- designed and developed setup for multiplexed direct ink writing of epoxies - developed a method of toolpath generation for multiplexed fused filament fabrication (MF3)- conducted experiments to optimize print characteristics - performed throughput calculations to compare 3-D printing techniques

- lead panel discussions and hosted events for prospective and incoming students- created a new initiative to recruit underrepresented and underserved students- created survey of prospective students in order to improve school marketing materials

- wrote and implemented Python script to analyze and characterize impact sound data - performed modal analysis on baseball and softball bats - conducted material property, quality, and durability testing using various instrumentation- created visual data representations in Minitab based on statistical process and quality control principles - utilized athletic experience to provide product feedback

- designed tooling for test and assembly applications and housings for component modules- applied geometric dimensioning and tolerancing (GD&T) to drawings- conducted Failure Mode Effects Analysis- created JMP script to analyze SemDex measurement data and output necessary plots- was responsible for maintaining and updating documentation including ECNs, SCDs, and BOMs

- developed MATLAB code to analyze driver data to improve driver performance- machined aluminum car components using a mill and lathe- used an Instron to test tensile strength of welds

- created and led a virtual community of campers, fall and summer camp sessions- planned and led online activities in creative arts, environmental education, and recreation

- completed level 3 certification of the Airport Training and Safety Institute- ensured that all aspects of the airport met national standards and regulations- created CAD drawings for Mercer County’s engineering division