I will design stm32 firmware, embedded systems and microcontroller pcb boards
PCB Design Engineer Altium KiCad Schematics Layout Gerber and DFM
About this Gig
Need a reliable STM32 embedded systems engineer for your microcontroller project? I will develop and integrate STM32 firmware, embedded hardware, and microcontroller PCB solutions for prototypes and custom electronics.
From MCU configuration and peripheral control to sensor integration and PCB implementation, I can help turn your requirements into a functional embedded system.
What I offer:
- STM32 firmware development
- Embedded C programming
- STM32 peripheral configuration
- GPIO control
- UART communication
- I2C communication
- SPI communication
- ADC/DAC interfacing
- Sensor integration
- Motor/actuator control
- Custom STM32 PCB design
- Device drivers
- CAN/RS485 communication
- IoT and connectivity integration
- Firmware debugging and optimization
My Process:
Requirement analysis MCU/peripheral planning firmware architecture driver development hardware/PCB integration testing & debugging final source delivery.
Please provide:
- Project requirements
- STM32 MCU/model
- Circuit or existing PCB files
- Component/sensor details
- Communication requirements
- Firmware functionality
- Datasheets, if available
Please don't place a direct order, message me first to discuss your project and best package for it.
Other Electronics Engineering Services I Offer
FAQ
Which STM32 family can you work with?
I can work with different STM32 families, including STM32F0, F1, F3, F4, F7, G0, G4, H7, L0, L4 and other compatible series.
Can you work with my existing STM32 project?
Yes. I can review and continue an existing STM32 project, modify its firmware, add functionality, troubleshoot issues, or adapt it to your hardware.
Can you use STM32CubeIDE or STM32CubeMX?
Yes. I can work with STM32CubeIDE/CubeMX-based projects and configure the required MCU peripherals and project settings according to your hardware.
Will you test the firmware before delivery?
I can perform software-level testing and debugging based on the available hardware, simulation, logs, or test information. Hardware testing may require you to provide the physical device or suitable test setup.

