I help businesses and engineering teams design, develop, and integrate embedded systems for connected devices, automation, IoT, and hardware-driven applications.
This service focuses on firmware development, hardware integration, device communication, and system-level software for platforms such as STMicroelectronics STM32, Arduino Arduino, Espressif Systems ESP32, and Raspberry Pi Foundation Raspberry Pi. Typical work includes sensor integration, serial communication protocols, GPIO control, MQTT and IoT connectivity, RFID systems, vending and kiosk integrations, real-time device control, cloud communication, and embedded Linux or microcontroller-based development.
I work with both new hardware projects and existing systems, prioritizing reliability, maintainability, and stable behavior in real-world environments. Development is approached with practical engineering decisions around performance, connectivity, power usage, deployment, and long-term support. Communication stays clear and technical when needed, with a focus on building systems that are dependable outside of the lab environment.
This service is a good fit if you need to prototype or deploy embedded products, connect hardware to web or mobile platforms, automate physical systems, or improve unstable device integrations. For larger connected platforms involving dashboards, APIs, or cloud infrastructure, I often recommend combining embedded development with a broader backend or full-stack engagement.