I'm interested in robot learning, reinforcement learning, and deploying learned policies on real hardware. My current work focuses on asynchronous RL for vision-language-action models under inference latency.
Investigated finetuning action-chunking VLA policies under inference time constraints. Proposed Asynchronous RL with Intermediate Information (ARLI), achieving state-of-the-art performance on simulated and real-world manipulation tasks.
Engineered a physical harness with IMUs and an ESP32 for teleoperating a UR7e robot via arm movements, supporting pick-and-place and dexterous tasks. Integrated MediaPipe and ArUco detection for hand tracking and built a ROS/RViz GUI for defining and executing robot punches.
Trained a PPO-based drone racing policy with custom reward and termination design in Isaac Sim. Used parallel simulation and curriculum-style resets to improve convergence; achieved the fastest policy improvement rate and fastest average lap time among RL-based teams.
Built an agentic AI system that designs and executes ML experiments in WandB from a user's codebase and request. Developed a tool-calling backend using OpenAI's tool API to interact with WandB, read/write code, and summarize results.
Miscellanea
Education
University of California, Berkeley — B.S. Electrical Engineering and Computer Science
August 2023 – Present | GPA: 3.97/4.00
Berkeley Robotic AI & Learning Lab — Research
February 2025 – Present | Berkeley, CA
Northrop Grumman — Systems Engineering Intern, ARIS
Summers 2022 – 2024 | Space Park, CA
UC Berkeley — CS 61A Teaching Assistant
January 2024 – Present | Berkeley, CA
Extracurriculars
Eta Kappa Nu (HKN) — Executive, Department Relations Officer
January 2026 – Present
ANova — Officer of Curriculum
September 2023 – Present
Berkeley Model United Nations (BMUN) — Tech Deputy for External Affairs; UN Office of Drugs and Crime Chair
September 2023 – Present