Providing a comprehensive suite of services including Quality Assurance and Control, manufacturing process optimization, precision CNC machining and CAM programming, mechanical engineering design reviews based on GMP and DfM, blueprint drafting, supply chain management, and industry network relationship management. Our goal is to assist manufacturers and companies seeking custom-engineered mechanical parts in improving operational efficiency, ensuring product quality, and streamlining supply chains to enhance overall business performance. In a nutshell, an ally to all those who make and need custom parts.

I spearheaded a cross-functional quality initiative to work with the manufacturing related departments and increase the level manufacturing success. Collaboration with engineering to review part designs for manufacturability and blueprint drafting to ensure design intent and features that are critical to quality were understood. Then, working directly with the supply chain and the supplier quality departments to ensure parts were in specification and conforming on the first shipment. Collaborating closely with the supply chain, I actively sought and vetted potential suppliers, ensuring alignment on quality management and shop capabilities.Key contributions included:Supplier Engagement: Facilitated one-on-one discussions with suppliers and the engineering department to foster mutual understanding and drive quality improvements. Setup regular quality meetings with suppliers to discuss any new design revisions or issues with parts that arrived at our dock. Design Reviews: Implemented regular engineering design and blueprint reviews, emphasizing Good Manufacturing Practices (GMP) and Design for Manufacturability (DfM) to enhance many factors such as fit, form, and function, but primarily the performance and cost of manufactured parts. Through these efforts, I achieved significant advancements in quality standards, contributing to more efficient production processes and improved product outcomes.

As Quality Inspection Lead with extensive experience in manufacturing, quality inspection, supply chain quality control and equipment management, I specialized in ensuring the highest standards of quality for medical device components. My role encompassed:Quality Assurance Leadership: Overseeing quality inspection processes to guarantee compliance with industry standards and regulations, fostering a culture of excellence within the team.Precision Metrology: Designing and executing CMM programs to conduct precise measurements and inspections of intricate medical device parts, ensuring dimensional accuracy and reliability. Refactor old CMM programs for increased efficiency, repeatability, and setup speed. Utilizing a variety of precision metrology tools, such as calipers, micrometers, and gauges, to perform detailed inspections and verify the integrity of machined parts throughout the production process.Data Analysis and Reporting: Collecting and analyzing inspection data to identify trends, track quality metrics, and provide actionable insights. This includes generating detailed inspection reports to communicate findings to engineering and production teams.Root Cause Analysis: Collaborating with cross-functional teams to investigate any non-conformance issues, conducting root cause analyses, and implementing corrective actions to prevent recurrence.Continuous Improvement: Leading continuous improvement initiatives by identifying opportunities for process enhancements, refining inspection techniques, and suggesting design modifications based on inspection outcomes. Collaborating with the engineering team and suppliers to implement robust quality control measures, analyzing data to drive continuous improvement across the supply chain.Equipment Management: Managing calibration and maintenance of inspection and machining equipment, ensuring optimal performance and minimizing downtime for all mechanical and engineering departments.

• The boss’ go-to person for difficult to machine stainless steel and titanium parts. • Spearhead project/process improvement on highly specialized parts.• Perform FAIR and SPC inspections on large production lots. • Update old CNC programs for new tooling and processes. Regularly improving efficiency 50+%.• Fix seemingly small issues with machinery that greatly improve ease of use, performance, and reliability.• Consult with quoting team on machinability of incoming parts and quote requests from clients. • Provide instruction and mentorship for the apprentice on the shop floor.

As a Prototype CNC Machinist, I specialized in precision CNC machining and inspection of aerospace mechanical parts. My machining skillset includes CAM programming of 3, 4, and 5-axis vertical milling centers, as well as 5-axis CNC lathes with live tooling. 9 years of MasterCAM experience. My expertise includes:A thorough understanding of GD&T based on the ASME Y14.5 standard and what it means for manufacturing and inspection of parts. Multi-Axis CNC Machining: Utilizing state-of-the-art machinery to create high-quality prototypes for aerospace and medical device components, ensuring adherence to stringent specifications and tolerances. Proficient in 3, 4, and 5-axis CNC Programming and Milling techniques, allowing for the production of complex geometries and intricate designs, significantly reducing setup times and improving efficiency. Utilizing the latest in dynamic toolpaths and 3D surfacing techniques to create 5 axis parts on 3 axis mills when needed. Quality Inspection: Conducting thorough inspections of machined parts with CMMs and precision metrology tools to ensure they meet rigorous quality standards,Live Tooling Operations: Leveraging live tooling capabilities on CNC lathes to enhance machining versatility, enabling the execution of multiple operations in a single setup, which streamlines production and reduces lead times.Collaborative Development: Working closely with engineering teams to translate design concepts into functional prototypes, providing valuable feedback on manufacturability and design improvements.

Lead programming and prototyping for highly specialized medical devices utilizing 5-axis vertical mills. Manage core functions including job placement, machine diagnostics, computer system configuration, file database organization, machine POST updates, and tool selection. Partner with R&D engineers on new device development and consult on machine-ability of designs and manufacturing processes to enable timely results. Advanced training on MasterCAM 2019 and 2020; Improved setup efficiency and reliability of programs, enabling the "lights out" machining. Promoted daily team building during daily Agile meetings, leading through influence to maximize resources and decrease time to completion. Design and implement new procedures and guidelines in order to maximize ROI; Acknowledged by senior leadership for outstanding performance.

Conducted aerospace quality prototype milling, turning and thread cutting (UN,UNR, UNF, UNS, UNJ)on HAAS TL-2, VM-2, and Prototrak machines for spacecraft. Often creating custom fixtures or modifying existing to increase repeat-ability. Develop feed and speeds for custom materials, tools, and finishing EDM wire roughed and 3D printed parts. Perform critical quality checks on part features; dimension, position, and form. Work in close communication with engineers to ensure machine-ability of a designed part and material.Materials cut: Titanium, A286, Custom 455, G-10, nickle alloys, brass, copper, PTFE, Delrin, 303SS, 304SS, 1018, aluminum

Hired as a CNC Programmer and promoted to Shop Manager after 10 months due to exceptional performance. Scheduled Jobs and operations, estimated materials, utilized company ERP system (SYTELINE ERP). Managed job placement, programmers, operators and tools, prioritizing jobs with agility and maximizing staff/project efficiency. Recruited new talent based on shop needs; Leveraged technology to conduct searches, screened candidates and made hiring decisions in alignment with expectations; Onboarded and trained new staff ensuring confidence in job duties, processes and technology. Proofed CNC lathe programs to ensure accuracy/efficiency; Perform quality checks on parts and mitigate program/machine issues as needed.Author new calculated processes/operations to improve shop capabilities resulting in increased production output, part aesthetics, and 20% faster delivery time; Reduction in potential for errors through increased automation and human error management. Trusted problem solver relied on by fellow employees, and direct reports to mediate conflict and perpetuate a healthy and productive work environment resulting in higher shop morale and cooperation.

Developed prototype and production parts for the company’s production of automated modular deburring machines on CNC mill, manual mill, and lathe. Developed new production methods and operations for consistently redesigned machine models. Worked in coordination with the engineer to improve machine part designs and machine-ability. Review and evaluated prints for inconsistencies, errors, and over-constrained dimensions.

Managed Information Technology, accounting, and PR for high profile transportation company. Maintained company computer systems and networks, troubleshooting issues quickly to prevent operational disruptions and ensuring technology upgrades when relevant. Diagnosed, repaired, re-designed A/V and lighting systems on large motor coaches and Sprinter vans. Partnered with new and existing clients to understand needs, develop and present quotes and process billing. Led public relations efforts, leveraging existing relationships with the company’s largest clients including Google, YouTube, Skechers and Mattel in order to attract new business.