I will develop robotics, automotive ecu pcb, can bus and embedded firmware
pcb design embedded system and firmware development
About this Gig
Hello and Welcome!
A reliable embedded product starts with more than a functional schematic. MCU selection, CAN bus integrity, power architecture, sensor timing, signal conditioning, thermal behavior, PCB layout, and firmware execution must operate as one coordinated system.
I will develop custom robotics electronics, automotive ECU PCBs, CAN/CAN FD systems, and embedded firmware for products that require dependable hardware-software integration. From the control architecture and PCB design to embedded C/C++ firmware and communication interfaces.
What I Will Provide:
- Custom PCB schematic design
- Multilayer PCB layout
- Automotive ECU PCB development
- CAN and CAN FD integration
- Embedded C/C++ firmware
- STM32 and ESP32 development
- Robotics control electronics
- Motor and actuator interfaces
- Sensor integration and signal conditioning
Why Choose Me:
- Embedded systems expertise
- Automotive electronics
- CAN bus engineering
- Robotics PCB design
- Firmware development
- STM32 development
- ESP32 development
- Custom hardware solutions
Have a robotics controller, automotive ECU, CAN bus device, portable measurement system, or custom embedded product in mind? message now and let's get started!!!!
FAQ
What types of embedded systems can you develop?
I can develop robotics controllers, automotive ECU prototypes, CAN bus devices, motor controllers, sensor systems, portable measurement devices, and custom embedded products.
Can you design both the PCB and firmware?
Yes. I can handle the schematic, PCB layout, component selection, MCU integration, embedded C/C++ firmware, communication interfaces, and manufacturing files.
Do you work with CAN and CAN FD?
Yes. I can integrate CAN/CAN FD transceivers, MCU communication, message handling, filtering, diagnostics, and other application-specific CAN functionality.
Which microcontrollers do you support?
I commonly work with STM32 and ESP32, and can select another MCU when the project's processing, connectivity, memory, power, or peripheral requirements call for it.
Can you develop robotics control boards?
Yes. I can develop controller boards for robotics applications involving motors, actuators, sensors, communication interfaces, and custom control logic.

