-Proposal generation for building enclosure testing and investigation-Building enclosure design-Building enclosure testing program development-ASTM E1105, E783, C1601, D4541, and AAMA 502, 503, 511 project engineer-WUFI experience simulating moisture propagation through wall assemblies and roofing -Certified EIFS Inspector

-Quality assurance project management-Special inspections and building enclosure testing-ASTM and AAMA testing-Test equipment designWhile attending UNC Charlotte for Mechanical Engineering, I continued working for Terracon Consultants, performing special inspections, testing services and technical report writing.

-Quality assurance project management: Baha Mar Resort and Casino - Onsite third-party building enclosure quality assurance testing lead. -ASTM and AAMA testing-Test equipment design-Training programs and development:

-Led subteams throughout the project design approach, execution, testing, and manufacturing. Technical lead (2nd in command of 14 students) responsible for all testing, airframe design, and integration of subsystems within the rocket-This was a year-long national rocketry competition against 60 universities. Our team placed 5th in the country. -The rocket reached 5343ft (goal of 5280ft) using an L1500 solid ammonium perchlorate rocket motor.-A PI control system referenced Simulink-generated trajectory data to control drag flaps and hit a target altitude while protecting a fragile payload.-Designed all components using Creo parametric and utilized advanced manufacturing (FDM Additive manufacturing, 5-axis CNC Milling, CMM scanning, carbon fiber techniques) to build the air-frame and payload housings. -A four-bar linkage landing gear (AL-6061) was housed in the nose cone and opened upon descent to aid the vacuum-sealed, gas-piston payload protection system.

Engineering Statics, and Fluid Mechanics Undergraduate Teaching Assistant.-Lectures on Buckingham Pi theorem. Explained the relevance of dimensionless parameters and their use in creating scale models for testing - "I think you taught it better than the book did!" - Dr. Jerre Hill-Lectures on Compressible flow systems: Examples and discussion of subsonic aircraft wing characteristics vs. supersonic wing features. Calculation of standing waves and bow waves. -Supplemental instruction sessions: helped students with homework and completed problems on the board to help understanding. -Assignment grading

- Conceptual design lead- CAD/CAM with simulations and animations in ProE/Creo- Presentations for Preliminary, Conceptual, Final and competition design reviews.I developed the original design concept, guided the design approach, and generated the CAD. I owned the mechanical function of the robot.The project was to build a robot to cast a 5 oz lure into a hula-hoop from a distance of 10 feet. Additionally, the highest award would also go to the robot that could achieve the longest distance cast. We developed a robot that consistently cast the lure a specified distance. The distance was input using a smart phone application. The user would input a distance from 10' to 120' in increments of 10 feet into the application, and the robot would cast the lure within 5 feet of that distance. We took the top award for design and casting distance. Our robot weighed a little over 15 lb. and cost $200 in total while our closest competitor's robot weighed 85 lb and cost more than $500 to build.

- Managed 35 crew members - Ordered supply and inventory for store- Set schedule for each shift- Completed shift changes and bank deposits on a daily basis- Opened and closed the store, ran operationsI was hired as a crew member and was promoted to crew leader within 3 months. I was then promoted to Assistant Manager after one year of employment (the minimum required by Auto Bell at the time). I worked as an Assistant Manager for a year while attending CPCC to get my Associates in Science.