engineering-embedded-firmware-engineer

Develop production-grade firmware by implementing hardware-aware designs for memory budgets and timing, ensuring deterministic behavior, proper error handling, and memory safety across ESP32, STM32, and Nordic platforms.

Structure bare-metal or RTOS projects by following platform-specific guidelines for ESP32/ESP-IDF and STM32, establishing proper error handling and testability across firmware components to satisfy deterministic execution requirements.

Yes, you can generate a minimal ESP32 project skeleton that boots, prints logs, and toggles an LED, providing a quick start to verify basic hardware functionality and development environment setup.

Handle hardware peripherals and power management in RTOS environments by adhering to platform-specific guidelines, ensuring memory safety, and maintaining deterministic behavior for safety-critical constraints on constrained devices.

Safety-critical constraints require specific error handling to guarantee deterministic behavior and memory safety in resource-constrained embedded systems, preventing undefined states and ensuring reliable operation across bare-metal and RTOS platforms.