Thomas Holloway

• Inspect completed parts for conformance to specifications using precision measuring instruments.
• Track inventory levels of raw materials used in production processes and maintain a safe work environment at all times.
• Monitor productivity levels of assigned personnel while they operate the CNC machine.
• Troubleshoot any mechanical or electrical issues with the CNC machines and equipment.
• Set up CNC machines and equipment for production runs, ensuring accuracy of parts produced.
• Ensure that all safety protocols are being followed during operation of the CNC machine.
• Assist with designing fixtures or jigs used in production operations when necessary.
• Maintain accurate records of production data such as number of pieces produced and scrap rate percentages.
• Collaborate with management team on developing strategies to improve overall operational efficiency.
• Work closely with engineering staff to develop programming techniques that will produce higher quality parts faster than before.
• Train new personnel in the use of CNC machines and equipment, as well as other related tasks.
• Coordinate with other departments regarding scheduling needs, material availability.
• Maintained a safe working environment by adhering to safety protocols and regulations.
• Stay current on industry trends and best practices related to CNC machining operations.
• Develop and implement quality control procedures for all machined parts produced by the CNC machines.
• Communicate regularly with supervisor regarding progress on projects or any issues that may arise.
• Fine-tuned program configurations such as setting adjustments, offset modifications, speed variations, and rate optimizations to optimize part production quality.
• Participate in cross-training activities so that knowledge can be shared across different areas within the organization.
• Provide technical support to other departments when needed.
• Perform daily maintenance on CNC machines and equipment to ensure optimal performance.
• Identify opportunities for process improvement within the department to increase efficiency and reduce costs.
• Kept parts within close tolerances of design standards to maintain optimal quality.
• Achieved safety, quality, and performance standards to meet production schedules.
• Changed out aging tools, fixtures and offsets.
• Read blueprints and 3D models to determine product specifications and plan operational sequences.
• Monitored and adjusted processes or equipment to improve quality and productivity.
• Worked with supervisor to debug and develop production processes and learn machine set-up skills.
• Fabricated various parts using multiple machines at once.
• Established and performed quality assurance duties to maintain acceptable production levels.
• Loaded and unloaded machines to prevent expensive equipment issues.
• Interfaced with machines to adjust settings or tools, driving high-quality production.
• Ensured the accuracy of part inspections through the effective use of measurement instruments like micrometers, verniers and gages.
• Performed routine maintenance on machines and monitored usage to reduce parts breakdown.
• Rendered exceptional support in coaching and training new colleagues.
• Observed company's strict safety rules during each shift to avoid job-related injuries.
• Worked from layout and work order, created programs and set up machines to produce required parts.
• Selected the appropriate tools, machines, and materials to be used in preparation of machinery work.
• Documented actions by completing production and quality logs.
• Interpreted blueprints, drawings, and engineering information to determine methods and sequences of operations needed to fabricate products.
• Coordinated with other team members and departments to ensure timely completion of parts and projects.
• Took measurements, detected malfunctions, troubleshot processes and adjusted and reprogrammed controls while adhering to quality assurance procedures and processes.
• Verified settings by measuring positions, first-run part, and sample workpieces, adhering to international standards.
• Ensured the machines are properly lubricated and cooled during the machining process.
• Loaded feed mechanisms by lifting stock into position.
• Implemented minor machine maintenance such as cleaning and repairing.
• Trained new employees on CNC machine operation, safety procedures, and company policies.
• Managed the inventory of tools and parts necessary for machine operation and maintenance.
• Used devices, templates and fixtures to measure dimensions of finished workpieces for conformance.
• Reviewed and interpreted electronic or written blueprints or specifications to understand the job requirements.
• Set controls to regulate speed, feed and coolant flow.
• Used precision measurement tools to check and ensure the accuracy of the machined parts.
• Maintained, adjusted, and calibrated control systems and equipment to ensure optimal performance.
• Inhibited machine operation periodically to modify tooling, setup, or workpiece placement in accordance with required machining sequences.
• Checked completed workpieces against specifications to assess conformance.
• Controlled machine operations to complete precise, high-quality work.
• Completed accurate calculations of machine speed, feed ratios and cut parameters.
• Read programming instructions and product blueprints to determine sequences and dimensional requirements.
• Developed solutions to wide range of complex technical problems to meet organizational objectives and deadlines.
• Aligned, mounted and installed tools and attachments on machines, using hand tools and precision measuring instruments.
• Maintained optimal cleanliness standards for machines, tooling, and parts to prolong their lifespan and reduce wear.

• Maintained records of work performed including details on type of material used and amount of time required to complete tasks.
• Repaired broken parts using gas tungsten arc welding process.
• Provided technical support related to all aspects of the welding process including troubleshooting problems encountered during fabrication and assembly operations.
• Fabricated components from drawings or blueprints using a variety of welding processes such as MIG, TIG, SMAW, FCAW.
• Assisted with the development of new welding processes to improve production efficiency.
• Operated forklifts and cranes when necessary to move heavy loads safely around the shop floor.
• Set up, operated, and maintained manual and robotic welding equipment according to standard operating procedures.
• Repaired damaged parts by cutting out the defective area and replacing it with new material.
• Adhered strictly to company policies regarding personal protective equipment while performing tasks in hazardous environments.
• Performed welding operations in accordance with established procedures and safety standards.
• Trained new personnel on proper use of tools, techniques and safety regulations related to the welding process.
• Participated in team meetings to discuss issues related to production goals and quality control measures.
• Calibrated welding machines according to manufacturer's specifications.
• Communicated effectively with other technicians regarding progress reports, changes in design or materials used for projects.
• Monitored quality control tests to ensure compliance with product specifications.
• Ensured that all safety protocols were followed when working with hazardous materials or high-temperature metals.
• Followed OSHA, company and industry standards for optimal safety.
• Supported projects with accurate manual and machine-assisted welds.
• Used power tools to remove imperfections in metals before welding and after joining.
• Maintained efficient operations by skillfully cleaning, lubricating, and adjusting equipment with the aid of air hoses and cleaning fluids.
• Inspected finished and in-process products to verify quality, assign grades and remove defective products.

Collaborated with management and supervisors to identify and resolve production problems as well as address non-conforming materials.