Quotation Stage (RFQ): Involved in reviewing engineering drawings and conducting CAM studies to estimate machining, jig & fixture fabrication, cutting, and manpower costs, ensuring accurate and competitive quotations.New Product Development (FAI): Actively participate in defining machining processes, selecting cutting tools, fabricating jigs & fixtures, programming CAM, conducting pilot runs, and performing First Article Inspection (FAI) machining to ensure new products meet design specifications and quality standards.PFMEA and Control Plan Development: Contribute to the development of Process Failure Modes and Effects Analysis (PFMEA) and control plans for new products to identify potential risks and implement effective control measures.Training and Work Instructions: Develop comprehensive work instructions and conduct training sessions for production staff, enhancing their understanding of workflow and the application of advanced machining techniques.Technical Support and Process Improvement: Monitor existing manufacturing processes, providing technical support to the production team to resolve manufacturing issues. Conduct process studies to identify areas for improvement and optimize production processes and cycle times.Quality Assurance and Compliance: Work closely with Quality Assurance (QA) Engineers to maintain product quality and ensure adherence to AS9100 quality standards. Support QMS and QA teams during AS9100 surveillance audits by initiating, maintaining, and updating required documentation.CMM Programming and Operation: Operate and create Coordinate Measuring Machine (CMM) programs to meet drawing requirements using ZEISS Contura G2, ensuring precise measurement and verification of part dimensions.Mechanical Design Tasks: When necessary, cover tasks of Mechanical Design Engineers, such as designing jigs & fixtures, creating engineering drawings, and sourcing tools & accessories, contributing to the overall design and development process.

CNC Milling Operation: Proficient in setting up, programming, and operating CNC milling machines, including 3-axis and 5-axis configurations. Ensure accurate and efficient machining of components according to engineering drawings and specifications.Material Expertise: Experienced in machining a diverse range of materials such as nylon, PEEK, Teflon, acrylic, carbon steel, stainless steel, and aluminum. Utilize knowledge of material properties and cutting parameters to achieve optimal machining results.Measurement and Quality Control: Skilled in using a variety of measurement tools including digital height gauges, profile projectors, block gauges, pin gauges, digital calipers, digital micrometers, and measuring microscopes. Conduct thorough inspections to verify part dimensions and maintain high-quality standards.Process Optimization: Actively participate in process improvement initiatives to enhance machining efficiency, reduce cycle times, and optimize tool utilization. Implement best practices to ensure consistent and reliable production outcomes.Safety and Compliance: Adhere to safety protocols and regulatory requirements during all machining operations. Maintain a safe work environment and uphold compliance with industry standards and procedures.Team Collaboration: Collaborate closely with engineering and production teams to interpret technical drawings, troubleshoot machining challenges, and contribute to the continuous improvement of manufacturing processes.

• CNC Milling Programming: Expert in creating and optimizing CNC milling programs using MasterCAM software. Develops efficient tool paths and machining strategies to achieve precise part dimensions and surface finishes.• CNC Milling Operation: Proficient in running CNC milling machines, specializing in both 3-axis and 3+1-axis configurations. Executes machining operations to manufacture components from a diverse range of materials including nylon, PEEK, Teflon, acrylic, carbon steel, and stainless steel.• Material Expertise: Skilled in understanding material properties and selecting appropriate cutting tools and machining parameters for different materials. Ensures optimal machining conditions to achieve high-quality results.• Measurement and Quality Control: Utilizes advanced measurement tools such as digital height gauges, profile projectors, block gauges, pin gauges, digital calipers, and digital micrometers to verify part dimensions and maintain strict adherence to design specifications and quality standards.• Process Optimization: Actively participates in process improvement initiatives, conducting studies to enhance production processes, reduce cycle times, and optimize efficiency while maintaining superior quality.• Safety and Compliance: Adheres to safety protocols and regulatory requirements in all machining operations, ensuring a safe working environment and compliance with industry standards.