Designed and conceptualized legacy and new product, as well as improved manufacturing processes and production methodologies to improve manufacturability, quality, efficiency and functionality. Researched and analyzed manufacturing needs, then sourced and procured machinery and tooling to vastly improve fabrication capabilities and efficiency. Performed time studies and line-balancing to remove bottlenecks. Optimized tool use and implemented tool life tracking processes and procedures. In charge of scheduling and team supervision. Key Accomplishments • Designed and finalized products for mass production and prototypes using engineering principles. • Drove and implemented in-house CNC fabrication, which increased production efficiency by 500 percent. • Saved the company $10,000 monthly on material cost. • Collaborate with venders ensuring quality and consistency.• Incorporated Kaizen and Lean Six Sigma processes on daily production workflow to improve productivity. • Main point of contact to R&D to optimize manufacturability and DFMA of new product.

Design structural parts (3D modeling) using latest SolidWorks and construct precise and highly efficient dimensioned engineering drawings. Determine range of parameters such as cost, time, manufacturability, waste, customer requirements, and safety. Program completed designs using computer-aided machine codes for computerized numerical control (CNC) machines and fabricate specific part into final shape, ensuring optimal quality before production. Key Accomplishments• Saved company $3,000 weekly by minimizing material waste during sheet metal design processes.• Highly proficient in Geometric Dimensioning and Tolerancing (GD&T). Created detailed engineeringdrawings with Bill of Materials (BOM) that comply with the ASME-Y14.5M-1994 standards, and conceptual instructional guides for assemblies with precise geometric dimensioning, tolerancing, and denotation design incorporation.• Evaluated structural integrity and enhanced failure prevention by performing classical strength of materials calculations. Conducted Finite Element Analysis (FEA) using NeiNastran and FEMAP to reinforce calculated results from classical methods.• Ensured that products adhered strictly to domestic and international regulations by performing /monitoring non-destructed testing (NDT).• Spearheaded numerous manufacturing improvements using Lean-Manufacturing Kaizen process, including optimizing flow of receiving / storage of raw material, along with production line and packaging / shipment processes during company’s relocation to new facility. Strengthened facility safety by performing calculations on load capacity on all pallet racks and other load bearing shelves.• Recognized for strong technical expertise through selection by senior leadership to research / purchase state-of-the-art computer software to revolutionize company’s design and fabrication process, with focus on saving valuable resources.