Instructional Aide for Aerosp 205 helping students design, build, test, and operate two flight vehicles (an air-puck and a hovercraft). Preparatory course for students to learn CAD, FEA, CFD, additive and subtractive manufacturing, as well as systems engineering for their capstone design course.

Led rocket assembly, composite fin manufacturing, and served as Test Operator for rolleron testing of an L2 solid rocket.Assembled and tested avionics ensuring a redundant system for deployment of recovery main and drogue parachutes.Served as Test Operator for testing of Lonely Mission’s 4.5-gram black powder dual-deploy recovery system using line-cutters

Aerodynamics and Recovery Sub-team:Currently developing a 6-DoF flight dynamics simulation in Python for liquid bipropellant rockets. Based on previous 6-DoF flight dynamics simulation in MATLAB. Functionality includes:- Engine thrust curve, simulation from launching off of the rail through powered, blowdown, and cruise flight in subsonic and supersonic flight up to apogee, recovery sequence with pilot, drogue, and main chutes, non-constant wind vector, roll couple tracking, Monte Carlo uncertainty runs, and visual plotting utilizing Google Earth.Accomplishments:- Computed a Monte Carlo analysis of non-constant wind effect on flight at different altitudes given varying rocket configurations and plotted trajectory and landing dispersion in Google Earth.- Used rocket configurations to determine high-level requirements including attaining an apogee over 50k feet, a safe landing speed, required engine thrust, and airframe characteristics of Limelight, MASA's liquid bipropellent rocket with the goal of beating the liquid collegiate altitude record of 50k feet.

In charge of developing and maintaining system requirements, rocket technical master sheet, sub-team and component integration, and timeline logistics, for MASA's liquid bipropellant rocket, Limelight. Work with the Chief Engineer to provide logistical and technical insight on high-level systems for the rocket.Work on maintaining and updating flight simulations.

Mentored members on how to use CFD, how drag affects control, maneuverability, and battery efficiency.Analyzed electric motorcycle aerodynamics with CFD to decrease drag and stress for use in summer motorsport competitions.Led the CAD of the motorcycle’s side fairings and nosecone design as well as the CFD analysis for the whole motorcycle.

Systems Engineer focused on Reliability and Maintainability-Testability for SDS.Analyzed reliability calculations, constructed FBDs of the system, and drafted CDRL and FMECA documentation for the launch vehicle.Facilitated cross-system discipline communication about design and reliability requirements.

Developed pneumatic separation mechanism for MASA's rocket's nosecone. Analyzed rolleron danger and fabricated housing for safety testing of rollerons.

Engaged with customers on the mountain and operated mountain activities including the Mountain Coster and the Alpine Slide.

- Team Captain (2021-22)- Hardware Captain (2021-22)- Drive Coach (2020-22)

- Designing Hand and Forearm Exoskeleton- Research is meant to improve rehabilitation for stroke patients