• Learning about complexity theory, language models, and modern history at Stanford.
• Exploring the startup idea maze and working on side-projects.

I'm primarily a technical builder and enjoy working on creative projects. My academic background is in applied math and systems programming, with splashes of philosophy, hardware design, and psychology.

I spend a lot of time thinking about crafting tight-knit communities for builders. I'm a venture partner at Contrary and help organize Friends and Family.

I'm currently exploring a few problem verticals:

• The unbundling of finance 💰. How can we use software to make financial instruments more accessible? What kinds of e-commerce and payment tools are needed to help mom and pop shops keep up with large enterprises?
• Manufacturing and industry 🛠️. What does the factory of the future look like? How can we modernize our decaying industries and equip workers with a 21st century toolbelt?
• Data infrastructure 📈. As the amount of data in the world continues to explode, how can we increase developer productivity and improve the building blocks of the internet, like search, messaging, and personalized content?

In my free time, I enjoy tearing apart longform essays, practicing photography, playing ultimate frisbee, and defying gravity (by lifting heavy weights).

Last summer, I worked on building financial tools and lending products for immigrants at Remitly. In parallel, I was a part of Outliers, a community for builders in web3.

I've also worked with Apple's health software team on domain specific languages. In a previous quarter, I helped teach CS 342: Building for Digital Health twice and was a core contributer to CardinalKit, a mobile framework for digital health research.

Before that, I conducted research through CURIS on hardware optimization for fixed-function circuits. In high school, I applied machine learning to medical problems at BAIR and the Palo Alto VA Hospital.

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