- Taught 2+ years of original curriculum in 2-hour classes, 4+ hours of office hours to ~24 students weekly in a companion course to Stanford’s CS 106B (programming fundamentals) and CS 107 (operating systems and computer organization)

- Led team to revive outdoor-themed residence and support 80+ students with faculty engagement & sustainability curriculum; managed $60,000+ budget to plan community events

- Achieved 20x speedup on Multiple Predictions Across Scales (MPAS) Fortran model using automatic data partitioning highly-parallelized GPU/CUDA language Regent with CURIS Fellowship under Alex Aiken.

- Taught programming fundamentals to ~15 students weekly; instructed CS 198B, a hand-crafted pedagogy course on diversity, equity, and inclusion to 25 student teachers, impacting ~100 students per quarter

- Spoke with 130 customers and stakeholders in CA and the American West to define problem space of wildfire prevention, response, and mitigation- Forged long-term unprecedented relationship with Karuk tribal partners, harnessing indigenous art and NFTs to fund forest stewardship and wildfire resilience- Recipient of the 2022 William G. Nash Foundation Social Impact Grant

Assessed degraded terrain along the John Muir Trail (JMT), and developed site-specificconservation plans on critical watersheds with Inyo National Forest’s scientific team.

- Worked in vue.js and node.js to bolster frontend visual mapping components; designed end-to-end algorithms as core component of backend in accelerator phase

- Optimized laser alignment with ML on a >2x more portable version of the world’s most precise atomic ytterbium clock to work in <5 seconds

- Engineered optics and attenuation components for Bose-Einstein Condensate (BEC) experiments, optimized observation of quantum phenomenon by >4x- Presented work to Nobel Laureate, Dr. David Wineland (NIST) in August 2017

- Published 21-page literature review paper, “Assessing the Development of Artificial Intelligence Technologies in Radiation Therapy and Targeting Irregular Masses,” in the National High School Journal of Science, researching under CSU Particle Accelerator Laborator

- Automated microwave effects capture to save AFRL >$100,000 in the High Power Microwave Division