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I will do stm32h7 embedded sensor prototype development using stm32cubeide and iar
United Kingdom
I speak English
Embedded Systems Engineer, Firmware and PCB Design Specialist
Embedded Systems Engineer | Firmware & PCB Design Specialist
I specialize in embedded systems, offering expertise in firmware development for STM32, ESP32, NRF52, and Arduino platforms, as well as PC...
About this Gig
Bring Your Embedded Ideas to Life with STM32H7 Sensor Prototyping
Got an idea that needs a smart, powerful embedded brain?
I build real working prototypes around the STM32H7 microcontroller that read sensors, talk to hardware, and make your concept tangible.
I combine solid engineering with practical problem-solving to turn requirements into firmware and working hardware.
Whether youre validating a sensor design, building a control system, or just starting with embedded, Ill take your project from concept to code to a testable prototype you can trust.
What You'll Get
- Clean, efficient firmware for STM32H7 using STM32CubeIDE and IAR
- Sensor integration with real-time data capture and validation
- Peripheral configuration (I²C, SPI, ADC, UART, timers, etc.)
- Debugging, optimization, and functional testing
- Clear documentation and deliverables
Lets build something that works reliable, understandable, and ready for the next step!!!
My Portfolio
FAQ
What do I need to provide to begin the project?
To get started, just share your hardware details (sensor type, communication interface, power requirements), any schematics or board files you have, and a clear description of the system behavior you want. If you don’t have hardware yet, I can help with recommendations and setup planning.
What tools and development environments do you use?
I develop firmware primarily using STM32CubeIDE and IAR Embedded Workbench, ensuring clean, maintainable code and efficient debugging. These tools are standard for professional STM32 development and support deep peripheral configuration and debugging workflows.
How do you handle communication with sensors and peripherals?
Sensor and peripheral interfaces (like I²C, SPI, UART, ADC) are configured in the firmware with proper drivers and real-time data handling logic, ensuring accurate acquisition and reliable operation within your system’s requirements.
