

Mechanical Engineer with strong hands-on experience in manufacturing, quality control, and process optimization within high-volume production environments. Proven track record in reducing costs, improving cycle times, and enhancing product quality through data-driven decision-making and continuous improvement methodologies.
• Established a centralized tool management system (Tool Center), reducing annual cutting tool and monthly insert costs from 8M TL to 3.5M TL (~56% cost reduction)
• Achieved an average ~19% cycle time reduction across a large-scale production environment with around 1000+ machines, significantly improving overall operational efficiency and throughput
• Designed and developed 45+ fixtures, jigs, gauges, reverse-engineered parts, and workholding systems to improve machining accuracy, repeatability, and production efficiency
• Led tooling selection, process planning, and machining optimization for complex components
• Actively contributed to camshaft projects for global companies such as Renault, Bosch, Ricardo, Cummins, and Ford, including design, CNC programming, and tooling processes
• Utilized CAD/CAM tools (SolidWorks) for part design, manufacturing planning, and process optimization
• Performed incoming, in-process, and final inspections of medical components
• Verified product compliance with technical drawings, GD&T, and tolerance requirements
• Utilized advanced measurement systems including Mitutoyo optical measurement and Zeiss CMM
• Contributed to quality improvement activities in production processes
• Designed and developed custom gauges (fixtures) for measurement and validation
• Participated in the design and development of medical products
Technical Skills;
• Measurement Tools: Caliper, micrometer, height gauge, bevel protractor, gauge blocks, all types of gauges
• Advanced Metrology: Mitutoyo optical systems, Zeiss CMM
https://www.linkedin.com/in/muhammedalparslankocyigit/