Astronautics

About

Hi! I am Rodrigo Schmitt, a Space Systems Engineer, ML Engineer, and Physicist from Brazil, dedicated to advancing space exploration through AI, computational design, and systems engineering. I hold a PhD in Aeronautics & Astronautics from Purdue University (2025), where I researched AI-driven space mission design at the Center of Integrated Systems in Aerospace under Prof. Daniel Delaurentis, supported by the Ross PhD Fellowship and Bilsland Dissertation Fellowship.

My doctoral research explored the generative design of space systems using Kerbal Space Program with the Realism Overhaul mod to simulate Artemis-era spacecraft and System-of-Systems mission architectures. I applied Reinforcement Learning, Explainable AI, and the Circular Restricted Three-Body Problem to novel mission concepts — producing publications in Acta Astronautica and Aerotecnica Missili & Spazio (2025) and presentations at the IAC, AIAA SciTech, and IEEE Aerospace Conference. My expertise spans astrodynamics, hands-on hardware development, and artificial intelligence for space applications.

Today I channel that research foundation into building a company: as Co-Founder & Chief Commercial Officer at Stellerian, I have drafted winning proposals ($108k USAF STTR), secured $220k through the Techstars Space Accelerator and $20k in Purdue's New Venture Challenge, and helped build $55M in strategic Letters of Intent for our AI-enabled satellite navigation subsystem. I also co-founded RocketPy, a widely used Python rocketry simulation library with thousands of users. My hands-on field experience includes integrating Drone-LIDAR systems for Mars terrain mapping as an analog astronaut with MDRS Crew 306 at the Mars Desert Research Station. Earlier, I led Purdue SEARCH, the university's first dedicated human space exploration chapter, re-kindling analog astronaut training and fundraising $24k.

Philosophy

I believe that a solid foundation in fundamental sciences is key to solving complex engineering challenges. My background integrates physics, mathematics, coding, and hands-on hardware development as essential tools for tackling the future of space technology.