I will debug, fix and modify your stm32 embedded firmware, stm32 hal, stm32cubeide in c
About this Gig
Is your STM32 firmware crashing, behaving unexpectedly, or failing to communicate with your hardware?
I will debug and fix your existing STM32 embedded firmware in C, identify the root cause of the problem, and implement a reliable solution while keeping your existing project structure in mind.
I can troubleshoot firmware issues involving:
- HardFault and unexpected resets
- Watchdog resets
- Memory and stack-related issues
- Peripheral initialization
- Interrupt and callback problems
- DMA configuration and transfers
- UART, SPI and I2C communication
- ADC and PWM issues
- Timers and timing problems
- Driver bugs
- RTOS-related problems
- Build and compilation errors
I can work with STM32 projects using STM32CubeIDE, STM32CubeMX, HAL, LL, and common STM32 development workflows.
Please provide your STM32 MCU or board model, source code, error logs, expected behavior, actual behavior, and any relevant debugging information before ordering.
For larger firmware issues or projects involving multiple peripherals, message me first so I can review the requirements and recommend the appropriate package.
Other Electronics Engineering Services I Offer
FAQ
Can you debug my existing STM32 firmware?
Yes. This gig is specifically for troubleshooting and fixing existing STM32 firmware projects.
What STM32 tools do you work with?
I can work with STM32CubeIDE, STM32CubeMX, HAL, LL and common STM32 development workflows.
Can you fix HardFault errors?
Yes. I can investigate HardFaults and related crashes using the available source code, logs, debugger information and project configuration.
Can you debug UART, SPI or I2C problems?
Yes. Communication and peripheral issues can be investigated at the firmware level.
Can you troubleshoot DMA and interrupt problems?
Yes. DMA transfers, interrupt configuration, callbacks and related firmware behavior can be reviewed.
Can you debug STM32 RTOS firmware?
Yes, including issues involving tasks, synchronization, timing and other RTOS-related firmware behavior.
What do you need to start?
Ideally, the STM32 project/source code, MCU or board information, error logs, expected behavior, actual behavior, and steps to reproduce the issue.

