I am leading a test-focused liquid rocketry group. We are currently preparing to statically re-fire our smaller thrust engine to educate new members on safety procedures and lab etiquette. We are also experimenting with both homemade and off-the-shelf gear pumps, hoping that we can use them to pressurize rocket engine feed systems. I have already led the development of a new liquid test stand, which will be used to evaluate pump performances and generate data. My group will also be continuing to learn about rocket engine thermals and we plan to experiment with different cooling techniques. In the future, I would also like to fire our club's first liquid rocket, with the goal of reaching high altitudes.

I contributed to the full lifecycle of two rocket engines and gained experience working on a rocket engine feed system/test stand. I also conducted structural and thermal analysis on a regeneratively cooled combustion chamber utilizing Ansys FEA. I was tasked to determine whether the chamber was thermally stable at steady-state conditions. During this process, I had the opportunity to conduct tensile testing of project materials and used this data to create more accurate computer models.

I worked for a small air service company specializing in bear viewing tourism and I was responsible for a dock housing up to five water-based aircraft. I oversaw the daily operations of two turbine engine De-Haviland Otters and one radial engine Beaver. I had the opportunity to work alongside aircraft mechanics, getting valuable hands-on experience. During this time, I assisted in routine maintenance, including rudder pivot-shaft replacement, turbine engine disassembly, and hourly inspections. I also managed a fuel farm for aviation fuels, analyzing fuel samples, and ordering and receiving fuel shipments. When needed, I stepped into the role of assistant guide, where I flew with guests into the Alaskan wilderness to find coastal brown bears. During this time, I witnessed hundreds of bear encounters and educated tourists on safety and outdoor etiquette.

I worked with a small team to develop Cal Poly's first student-built cryogenic feed system intended for rocket engines. We manufactured and tested custom centrifugal pumps while laying the groundwork for the safe handling of cryogenics on campus. I primarily worked with the fluid system, ensuring that it would be capable of safely containing cryogenic liquids. I became comfortable reading plumbing diagrams and wrote operating procedures for pumping cryogenic liquids at high pressures.

I refined invoicing for 140+ clients and optimized billing for over $100k in revenue while backpacking for three months through various parts of Eastern Europe.

I efficiently organized and sorted packages in various roles during night shifts to make extra money for school.

Onboarded and enrolled new students while helping the school grow to a size of 133 active musicians. Effectively utilized customer relationship management software while also being responsible for student accounts and billing. Oversaw faculty and worked with students, families, and teachers to foster positive relationships.

Managed all day-to-day conservatory business, including enrollment for a school with 120 enrolled students. Planned events, managed studio space, scheduled rehearsals, and worked with teachers and families to guarantee the best music education for our clients.

Aided Program Coordinator, operated phones, and helped clients with day-to-day needs.

Taught introductory music theory classes. Organized curriculum and managed a classroom.

Held private weekly tutoring sessions. Helped raise one student's grade from a D+ to B

Customer service, Janitorial, Warehouse organization, Inventory stocking