Résumé

Experience §

Developed cross-platform Flutter app for Android and iOS to manage wine bottle inventory.
Implemented novel OCR method leveraging state-of-the-art ML models to drastically simplify inventory input and search.
Built out secure multi-user inventory backend leveraging Supabase.

Led implementation of sandboxing solution for crosvm on Windows utilizing the Chromium sandbox, allowing isolation of untrusted virtual machines on users' systems.
Owned implementation of virtio-vsock for crosvm on Windows, enabling communication between the host and guest OS.
Implemented Windows system-level features in crosvm such as DLL load logging and handle type verification, enabling debugging insight for developers.
Led testing and experimentation on enabling features to expand platform reach of Google Play Games.

Developed features and optimization in the Linux kernel memory subsystem.
Developed infrastructure to help developers find and analyze test failures and flakes.
Prototyped kilt, a novel patchset management system for git.
Worked on design and development of infrastructure for fleetwide deployment of eBPF programs.

Developed Windows device driver for wireless charging, allowing application software to interface with wireless charging devices.
Implemented firmware features and proof-of-concept projects for wireless charging transmitters and receivers.
Built a system for automated data collection, combining data from instruments and devices, increasing efficiency and reproducibility of data collection and device callibration.
Designed and developed proof-of-concept for internet-of-things integration of wireless charging, combining embedded systems and cloud applications.

Developed and modernized tests for interrupt sub-systems in post-silicon validation, improving test coverage and applying realistic cases across sub-systems.
Developed firmware for new products in wireless charging, with responsibilities ranging from board bring-up and sensor characterization to new feature implementation.
Profiled applications and developed compiler optimization for Android ART on Intel platforms.

Worked on power management and platform code in core kernel, delivering refined interfaces and clean code.

Developed web interface for the remote control of robots, allowing high school students to learn about robotics.

A Telegram bot that allows users to generate images via chat.
Supports two popular stable diffusion backends: ComfyUI and Stable Diffusion WebUI.
Written in Rust.

Designed and developed robotic testbed infrastructure for use with hard and soft real-time robotic systems.
Worked on parallelization and performance optimizations for new and existing code.
Wrote computer vision code to utilize data from a Microsoft Kinect to track real-time position of a quadcopter.

Implemented an operating system microkernel, making heavy contributions to the build system, bring-up code and system interfaces.
Set up a computer-vision system on a robotic vehicle running Linux.