Hello, I am a soon-to-be senior planning to pursue a career in astrodynamics and robotic spacecraft communications. My passion is robotic space exploration and astrodynamics!
I want to eventually pursue a PhD in astrodynamics and work at the NASA Jet Propulsion Laboratory, where I will optimize trajectories, design spacecraft antennas (DSN), and conduct astrodynamics research for both Caltech and NASA.
I understand that the engineering field is extremely competitive, and I was curious if anyone would be willing to match or chance me with my college list? My stats are ok (certainly not the best), but my ECs are something to talk about.
Current GPA: 3.6uw, 3.89
SAT: 1510
(No ACT)
(FYI, I am assuming the worst grade outcomes for my junior year second semester)
Senior (projected):
- Photography
- Discrete mathematics
- AP physics C mechanics
- AP Chemistry
- AP Macroeconomics
- English IV
- World religions
Junior year (Current):
- Linear algebra: B, B
- Multivariable/vector calculus: A, A-
- AP US History: B, B+
- English III: A-, A
- Biology honors: B, B+
- AP PHysics C E&M: B, B
- Christian ethics: A, A
Sophomore year:
- AP Calculus BC: B+, B
- Hebrew Scriptures: A, A
- English II: A, A
- Chemistry honors: A, A-
- Health: A, A
- Chinese II: A, A-
- Art I: A, A
Freshman Year:
- Calculus (Summer class): A-
- Faith formation: A, B
- Precalculus honors: B, B
- Physics honors: B+, A
- English I: A, A
- Chinese I: A, A
- World History: A, A
- PE: A, A
My ECs:
- Internship at local college aerospace program
- Conduct astrodynamics research and modeling for the program’s CubeSat in orbit (launched August 16th on the SpaceX transporter 11)
- Leading a suborbital rocket reaction control system team (technology demonstrator) consisting of graduate and undergraduate students, I was considered for a $10,000 grant for the project by the school (although I did not receive it). The project was slated to launch in the summer or fall of 2025. The goal is to publish our findings through AIAA by next fall!
- Possibly might work on the program’s next CubeSat and its reaction wheels. (It is heading to the ISS in 2026-2027)
Independent (astrodynamics) Research
- Exploring the feasibility of space-based solar power (SBSP) as a method for lunar south pole power generation
- Mainly focusing on the application of a mathematical transformation to optimize low-thrust translunar injection maneuvers to insert an SBSP CubeSat from LEO to a lunar NRHO
- A (big) stretch, but I hope to publish a paper sharing my findings through the AIAA on behalf of my university group
Did FRC robotics in both my freshman and sophomore years
- Won our team the Excellence in Engineering award (though not individually recognized)
- Served as design and integration director in sophomore year
- Logged over 800 hours (at both home and at school)
School’s rocketry team co-captain
- Engineering advisor
- Design and build PCBs and model rocket trajectories.
- 3D print and fabricate the mechanical majority of components for rockets.
Part of the Johns Hopkins Applied Physics Laboratory Lunar Surface Consortium
School List (and schools I’m thinking about):
- Purdue
- CU Boulder
- OSU (State school)
- University of Maryland
- University of Arizona
- Santa Clara
- Iowa State University
- Wisconsin Madison
- Universit of Illinois Urbana-Champagne
- Texas A&M
- Georgia Tech
- University of Michigan
- Caltech (impossible, but why not?)
- MIT (impossible, but why not?)
- USC
- UCB (legacy, but doesn’t matter w/ UC)
- UCSD
- UCLA
- UC Davis
Thank you to anyone who takes the time to review this. Any feedback is much appreciated!