Muhammad Bilal Nasir

1. Directed fabrication operations, leveraging AutoCAD and SolidWorks to enhance design accuracy and reduce production errors by 20%. 2. Implemented lean manufacturing techniques, achieving a 15% reduction in material waste and improving workflow efficiency. 3. Managed end-to-end supply chain processes, optimizing procurement and inventory management to decrease lead times by 25%. 4. Developed and enforced standard operating procedures (SOPs), enhancing quality control and reducing production defects by 30%. 5. Collaborated with engineering teams to transition complex 3D models into finished products, accelerating time-to-market by 40%.

• Established routings for customer order, defining step-by-step manufacturing instructions, sequences, work centers and machinery requirements. • Used SolidWorks to Create detailed bills of materials (BOMs) listening all necessary materials, component, and assemblies, including quantities and part number. • Employed SolidWorks to provide precise engineering drawings with dimensions, tolerances, and specifications to ensure accurate fabrication. • Aided fabrication processing by supporting the production team with comprehensive documentation and troubleshooting assistance to maintain quality and efficiency.

Manages building, give out appropriate campus information, manage lost and found, accept posting for bulletin board, page building management to area needed, opening and closing of buildings

• Collaborated synergistically with a team of three students to conceptualize and design a hydrostatic transmission system tailored for a lawn mower engine. • Employed AutoCAD and SolidWorks adeptly to meticulously craft the design of each constituent element, including the main pump and wheel pump. • Conducted a comprehensive cost analysis of individual components, discerning their financial implications and contributing to the overall budget determination. • Fabricated a functional prototype of the hydrostatic transmission system, showcasing it at the Engineering EXPO 2023. • Undertook the final reporting phase, presenting our findings and achievements to our manager.

Senior Design Project, Mechanical Vibrations, Manufacturing Process Principles, Introduction to Computer – Aided Design, Manufacturing Process, Engineering Dynamics, Additive Manufacturing and 3D-printers, Dynamic System and control, Mechanisms Dynamics/Machinery, Experimental Methods in Mechanical Engineering, Automations and robotics, Mechanical Engineering Design