Taylor Sprinkle Email & Phone Number

Troy, Oh, Us

Incoming PrIME rotational engineer upon graduation in spring 2025.

Columbia, South Carolina, United States

• Student led Boeing research group studying the effects of moisture control as a contaminant in composite adhesives (Metlbond)• Created composite test coupons using a hand lay-up process, followed by curing materials in an autoclave, utilizing time-tested techniques taught by Boeing engineers to ensure superior material performance• Performed structural analysis of composite coupons using the Dual Cantilever Beam (DCB) method to assess tensile strength changes, while also incorporating NDE scans prior to ensure defect-free results• Presented outcomes in meetings with Boeing engineers, highlighting project progress and goal achievement

Houston, Texas, United States

• Contributed to the space systems manufacturing and test engineering team to assist NASA programs such as xEVAS (Next Generation Spacesuit) and UWMS (Space Toilet)• Developed comprehensive documentation for space simulation test equipment, including vibration tables, vacuum chambers, and temperature chambers, encompassing procedures, manuals, procurement, and safety protocols• Formulated environmental testing procedures to document each process step-by-step, ensuring clear and straightforward directions for technicians to follow, ultimately resulting in flight certification of product• Designed improvements to the fluid tubing system of a precision cleaning unit, incorporating adjustments for spraying and flushing to better meet specific needs

Bohemia, New York, United States

• Worked alongside the interior lighting group ensuring product compliance with aerospace regulatory documents, including RTCA DO-160 and Boeing D6, addressing environmental, electrical, and electromagnetic interference requirements• Conducted hands-on qualification and confidence testing of aircraft lights including assessments for temperature, vibration, fluid susceptibly, etc. in strict adherence to industry standards for leading commercial aircraft companies• Successfully passed requirements of safety and reliability, leading to the attainment of airborne worthiness and the commencement of successful customers sales for the lighting system• Designed and engineered a functional test fixture using Solid Edge which was subsequently fabricated and utilized for testing purposes, leading to improved test efficiency and effectiveness in later utilization