Abdul Muddassir Mohammed

Manufacturing Engineer @Toyota Motor Corporation

Denton, TX, US

Led mechanical design and layout of flexible manufacturing cells for custom vehicle parts, improving space utilization and workflow efficiency by 20%, and reducing cell footprint by 15%. • Performed GD & T and tolerance stack-up analysis using Teamcenter, resulting in an 8% reduction in assembly time and improved manufacturing accuracy. • Designed injection-molded tooling fixtures and workholding components, reducing material costs while maintaining fixture strength and repeatability. • Conducted value stream mapping and bottleneck analysis to identify inefficiencies, leading to process improvements that reduced production cycle time by 18%. • Used ANSYS thermal simulations to optimize cooling systems for manufacturing equipment, increasing uptime by 25%. • Applied Design for Manufacturing (DFM) principles to manufacturing cells and tooling, decreasing production defects and saving $1.2M annually. • Utilized MATLAB to analyze manufacturing process data, optimizing cell layout and operational parameters to increase throughput by 18%. • Implemented thermal management techniques using phase-change materials, reducing equipment overheating by 15°C during peak production.

University of North Texas

Master's degree

Osmania University

Bachelor's of Engineering - BE