David Thorson

• 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.
• Read and interpreted blueprints, technical drawings and schematics to determine parts dimensions.
• Adapted to frequently changing priorities in a dynamic manufacturing environment, ensuring timely completion of all assignments.
• 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.
• Supported team members in troubleshooting complex machine issues, sharing knowledge and expertise to resolve problems quickly.
• Monitored equipment to detect and report malfunctions and prevent accidents.
• Optimized tooling performance through regular inspection, cleaning, sharpening or replacing worn tools as needed.
• Collaborated with quality assurance team to resolve discrepancies and implement corrective actions for non-conforming parts.
• 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.
• Maximized machine uptime by efficiently scheduling jobs based on priority level and resource availability.
• 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.
• Delivered complex projects on time, managing multiple machining tasks simultaneously under tight deadlines.
• Achieved consistent quality, performing detailed final inspections and adjustments on completed parts.
• Increased operational efficiency by recommending improvements to machining processes and equipment.
• Mastered various machining operations, including milling, drilling, and turning, to expand production capabilities.
• Customized machining techniques to meet unique project specifications, ensuring client satisfaction.
• Adapted to rapidly changing production needs, quickly learning new machining techniques and technologies.
• Repaired and maintained machine tools, fixtures and other production equipment.
• Established machining parameters and test runs for new parts and components.
• Developed jigs, fixtures and tooling to meet production requirements.
• Utilized CAD and CAM software to design tool paths, select cutting tools and set machine parameters.

program review edit and correction

Machine setup select correct torch and consumeables.

worked with programmers and material purchasers to maintain inventory and programs to reduce waste.

load and unload steel and parts from flame tables and trucks.

Welding consumeables for flame tables and repair of parts.

inspected

• Developed excellent relationships with managers and fellow team members to support team success and positive work environment.
• Worked well in diverse team settings by partnering with others to complete tasks.

• Achieved consistent weld quality through careful preparation of materials and attention to detail during execution.
• Advanced skills in various welding techniques including MIG, TIG, stick welding, and plasma cutting.
• Improved welding quality by performing precise cuts, bevels, and welds on various metals.
• Maintained superior craftsmanship standards while working under tight deadlines in a fast-paced environment.
• Reduced material waste by accurately measuring and cutting materials for each project.
• Developed a strong understanding of blueprints and technical drawings to ensure accurate fabrication outcomes.
• Resolved design issues proactively during the fabrication process to avoid delays in project timelines.
• Resolved weld-related problems by researching and using appropriate repair practices.
• Contributed to the successful completion of large-scale projects as an integral member of a highly-skilled team.
• Welded metal components in vertical, overhead and flat positions.
• Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
• Prepared for assembly by positioning, aligning and securing parts using tools such as jigs and vises.
• Bolted, clamped and tack-welded parts to secure components prior to welding.
• Selected and operated shielded metal arc and gas metal arc welding equipment.
• Avoided warping, shrinkage, and distortion by carefully controlling welding processes.