Portrait of the author running and waving at the camera with his right hand. There are trees in the background.

Tyler Hou 太乐侯 侯诚乐

About

I am a third-year undergraduate majoring in Applied Mathematics & Computer Science at UC Berkeley. At Berkeley, I work on the Hydro Project in the Sky Computing Lab. I am interested in programming languages, type theory, compilers, and performance optimization.

Before starting college, I worked at Google (full-time) on search performance, hardware accelerators, and Arm servers. More recently, I interned at Discord, where I worked on native platforms and tooling. For summer 2024, I have accepted a software engineering internship offer at Jane Street.

I was a TA at JamCoders, a free summer camp that teaches introductory algorithms and computer science to Jamaican high schoolers. At Berkeley, I have been on course staff for CS 170 [Algorithms] in Spring 2022 and CS 61A [Intro to CS] in Spring 2023.

Education

BA in Applied Mathematics & Computer Science
· University of California, Berkeley
Classical Diploma
· Phillips Exeter Academy

Work

Jane Street, Software Engineer Intern
summer  (future) · New York, NY
Discord, Software Engineer Intern
summer  · San Francisco, CA
Google, Software Engineer
· San Francisco Bay Area, CA

Research

Efficient Incremental Computation for Halide(3rd place)
Tyler Hou, Shadaj Laddad, Mae Milano
ACM Student Research Competition · POPL 2024
[slides: keynote w/ speaker notes, html]
Optimizing Stateful Dataflow with Local Rewrites
Shadaj Laddad, Conor Power, Tyler Hou, Alvin Cheung, Joesph M. Hellerstein
EGRAPHS 2023

Design & Acknowledgements

The design for this website took inspiration from Slim Lim, Ink & Switch, and Mae Milano. The body typeface is Garamond Premier Pro, and titles use its display variant—I started using Garamond after admiring how my Horace textbook was typeset. The sans-serif typeface is Futura PT, the monospace is Inconsolata, the Chinese characters are typeset in Adobe Kaiti, and the icons are from Font Awesome. This website is rendered ahead-of-time with Astro, using MathJax to typeset and Shiki to syntax highlight code. The color scheme is based on Solarized Light.