Leading the DAQ team for solid propellant characterization campaigns, hydrostatic tests, and Aftershock II, a vehicle with a simmed apogee of 490,000' and would break the world record for highest amateur rocket every flown.

Best amateur rocketry team in the world and the first to pass the Kármán Line. I develop, manufacture, and test propulsion systems, composite structures, and in flight recovery systems for rockets reaching above 300Kft, as well as create other infrastructure to ensure a successful flight.

- Managing the recruiting efforts, such as involvement fairs and classroom presentations, and ensuring the organization has everything needed to maintain university affiliation

Leading practice for 100+ members each week who become competitive through these plans and representing USC at competitions across California. I help manage this team alongside other leads to create an encouraging and competitive environment for the athletes.

- Supervised all Tower 2 full stack work for day and night shifts. This includes the elevator, gas pipe splicing, cryo pipe splicing, construction safety, and general technician work. - To accomplish this, 3 groups of contractors (elevator technicians, welders, and scaffolders) reported directly to me, as well as SpaceX technicians across all teams at the pad. Still, I struggled with labor, completing some operational procedures myself and creatively deciding which OPs could be put off.- I was a POC for safety issues on pad 2. I called for safety stand-downs, completed tower walk-downs, and followed through on action items to ensure no one was injured.- Made difficult, in-the-moment calls on the field to ensure SpaceX met the build timeline.- Designed the Tower 2 elevator pit and elevator car swap system using NX and hand calcs.- Boom lift, fall protection, and confined space certified- Extensive experience with cranes

- Created an advanced and robust automation and data acquisition system to control the pressure and temperature of a factory glass furnace using components and techniques such as a Stepper Motor, multiple Arduinos, Relays, Pressure Transducers, Thermocouples, Amplifiers, Serial Communication, and an I2C Bus.-Designed and manufactured a high-temperature 50kg door to sustain 1100-1700ºC and harsh chemicals, while still being easy to open and close in a complex workplace environment.

Using MATLAB to analyze data for a shuttle service that brings over 1000 students from USC to LAX each break. I also Liaised with the USC Office of Sustainability to transform over-watered lawns on campus into native gardens. This eradicates water usage on on-campus plants and paves the way for other institutions to combat the water crisis. I also volunteer to map water stations on and off campus using ArcGIS, providing data to help maximize locations to create a campus with zero waste.