing Team.Enhanced production process flow by collecting and analyzing machine run data, achieving component precision to an accuracy of ± 0.0001 inch.Streamlined the manufacturing process by developing a real-time job tracking roadmap, resulting in a 50% increase in throughput and ensuring timely completion of critical parts.Interpreted blueprints of the university's FSAE racing car frame, specializing in welding and the precise fabrication of notches, ensuring structural integrity and compatibility with drivetrain components.Utilized a variety of advanced tools including 3D Printers, CNC Lathes, Water Jets, CNC Mills, Band Saws, Orbital Sanders, and Dremel Rotary Tools, consistently achieving top-tier fabrication results. Show less

Analyzed machine backup parts and reserve supplies, minimizing equipment downtime by ~20% through optimized stock levels. Incorporated energy-efficient practices in the manufacturing process by automating machine turn-off when not in periodic use, resulting in a ~15% decrease in energy consumption.

Led initiatives to boost technical knowledge among engineering students through workshops, industry visits, and guest lectures.Organized and led projects for students to gain hands-on experience in mechanical engineering principles, including prototyping, manufacturing, and design.

Collaborated with the business team to automate our company's procedures, optimizing production and efficiency while maintaining the highest quality standards. Our efforts led to significant cost savings and increased competitiveness in the market.Formulated innovative strategies for producing goods with reduced labor, resulting in a 35% decrease in wage costs.