Notable coursework: Topics in CS and Global Affairs, Industrial AI Applications
CS Graduate Student @ Yale | AI Safety Researcher
Based in Boston, MA
I'm currently in the final semester of a 2-year MS at Yale and a software engineer, but I'm pivoting to AI safety. I have both research and industry software engineering experience and four years of teaching experience. I believe the biggest risks to our future come from catastrophically misaligned AI, especially as a result of reinforcement learning.
My recent work investigates whether inoculation prompts that mitigate emergent misalignment from in-context learning are also effective in fine-tuning settings. I'm also studying emergent behaviors on Moltbook.
When I'm not thinking about AI, I'm bothering my kitten and puppy: Calvin, an agentically misaligned and eval-aware safety nightmare, and Annie, his best friend and a Very Good Girl. I love discussing ethical philosophy, and I'm currently on a mission to visit every US National Park. (I've made it to 8 so far.)
Notable coursework: Topics in CS and Global Affairs, Industrial AI Applications
Technical AI Safety; AGI Strategy Courses – safety techniques, threat models, open research problems; governance strategy, threat modeling, and policy interventions, kill chain analysis, defense-in-depth.
Technical AI Safety Project – 30-hour technical research project facilitated by an AI safety expert.
One of four students awarded the 2024 Department Prize for Academic Excellence.
Minor in Great Books Core Curriculum. Notable coursework: Streaming Systems; Distributed Systems; Operating Systems; Philosophy of Gender, Race, and Science
Developing full stack software for an early-stage prediction market startup, nearly exclusively using Claude Code powered workflows. Took broad independent responsibility while collaborating with a team to develop business critical features quickly.
Managed a team of undergraduate TAs, held office hours, and met with students 1-on-1 for career advice and mentorship.
Taught labs and coordinated the work of four other TAs for Distributed Systems. Overhauled the curriculum, including course assignments and lab teaching materials. Held office hours for large groups of students. I was awarded the 2024 Department Prize for Academic Excellence for this work.
Developed a high-performance stream processing system in Go for the Complex Analytics & Scalable Processing Lab to support the group's research. Achieving the required performance required deep understanding of the performance characteristics of Go language internals and concurrency primitives.
Taught labs, held office hours, and assisted in lectures for Intro to Database Systems and Intro to CS.
Developed a range of Python tools for use in 5G mobile network automation and analytics.
Completed multiple product development projects in TypeScript, React, and NodeJS.