I'm an engineer who ships across Embedded Systems, IoT, and Machine Learning. My work spans two worlds: one day I'm writing low-level firmware for ESP32 or STM32, and the next I'm implementing DSP pipelines and ML models. The throughline is the same — bridging the gap between physical hardware and intelligent software to build performant, connected systems.
- Currently building → OpenHW-Studio & STM32-Bluepill-emu
- Interests → Wi-Fi & BLE Stacks, IoT Firmware
- Gravitate toward → Building tools and hardware abstractions that make complex systems easier to use
- Open to → Collaborations on embedded ML, IoT platforms, and open-source hardware tools
| Project | What it is |
|---|---|
| OpenHW-Studio | Tools and platforms for open-source hardware development. Focuses on bringing better workflows and accessibility to embedded engineers. · C++ Embedded PlatformIO |
| STM32-Bluepill-emu | An emulator for the STM32 Bluepill board, enabling testing and development without physical hardware. Streamlines the firmware CI/CD pipeline. · C/C++ STM32 |
| stm32F4-emulator | An emulator for the STM32 F4 board, enabling testing and development without physical hardware. Streamlines the firmware CI/CD pipeline. · C/C++ STM32 |
| Bramble-wasm | An emulator for the STM32 Bluepill board, enabling testing and development without physical hardware. Streamlines the firmware CI/CD pipeline. · C/C++ STM32 |
| es32s3-hid | Firmware leveraging the ESP32-S3's USB capabilities to act as a Human Interface Device (HID). · ESP32-S3 C++ IoT |
Languages & Core
Embedded & IoT
Data, ML & Visualization
Tools & Ops
Whether it's writing close-to-the-metal C++ for an ESP32 or structuring a data pipeline:
1. Understand the constraints (memory, power, time) → 2. Build a robust foundation → 3. Iterate with real data → 4. Optimize for performance and reliability
Keep it simple, make it reliable.
I'm always up for discussing embedded systems, DSP, and how ML can be pushed to the edge.
Let's build something. · Email me · LinkedIn · Portfolio