Conducted data analysis and plot generation to understand the differences in subject data and analyze the differences between the research results from multiple subjects (ANOVA) using RStudio softwareSupported human subject testing that analyzed the effects of gravity transitions on the vestibular system through the use of a centrifuge and a tilt-translation sled (TTS) to develop countermeasures to spatial disorientation for future manned lunar landingsProvided weekly updates during undergraduate research meetings and biweekly updates to the larger BioAstronautics research group, ensuring effective and transparent communication across all levels

Member of AERIS (Atmospheric Evaluation & Research at the Interface of Space) teamObjective is to deploy payload suites after crew capsule separation of Blue Origin New Shepard (around 100 km) and use sensors to measure atmospheric density from 100km to 80km in the critical transition region

Instructed middle and high school aged kids about STEM content, specifically rocket & habitat design, robotics, programming, and thermal & cryogenic testingTaught high school kids how to build & design an atmospheric weather balloon, including payload design and launch

Developed an in-house ignition coil for future lunar missions using a CNC Coil WinderFamiliarization with ignition coil and coil winding fundamentalsConducted iterative testing for improved coil winding to finalize a designCompleted multiple spark tests to determine the amount of spark energy generatedSupported engine hot fire testing, including training with pressure and cryogenic systemsGained a good understanding of the plumbing for the various test standsDesigned a water flow bench to measure the flow rates and spray patterns for various test articles, including injectors and solenoid valves