Supporting and operating space system reliability and functionality tests. Thermal, vacuum, vibration and acoustic environments.

- Collaborating in a team to ensure our liquid oxygen and LNG engine would achieve maximum efficiency through our pressure fed system; this includes CAD, simulations, calculations and testing.- Learning to read and follow P&ID schematics to create a CAD plumbing assembly that ensures instrumentation, fittings and piping are all accurate and arranged in as small and light a configuration as possible, this CAD is then used for simulations, purchase orders, and ultimately construction.- Using MATLAB to run pressure loss calculations to ensure the fuel and oxidizer would reach the injector at the right pressure.

-Teaching new members about the basics of rocketry and solid propellant -Showing members how to design and run simulations in OpenRocket and SolidWorks to obtain important data such as apogee, ground hit velocity, max thrust, velocity and aerodynamic pressure.-Teaching members how to manufacture and assemble high power rockets to achieve their level 1 certifications.

-Developed a foundational understanding of rocketry, gaining an understanding for the different components of a rocket and how they effect overall efficiency. -Communicated effectively in a team in order to complete projects and achieve deadlines.-Learned to use multiple design and coding software to design and create high power rockets, avionics, and simulations.

Facilitated workshops, panels and information sessions that connected UC Irvine faculty and graduate students with undergraduate students. This helped establish meaningful connections that would have otherwise been lost during the COVID-19 pandemic

-Applied leadership, communication, and management skills through organizing and running events, helping students connect more deeply with one another. -Attended socials and professional development workshops.