Steven Shepard

• Executed fabrication of components using precision tools as per established specifications.
• Fabricated and verified tooling fixtures to enhance quality assurance processes.
• Coordinated with team members to identify and resolve production challenges.
• Oversaw tool inventory and enforced proper equipment storage protocols.

• Developed CNC programs to produce high-precision components for diverse manufacturing projects.
• Operated CNC machinery, ensuring adherence to quality standards and specifications.
• Collaborated with engineering teams to troubleshoot and optimize machining processes.
• Conducted regular maintenance on CNC equipment to minimize downtime and enhance productivity.
• Applied accepted geometric dimension and tolerance (GD&T) standards to projects to maintain sound structural integrity.
• Checked completed programs by running simulations and tests while preparing geometric layout of designs using task-specific software.
• Collaborated with engineering teams to design and execute precise CNC programs for new product prototypes.
• Adapted quickly to new CNC technologies and software, ensuring company remained at forefront of manufacturing innovations.
• Improved product quality by refining CNC programming parameters based on feedback and testing results.
• Collaborated with engineering team to optimize CNC machining processes.
• Identified required reference points, paths and hole locations for pieces.
• Maintained detailed records of setup procedures, documenting any changes or modifications made during operation for future reference.
• Regularly inspected machinery for wear and tear, initiating repairs when needed to extend equipment lifespan.
• Reduced machine downtime through timely troubleshooting and problem-solving techniques.
• Maintained organized work area by cleaning and removing hazards.
• Made sure that products were produced on time and are of good quality.
• Met production targets and tight deadlines by collaborating closely with team members.

• Interpreted blueprints and technical drawings to ensure accurate fabrication.
• Assembled tool parts using hand tools and machinery to meet quality standards.
• Collaborated with engineers to optimize design specifications for tooling projects.
• Conducted routine maintenance on equipment to enhance operational efficiency.
• Implemented quality control measures to identify and rectify defects in tooling processes.
• Assisted in training new team members on safe operation of machinery and tools.
• Participated in continuous improvement initiatives to streamline production workflows.
• Ensured accurate measurements for tool making with the use of micrometers, calipers, and other precision measuring instruments.
• Utilized expertise in materials science when selecting appropriate raw materials for tool making, optimizing performance, and durability in various applications.
• Maintained clear communication with team members throughout projects to ensure all requirements were met accurately and efficiently.
• Developed new project tooling to meet exact tolerances.
• Improved production efficiency by maintaining and repairing precision tooling components.
• Reduced downtime and increased productivity by promptly troubleshooting and resolving technical issues in the manufacturing process.
• Requisitioned replacement tools, parts, and equipment.
• Participated in cross-functional teams to develop solutions for complex manufacturing challenges that improved workflow speed while maintaining high-quality standards.
• Implemented continuous improvement initiatives by analyzing current processes and suggesting enhancements for greater efficiency.
• Utilized CAD software to create detailed drawings of parts before manufacturing them using CNC machines or manual methods as required.
• Collaborated with engineers to design, build, and test new tools for better performance in various applications.
• Conducted root cause analysis on recurring issues within the production process leading to targeted improvements which resulted in minimization of defects produced.
• Inspected final products for quality and functionality.
• Read and stuck to detailed production schedules.
• Managed proper storage, handling, and labeling of hazardous materials.
• Assembled, maintained, and operated drill presses to drill holes in products throughout assembly.
• Measured and scribed plastic and metal stock with extreme accuracy to prepare for automated machine production.
• Assessed need and resourcefully designed jigs, fixtures, and templates to aid in production efficiency.
• Conceptualized and designed new products using computer software and 3D imaging to assess validity.
• Computed dimensions, shapes, and specific sizes for dies based on design outlines.
• Polished and refined tool surfaces, both flat and contoured using abrasive stones, power grinders, and emery cloths.
• Coordinated and planned operation sequences based on blueprint and model schematics.
• Created blueprints for new tool designs.

• Operated precision tools to fabricate components according to specifications.
• Assembled and tested tooling fixtures for quality assurance processes.
• Collaborated with team members to troubleshoot and resolve production issues.
• Maintained tool inventory and ensured proper storage of equipment.
• Assisted in the setup and calibration of machinery for production runs.
• Participated in continuous improvement initiatives to enhance workflow efficiency.
• Kept track of material and supply inventories.
• Adjusted and ground dies, tools, and parts after production to assure quality control and usability.
• Ensured accurate measurements for tool making with the use of micrometers, calipers, and other precision measuring instruments.
• Requisitioned replacement tools, parts, and equipment.

• Operated CNC machinery to produce precise components according to specifications.
• Interpreted technical drawings and blueprints for accurate machining processes.
• Monitored machine performance, adjusting settings to maintain quality standards.
• Conducted routine maintenance on CNC equipment to ensure operational efficiency.
• Implemented process improvements that enhanced precision and reduced waste.
• Led troubleshooting efforts to resolve complex machining issues swiftly and effectively.

• Operated and maintained automated machinery to ensure optimal performance and efficiency.
• Troubleshot technical issues, minimizing downtime and enhancing production continuity.
• Implemented preventive maintenance protocols to extend equipment lifespan and reduce repair costs.
• Trained junior technicians on operational best practices, fostering skill development within the team.
• Conducted regular inspections of automated systems, ensuring compliance with safety standards and regulations.
• Collaborated with engineering teams to identify process improvements and optimize automation workflows.
• Documented maintenance procedures and system updates to maintain accurate records for auditing purposes.

• Operated CNC machines to produce precision components adhering to strict quality standards.
• Interpreted technical drawings and specifications for accurate part fabrication.
• Conducted routine maintenance on machinery to ensure optimal performance and reduce downtime.
• Collaborated with engineering teams to troubleshoot production issues and implement solutions.
• Read and interpreted blueprints, technical drawings and schematics to determine parts dimensions.
• Optimized tooling performance through regular inspection, cleaning, sharpening or replacing worn tools as needed.
• Achieved tight tolerances by carefully calibrating machines before beginning each job.

• Trimmed blocks and blanks to outlined dimensions with rules, hand saws, and power shears.
• Selected specific metals and other materials for tools depending on heat tolerance and durability, according to tool functions.
• Developed new project tooling to meet exact tolerances.
• Improved production efficiency by maintaining and repairing precision tooling components.
• Utilized CAD software to create detailed drawings of parts before manufacturing them using CNC machines or manual methods as required.
• Inspected final products for quality and functionality.

Attended night classes at the Erie County Vo-Tech.

Received the hours required on all manual machines.

Bridgeport, Harig surface grinders, Okuma surface griders,

Assembled tools for the plastics industries. Trouble shot when molds didnt run properly.