Large Parts Campus, Steel (LPCS)• Metallurgical and dimensional responsibilities on 28 part programs worth $4.7M a quarter• Designed, modeled and implemented new gating to reduce labor time and scrap product: Reduced total labor hours by 52hrs over multiple programs for $48,000/year savings Reduced scrap product resulting in $150,000/year savings• Worked closely with operators to design custom prototype tooling and fixturing using 3D printers• Applied understanding of GD&T to ensure conformance and lower production costs

• Worked for Business Development Team in the Netherlands• Researched market potential of Micro-Combined Heat and Power units in the United States• Regularly presented findings and data to stakeholders, C-Suite Executives, and board members• Researched 3D printing methods to reduce spare part inventory

• Designed testing equipment to quantify factors causing “piping” phenomena related to dam failure• Primary designs were pressurized flumes that were built and used for testing• Macroscopic design of large-scale test chamber capable of flow rates up to 10,000gal/min• Iteratively built tensiometer for under $50/unit to compete against a $600 retail commercial product• Upgraded existing Matlab software used for flume experimentation

• Fabrication project to make a 60lb, hand-held, hydraulic post-pounder: 360° movement with locking mechanism and spring counter balance Won H2 Enterprises 2013 Fabrication Award• Fabricated a custom 32ft long, in-ground, trampoline• Designed and fabricated custom basketball hoop to accompany trampoline: Pole sits 8ft from trampoline, with custom counterbalance and ability to pivot out of the way Designed for the necessary hanging that follows any wicked dunk