Brian Lawrence

Class A Machinist

Taylor Smith Corporation

01.1998 - 06.2016

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.
Supported team members in troubleshooting complex machine issues, sharing knowledge and expertise to resolve problems quickly.
Assisted in training new machinists on company procedures, best practices, and safe operation of equipment.
Monitored equipment to detect and report malfunctions and prevent accidents.
Optimized tooling performance through regular inspection, cleaning, sharpening or replacing worn tools as needed.
Supported recordkeeping by logging daily production, scrap rate and machine maintenance data.
Achieved tight tolerances by carefully calibrating machines before beginning each job.
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.
Maintained detailed records of completed jobs, tracking materials used and time spent on each project for accurate billing purposes.
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.
Reduced waste and increased material utilization with precise measurement and cutting techniques.
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.
Maximized machine uptime by efficiently scheduling jobs based on priority level and resource availability.
Increased precision of manufactured components by implementing quality control measures and using advanced measuring tools.
Reduced error and non-conformances with by utilising fixtures and cutting tools on CNC machines.
Facilitated smoother project transitions by maintaining clear and detailed production logs.
Achieved consistent quality, performing detailed final inspections and adjustments on completed parts.
Improved product quality with meticulous inspection of machined parts against strict industry standards.
Customized machining techniques to meet unique project specifications, ensuring client satisfaction.
Enhanced precision in product manufacturing by operating and adjusting CNC machinery for optimal performance.
Increased operational efficiency by recommending improvements to machining processes and equipment.
Optimized tool usage, selecting appropriate cutting tools for different materials and tasks.
Contributed to project planning, estimating timelines and material requirements for upcoming projects.
Delivered complex projects on time, managing multiple machining tasks simultaneously under tight deadlines.
Adapted to rapidly changing production needs, quickly learning new machining techniques and technologies.
Utilized CAD and CAM software to design tool paths, select cutting tools and set machine parameters.
Collaborated with engineers and other machinists to develop optimal machining processes.
Studied sample parts, blueprints or engineering information to determine methods or sequences of operations needed to fabricate products.
Calibrated and aligned machine components for proper functioning.
Developed jigs, fixtures and tooling to meet production requirements.
Established machining parameters and test runs for new parts and components.
Adapted quickly to new and changing technologies in machining field.
Measured, examined or tested completed units to check for defects and verify conformance to specifications using precision instruments such as micrometers.
Operated CNC and manual lathes, mills and drill presses to produce precision machined components.
Inspected and measured machined parts for conformance to specified tolerances.
Repaired and maintained machine tools, fixtures and other production equipment.
Streamlined production processes, setting up machinery and tools before each project.

Summary

Overview

Work History

Class A Machinist

Class A Machinist

Education

High School Diploma -

Skills

Timeline

Class A Machinist

Class A Machinist

High School Diploma -

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