A passionate Aerospace Engineering/Computer Science grad student at Cal Poly SLO who's extremely interested in stochastic optimal control, spacecraft entry/descent/landing (EDL), trajectory optimization, and state estimation.
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🚀 I'm currently working on a few side projects including a Python library for Orbital Mechanics, developing CPP/Python packages for various simulation components, and a large scale rocket-landing simulator complete from state estimation to state actuation to trajectory generation and navigation! Check back soon for updates!
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🔭 I recently finished my thesis to develop a robust measurement process model for star trackers in LEO by looking at effects on accuracy and precision due to hardware, software, and environmental conditions.
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👨💻 While on the topic of Star Trackers, check out my work with the Cal Poly CubeSat Lab to develop our own low-cost, low-volume star tracker! I wrote all of the code to generate ground truth data and simulated images and am currently working to write our own centroiding algorithms via Convolution Matrices and CNNs!
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💬 Feel free to browse through my other side projects
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📄 Interested in my professional background? See my CV here
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⚡ Fun fact: I've fostered 5 cats (and adopted 2 of them) through my school's Cat Fostering Program
