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I build intelligent systems where hardware meets AI.

I’m building Vantage, AR glasses with their own operating system, and I research machine learning on FPGAs. I study applied mathematics at UC Berkeley.

Selected work Email me
Building
Vantage, AR glasses and the spatial operating system inside them, as co-founder
Researching
FPGA acceleration for machine learning and wireless signal processing at Santa Clara University's Wireless Intelligent Networks Lab
Studying
Applied Mathematics at UC Berkeley
Based in
Berkeley, California

Selected work

All work

  1. Vantage

    2026 to now

    Vantage is a pair of AR glasses and the spatial operating system inside them, which I co-founded with Boris Nezlobin at UC Berkeley. Windows dock to the walls around you and stay where you left them.

    The prototype runs as a full Linux-based OS taking camera streams over the network, with optical hand-gesture recognition, LiDAR-based SLAM for the room model, and an on-glasses keyboard you can type on. Hardware is in design.

    Vantage is pre-seed in Berkeley, with a working software prototype and the glasses and case in development.

    vantage site

  2. Machine learning FPGA research

    2025 to now

    At Santa Clara University's Wireless Intelligent Networks Lab I research how to run ML and wireless signal-processing algorithms on FPGAs, where throughput and latency are fixed by the hardware rather than by the framework.

    The work runs from PyTorch and TensorFlow models through quantization to fixed-point implementations on the fabric, then the same treatment for channel estimation and signal processing so the two share a pipeline.

    I have been a research assistant there since July 2025.

    research notes

  3. BALANCE

    2023 to 2025

    BALANCE is a hybrid mobility device that rolls on wheels over flat ground and switches to robotic-leg assistance on stairs and rough terrain, so one device covers the whole range from a little support to full assistance.

    We co-developed it as a student team. A hip-centric collapsible frame carries the leg and wheel units; LiDAR, sonar and cameras feed an on-board computer that maps the ground ahead and picks the mode.

    We filed provisional patent 63/743,085 and published the design in the Youth Innovation Journal in fall 2025.

    the BALANCE page

  4. Robots at Rainier Labs

    Summer 2025

    I spent a summer at Rainier Labs, a robotics startup in Sunnyvale, helping build their robot dogs and an expressive robot head.

    The work was hardware and embedded systems across both machines. On the head I selected and integrated the displays, redesigned the CAD so the electronics fit, and evaluated microphone and speaker components against both hardware and software constraints.

    I interned there in summer 2025.

Hackathon builds