Womb-to-tomb engineering. Responsible for the 787 Crew Rest design, build, certification and delivery.

- Designed complex, industry leading products via 3D models using SolidWorks- Developed engineering drawings for fabrication using SolidWorks and AutoCAD- Generated creative and feasible designs to comply with industry regulations and codes- Verified product integrity with hand calculations and SoldWorks Simulation prior to fabrication- Took a hands-on approach to oversee manufacturing of designs and held accountable for revisions- Project management and oversight with validation of contractual performance milestones and production planning- Pro-actively sought to make recommendations for disposition of assets- Created heat exchangers, pressure vessels, pumps, reactors, and high temperature steel piping- Utilized ASME, ASCE, AISC, UBC, IBC codes

- Developed learning tools and instruction for Enovia and Catia- Conduct training of these technologies to engineers in various phases of their career- Overall engineering technology implementation to improve workflow- Collaborated with customers and software teams to develop strategic learning faucets

- Consult with enterprise-level clients to develop hardware, software and professional technology solutions- Surpassed 2016 sales goal by 200%+- Partner with Engineers, Solution Architects and Software Licensing Sales Executives

Placed 2nd out of 136 engineering teams to design, manufacture and test a first generation Mars Rover Platform in the International Mars Rover Competition. Accomplished task while meeting set budgetary guidelines and design specifications.- Lead a 7+ member team in designing the chassis, suspension, and drive-train of the Mars Rover (Sponsored by Boeing)- Determined target specifications, CAD models, 3D Prototypes, and conceptualized final the product- Manufactured metal and plastic parts for Manipulator and Arm subassembly, and base sub-assembly

- Created dynamic 2D and 3D models for customers and adaptable prototypes independently and collaboratively- Released models to key customers and colleagues to further develop the 787 Interior Unit Project- Designed custom test fittings to aid in eight stress tests- Produced 60 part models with 17 assembly models accepted for production

Formula SAE builds a complete, quarter sized, formula style race cars from scratch to compete in one of several competitions against teams around the globe. - Designed and initiated preliminary 3D models of the aerodynamic kit accepted for future development.- Instructed engineering students on race-car aerodynamic principles- Secured foundation research to secure continuation of the project- Created instruction models and completed processes for Computational Fluid Dynamics, Laminar vs Turbulent Flow, Boundary Conditions, Stream Lines, and Wind Tunnel Testing