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I will develop c, cpp and assembly firmware for embedded systems
About this Gig
Bringing hardware to life with robust, optimized firmware!
Need custom firmware for your embedded system? Whether it's a simple Arduino prototype, a Wi-Fi connected ESP32 IoT device, or a complex STM32 ARM Cortex architecture, I've got you covered.
As an Engineering student specializing in control systems, I write clean, efficient, and hardware-optimized code in C, C++, and Assembly. I don't just make it work; I ensure it is reliable and scalable for industrial or personal applications.
My Expertise Includes:
- Microcontrollers: STM32, ESP32, Arduino, and custom boards.
- Languages: C, C++, Assembly.
- Protocols: I2C, SPI, UART, ADC, DAC.
- Sensors & Actuators: IMUs (Accelerometers/Gyroscopes), Lidar, Temperature, Motors, and Encoders.
- Advanced Features: RTOS integration, State Machines, and low-level hardware debugging.
What you will get:
- Highly commented, structured source code.
- Optimal memory and power management.
- System architecture and logic design.
- Driver development for specific modules.
Note: Embedded systems are highly specific. Please message me BEFORE placing an order so we can discuss your hardware, requirements, and project scope!
Platform:
STM32
Expertise:
Firmware development
•
RTOS
•
Microcontrollers
FAQ
Do you need the physical hardware to write the firmware?
Not necessarily. If it's a standard development board (like STM32, ESP32, or Arduino) and common sensors, I can use my own hardware setup or simulators to test the logic. However, for custom PCBs or highly specialized hardware, we will need to discuss how to best test and debug the code remotely.
What exactly will you deliver at the end of the project?
I will deliver the complete, highly commented source code (.c, .cpp, .h, or assembly files), the compiled binaries (if requested), and a documentation file explaining how to flash the firmware and how the main logic is structured.
What happens if the code behaves differently on my physical hardware?
I thoroughly test the code on my end before delivery. However, hardware variations can sometimes cause unexpected behavior. Included in the revisions, I will help you debug the issue—you just need to provide me with the error logs or behavioral descriptions from your physical setup.
Can you help me choose the right microcontroller or sensors for my project?
Yes! If you are in the planning phase and aren't sure which microcontroller (e.g., choosing between an ESP32 for IoT or an STM32 for robust processing) or sensor best fits your needs, please send me a message and I can provide recommendations before we start.
