• Collaborated on exoskeleton testing, including mounting hardware design, fabrication, and full sensor wiring integration for torque measurement trials.• Designed & fabricated hardware for balance beam trials, including stabilizing beam segments with reinforced supports and constructing 3D-printed components for testing rigs with precise tolerances.• Supported participant trials by documenting processes, maintaining equipment functionality, & assisting with perturbation and balance beam experiments.• Created protocols for setting up & troubleshooting experimental equipment, improving reliability and efficiency during trials.• Conducted comprehensive literature reviews on topics including balance control mechanisms, biologging technologies, & proprioceptive training, applying insights to research protocols and project development.

Researching, designing and testing components for an off-road race car's powertrain system, focusing on acceleration, torque optimization and rigorous verification of the powertrain system, with the goal of competing in Baja SAE racing competitions, performing onsite maintenance, and conducting repairs on the engine and transmission. I am also the team's photographer for competition race photos.

- Effectively teaching mathematics to students, in-person & online, for the SAT, ACT, & AP Calculus exams, and high school math courses- Adapting teaching methods to best suite each student, resulting in 20% test score improvements, on average

- Redesigned existing PX-G pressure exchanger housing to improve sealing efficacy with an 800 PSIG mechanical seal by 3D modeling mechanical components in Solidworks, adhering to Design For Manufacturing and Assembly (DFMA) principles- Drafted engineering drawings in Solidworks for redesigned components, utilizing appropriate Geometric Dimensioning & Tolerances (GD&T)- Collaborated with external suppliers to source 0.5” ID mechanical seal, optimizing compatibility with existing hardware- 3D modeled CAD layout in Solidworks of a hydrostatic testing rig for a new pressure exchanger rotor design, and sourced corresponding length of 1200 PSIG flexible hose from local supplier- Analyzed effects of temperature and pressure on mass flow rate of a high-pressure CO2 bypass valve, identifying linear correlations to improve existing mass flow rate model. This allowed for the removal of coriolis flowmeters, leading to an average cost savings of $20,000 per device removed- Coded in Python and utilized Microsoft Excel to automate data visualization & data analysis- Documented and presented project milestones using Microsoft PowerPoint, effectively communicating progress and results of internship in a 15-minute live, high-level presentation to C-Level executives- Developed professional skills on a cross-functional team in corporate communication, networking, & best office practices