EMBEDDED SOFTWARE • FIRMWARE • SYSTEMS
I build reliable software for microcontrollers, sensors, and real-world systems using C++, Rust, and embedded development tools.
Based in Los Angeles, California.
ABOUT ME
I am a software engineer transitioning into embedded software and firmware engineering, with a strong focus on C++, Rust, STM32 microcontrollers, and low-level systems development.
My recent work focuses on bare-metal firmware for the STM32F303VCT6, including register-level GPIO, RCC, SPI, and UART configuration. I have developed sensor communication with the I3G4250D 3-axis gyroscope, verified the sensor WHO_AM_I value, and implemented continuous raw X/Y/Z data acquisition over UART.
I also develop embedded software in Rust and build testable, hardware-independent C++ sensor-controller architectures using interfaces, fake hardware, deterministic sampling, timestamps, statistics, and ring buffers.
My development workflow includes CMake, Ninja, GDB, OpenOCD, ST-LINK, STM32CubeIDE, Git, and the GNU Arm Embedded Toolchain. I enjoy understanding how software interacts with hardware at the register and peripheral level.
TECHNICAL SKILLS
FEATURED WORK
A selection of projects demonstrating my experience with firmware, embedded systems, sensors, software architecture, and aerospace applications.
EMBEDDED FIRMWARE
Bare-metal C++ firmware for the STM32F303VCT6 microcontroller. The project implements register-level GPIO, RCC, SPI1, and UART configuration and communicates with the I3G4250D 3-axis gyroscope.
The firmware verifies the sensor WHO_AM_I register as 0xD3 and continuously acquires signed raw X/Y/Z angular velocity measurements over UART.
View on GitHub →EMBEDDED RUST
Embedded Rust development targeting the STM32F303VCT6 and ARM Cortex-M4 platform.
The project explores low-level microcontroller development using Rust and the embedded software ecosystem.
View on GitHub →C++ / SOFTWARE ARCHITECTURE
Software-only C++ sensor-controller architecture designed around testability and hardware abstraction.
Includes SPI transaction abstractions, fake hardware, deterministic sampling, timestamps, sampling statistics, and ring-buffer based data handling.
View on GitHub →AEROSPACE / SOFTWARE
Senior design project developed during a Boeing internship.
The project processed raw satellite Two-Line Element (TLE) data and visualized satellite trajectories using a 3D tracking system built with Cesium.js.
View on GitHub →ENGINEERING FOCUS
Reliable, maintainable firmware for microcontrollers and resource-constrained systems.
Software that connects directly to sensors, peripherals, processors, and real-world hardware.
Applying embedded software and systems engineering to aerospace, robotics, automotive, and other safety-conscious technologies.
GET IN TOUCH
I am interested in embedded software, firmware, robotics, aerospace, automotive, and systems engineering opportunities. If you're looking for an engineer who enjoys working close to the hardware, I'd be happy to connect.