Chris Munz Email and Phone Number

• Developed a modular and configurable robot work cell; contributing the mechanical design and documentation of the product from its initial concept, to prototype, to release.• Completed 4 automation projects as lead mechanical designer (totaling over $800,000), flexibly adapting to requirement changes and roadblocks along the way.• Designed a multitude of original assemblies ranging from a precision slide for adjusting sensors, to a dynamic vacuum coupling for a palletizing robot EOAT (end-of-arm-tool).• Created assembly drawings and unique operator's manuals tailored to each customer's project.• Assisted technicians with assembly and performed hands-on system testing and debugging.• Supported customer machines by performing on-site repairs and practicing Root Cause Analysis (RCA).• Utilized pneumatic and electric actuators, alongside robots, to create linear and rotary motion.• Collaborated closely with software, electrical, and production teams to achieve a common goal.• Led implementation of a Product Lifecycle Management (PLM) software, using 3DExperience to track part properties, automate Bill of Material (BOM) creation, and streamline purchasing processes.

• Designed, fabricated, assembled, and documented electromechanical subassemblies for a robotic prototype.• Prioritized tasks and delivered the initial project to the client within only 3 months of starting; making significant contributions to the system’s overall quality.• Supported managing the product-development lifecycle with SolidWorks CAD design, material sourcing, in-house machining, electromechanical assembly, and systems testing.• Created a documentation system for organizing the company’s mechanical and electrical information.

• Assisted the Cost Reduction R&D group to reduce the overall manufacturing expense of an XRF (X-ray fluorescence) device, saving up to 50% on individual parts by changing manufacturing processes.• Utilized SolidWorks to redesign machined aluminum parts to be injection molded plastic or cast aluminum.• Collected data for approving First Article Inspections (FAIs) and Engineering Change Notices (ECNs).• Assisted the team with moving new revisions through the company's PLM software.• Communicated with suppliers to ensure RoHS compliance on new parts during the FAI process.

• Modified production procedures, AutoCAD drawings, and bill of materials (BOMs) to improve manufacturability, streamline production, and limit workmanship defects.• Updated over 100 procedures in 4 months, significantly improving product quality.• Worked with technicians on a daily basis to identify and resolve any production issues.• Assembled motion control devices such as servo motors, servo drives, encoders and linear stages• Helped identify and consolidate excess inventory.

• Built aftermarket LED turn signal/brake light assemblies for various motorcycle brands.• Took part in the entire manufacturing process from preparing raw materials to assembling and testing final products.• Provided quality control by testing assemblies for functionality and identifying physical defects.• Gained experience with the following manufacturing processes:- CNC milling, waterjet cutting, sheet metal forming.- Media blasting, deburring, countersinking.- Soldering, crimping wires, making cable assemblies.