Spencer Sharpe

• Collaborated in designing a kinetic energy test system within a $50,000 budget for high-velocity projectile testing, performing mechanical calculations for torque and stress requirements to accelerate a 15 lb. projectile to 150 ft/s within 10 ft using engineering principles, CAD modeling, and data analysis in Excel • Created a Python beam bending calculator to evaluate the margin of safety of the drogue parachute’s bridle pins under a changing 7200 lb. distributed load to simulate flight conditions for NASA’s Dragonfly system • Developed and tested new parachute joint prototypes for Boeing’s CST Starliner program utilizing tensile testing, improving joint efficiency from 81% to 97.7% through iterative design and material optimization • Created precision AutoCAD manufacturing drawings for parachute components and rigging lifting straps (50-254 lb. loads) within specifications, reverse-engineering existing prototypes while ensuring dimensional accuracy within proper tolerances and reducing manufacturing errors through standardized documentation • Streamlined Monte Carlo parachute deployment simulation by developing a Python GUI interface and enhancing Excel integration, improving user accessibility, and expanding data visualization capabilities, reducing analysis time by dozens of engineering hours per project • Validated the abrasion resistance of Kevlar cord with different material buffers through environmental chamber testing at ambient and -100°F, confirming performance under simulated Dragonfly Titan spaceflight conditions by cycling tensile loads from 20 to 250 lbf. and documenting failure points for each sample

Fabrication and Design Essentials - FADE • Completed the FADE program’s CAD/3D printing and manufacturing modules, which taught the utilization of different SolidWorks functions, 3D printing, and machining through project-focused meetings • Projects: Designed a 3D desk assembly to scale in SolidWorks; Created a tape dispenser with machined components (using lathe and mill) and 3D printed parts

• Installed and dismantled large commercial holiday displays for premier clients, including office buildings, financial firms, and hotels. Ensured high-quality setups with complex lighting to exceed client expectations.

• Provided high-quality customer service by prioritizing tasks, multitasking, and maintaining a professional demeanor. • Worked with colleagues to divide tasks, boost productivity, and build problem-solving skills in a fast-paced environment.

• Cumulative GPA: 3.78 • Hands-on experience applying mechanical engineering fundamentals to design, prototyping, and structural analysis • Skilled in CAD (SOLIDWORKS), data analysis, and lab testing • Strong teamwork, communication, and technical presentation abilities • Gained experience integrating experimental methods with data-driven analysis • Building foundational skills and knowledge for use in full-time engineering roles

• Graduated as Valedictorian: maintained a 4.0 unweighted GPA and 4.65 weighted GPA with a rigorous STEM-focused course load • ACT: 34 out of 36 • Served as Captain of the Varsity Tennis Team, leading practices and fostering team cohesion over multiple seasons • Consistently earned straight A grades across AP, honors, and advanced science/math coursework • Recognized for academic and athletic leadership at school and district levels