● Assisted lead engineering project manager to build and renovate several HVAC/plumbing Barksdale AFBfacility projects through contract, design, construction and close-out phases to provide infrastructure to the AirForce● Conducted site visits to analyze building mechanical equipment and layout to identify potential optimizations,ensuring the building’s cooling/heating capability remains efficient over its intended lifespan● Prepared technical deliverables such as statements of work and project specifications, designed building HVAC,domestic water and sanitary sewer drawings using AutoCAD and estimated total project cost and duration tocapture building tenant’s requirements for their mission● Managed the installation’s 5 million square foot energy program, tracking electric, natural gas, water andsewage usage of facilities, providing utilities to base tenants such as the commissary, and reducing theinstallation’s energy footprint through conservation efforts● Revamped existing utility records in Excel to improve ease of use and correct tracking errors, and recalculatedconsumption estimations to factor in climate data and building occupancy to reduce our largest tenant’s utilitycost by 9% from the previous year

● Supported the study of human gait patterns during back-lifting to provide practical guidance to prevent injuryrisk to the spine for heavy lifting workers● Drafted procedures for data collection and utilized motion capture equipment coupled with volunteers toimprove experiment precision● Conducted motion capture experiments using Cortex to capture the force vectors exerted on the lower body,elbows, and spine; results provided further applications in kinesiology and prosthetics

Lead team of 4 to develop a deployable bicycle shelter device for outdoor recreation and emergencies for presentation at the university’s engineering expoDrafted device structural housing in AutoCAD in compliance with CFR Requirements for BicyclesAnalyzed materials using static structural analysis in ANSYS to compare stress and deformation results, reducing device weight by 15% from original prototype

• Studied Fluid Systems and the effects of open and closed channel flow on the Tokyo Metropolitan Discharge Channel• Worked with variety of international professionals and students in observing and operating to improve flood control in the Tokyo area

● Constructed payload delivery autonomous robots in Inventor/AutoCAD/Arduino to compete in highschool anduniversity team state-wide competitions● Coordinated various design team prototypes through construction and tests, integrated best concepts to achieve the most efficient delivery run• Worked with fellow students in a design team of five to build an autonomous operating robot to transport objects to designated drop zones for competition• Provided leadership and guidance to Lubbock area high schools (mentored) to assist young students and guide them into competitive technical fields