- Inspected completed parts to verify compliance with specifications and quality standards.
- Utilized micrometers and calipers to measure and verify precise tolerances.
- Operated drill presses, lathes and milling machines to produce required parts.
- Manually set up machinery, lathes, and grinders.
- Adapted to frequently changing priorities in a dynamic manufacturing environment, ensuring timely completion of all assignments.
- Read and interpreted blueprints, technical drawings and schematics to determine parts dimensions.
- Demonstrated flexibility in working with various materials, including metals, plastics, and composites, to produce high-quality machined components.
- Used CNC and manual equipment to perform both initial and final machining.
- Adjusted machine settings to reduce waste and improve efficiency.
- Worked with team members to improve production processes and procedures.
- Studied daily work instruction, sketches, drawings, blueprints, and manuals to determine dimensions and tolerances accurately.
- Monitored equipment to detect and report malfunctions and prevent accidents.
- Optimized tooling performance through regular inspection, cleaning, sharpening or replacing worn tools as needed.
- Completed projects on time and under budget and maintained equipment and tools.
- Managed multiple projects simultaneously, prioritizing tasks to meet deadlines while maintaining high-quality work standards.
- Performed preventative maintenance on machines regularly to minimize downtime due to breakdowns or malfunctions.
- Lubricated parts and performed minor and preventive maintenance to improve machine function and increase lifespan.
- Calibrated machines to maintain required productivity levels and adherence to quality standards.
- Enhanced production efficiency by setting up, adjusting, and operating various machines according to specifications.
- Improved workplace safety by performing routine maintenance on machinery and ensuring all equipment was in proper working order.
- Collaborated with engineers to develop new parts, interpreting blueprints and schematics for accurate production.
- Suggested new methods of machining that resulted in better product quality with reduced production time.
- Reduced error and non-conformances with by utilising fixtures and cutting tools on CNC machines.
- Researched and identified new machining technologies and techniques.
Recommended adjustments to production processes to optimize product quality.