• Design, 3D print, assemble, and distribute functional products to customers on five online marketplaces• Advertise new and existing products on social media through the use of paid ads and video content creation• Interface with customers regarding custom orders and issues with shipments

∙ Designed, assembled, tested, troubleshot, and installed a mobile naval jet engine test and maintenance stand per military standards∙ Utilized SolidWorks to perform finite element analysis (FEA) on jet engine testing components/assemblies and verified results with hand calculations∙ Performed computational fluid dynamics (CFD) using SolidWorks on a jet engine test cell to identify vortexes, visualize flow, and analyze temperatures∙ Conducted frequency/vibration analyses to identify resonant frequencies and assess structure rigidity∙ Authored an operations and maintenance (O&M) manual, technical order (TO), acceptance test procedures (ATP), and structural analysis report for a jet engine testing system∙ Designed test setup and created testing procedures for a jet fuel storage/delivery system that incorporated motors, pumps, tanks, filters, valves, tubing, and pressure gauges∙ Designed weldments per AWS D1.1 and performed FEA & hand calculations to appropriately size welds and select materials∙ Created 2D drawings per ASME Y14.100 that included a BOM, structural weld symbols, and geometric dimensioning and tolerancing (GD&T)∙ Performed on-site final acceptance test and trained end users on proper operation of systems∙ Mentored mechanical engineering summer interns by providing supervised hands-on assembly and equipment testing experience∙ Responsible for monitoring project progress using ERP software (Global Shop Solutions) and providing interdepartmental support to eliminate bottlenecks∙ Documented changes to parts/assemblies on engineering change notices (ECN) and released engineering documents per internal approval processes∙ Led design reviews and used PowerPoint to create presentations spotlighting project status and deliverables to executives, customers, and end users∙ Leveraged root cause analysis to eliminate defects and failures of parts

∙ Designed, assembled, and implemented a system into the production line that integrated pneumatics and robotics to reduce cycle time by 10%∙ Programmed a 6-axis collaborative Universal Robot to automate silicone caulk dispensing∙ Used Creo Parametric/Pro E to create 3D models and operated a 3D printer to manufacture fixtures for the assembly line∙ Led meetings to inform operators of new lean changes and enforced these changes through direct supervision∙ Conducted time studies to document operator cycle times and implemented improvements to reduce cycle time∙ Worked alongside technicians to perform preventative maintenance and repairs to minimize machine down time