I will develop robotic pcb for agv drone automation and iot devices
About this Gig
HELLO WELCOME
Robotic hardware is not just about placing components on a PCB. An AGV, drone, automation platform, or IoT device requires coordinated power architecture, embedded processing, sensor interfaces, communication buses, motor control, and reliable signal routing within one engineered system.
My approach starts with understanding the system architecture and converting functional requirements into a structured, manufacturable electronic design.
What I can provide:
- Custom schematic capture and robotic control architecture
- AGV/AMR motor, encoder, sensor, and actuator interfaces
- Drone/UAV control and peripheral electronics
- STM32, ESP32, nRF, Raspberry Pi, and other embedded platforms
- CAN/CAN-FD, RS485, UART, SPI, I²C, USB, Ethernet, BLE, Wi-Fi, and LoRa
Why choose me?
I design the PCB as part of the complete robotic systemnot as an isolated layout. I consider the interaction between firmware, sensors, motors, power systems, communication networks, mechanical constraints, and manufacturing requirements to create a practical hardware foundation for your product.
Message now to discuss your architecture, technical requirements, and project scope!!!
FAQ
Can you develop drone or UAV electronics?
Yes. I can work on custom drone and UAV subsystems including sensor interfaces, telemetry, power distribution, communication, and embedded control electronics.
Which microcontrollers and platforms do you support?
I can work with platforms such as STM32, ESP32, nRF52/nRF53, Raspberry Pi, and other MCU or SoC-based architectures depending on project requirements.
Can you design PCBs for AGVs and autonomous robots?
Yes. I can develop control, power, sensor, motor interface, communication, and peripheral PCBs for AGV, AMR, and robotic automation systems.

