• Created 3-month production schedule and allocated resources to reach goals ahead of schedule• Created and optimized new workflow layout for machines and workers to accommodate the addition of 7 new lines• Conducted internal audits to identify and resolve compliance issues• Created a robust inventory tracking system built using ISO standards• Increased production efficiency by 28% by conducting a 5WHY root cause analysis• Worked with office admin and logistics coordinator to create a centralized supply list, reducing costs by 10%• Oversaw the setup of the preventative maintenance schedule and calibration certification• Kept installation of new lines on track by working with the installation engineers to design and 3D print components• Modified existing machines to allow for an expanded range of materials to be used for mask production• Managed 16-5 shift schedule with over 25 workers, 2 supervisors, and 2 technicians to create a seamless production cycle• Resolved conflicts between employees• Worked closely with quality control and operators to develop strategies to increase quality and decrease downtime

• Developed machine layout for maximum efficiency• Installed and calibrated all 11 production machines for N95 and KN95 face masks• Designed and implemented improvements for production machines resulting in 20% increase in yield• Designed NIOSH compliant artwork• Developed a system to convert high pressure/low volume air to low pressure/high volume air to allow breathability tests to be conducted per NIOSH standards• Developed and documented method for optimizing laser marking path to exceed production capabilities• Designed new interlacing welding pattern for mask to enable surgical rating capabilities• Created training documents and troubleshooting guides for new operators• Supported the team for NIOSH certification by compiling technical specifications, writing required documents, and creating drawings of all N95 products• Managed demolition and recovery of first production site in record time

• Designed and built automatic low magnetic, 3-axis rotational, and heated calibration equipment resulting in a 60% reduction in man-hours used for tool calibrations• Designed and fabricated a high speed single axis, vibration proof, rotational testing equipment saving 47% in man-hours for rotational tool calibrations• Managed multiple R&D projects, such as a temperature controller, digital data interface, and communication box using RS232• Responsible for documentation, guidelines, budget, timeline, interfacing, deliverables, and managing of projects

• Oversaw and managed testing facility for downhole drilling tools• Designed and fabricated a mixing system process that increased productivity by 25%• Organized shop and created a workflow to increase safe practices and effectiveness in testing • Designed and built portable clamp system to release tool from binded threads

• Tested material properties of all carbide lots for hardness, ductility, impurities, and chemical composition to ensure premium quality• Performed destructive tests for shear and microstructural analysis

• Operated CNC mill and lathe for machining drilling tool prototype parts• Programmed algorithms to create basic CNC code to make production faster and more efficient than traditional CAM software• Developed new method of measuring weight while drilling resulting in a 30% increase in sensor accuracy• Designed, built, tested, and operated various test equipment• Organized and maintained company workshop and machine shop