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Nederlands
$
USD
I will do smart city traffic pcb design, parking sensors, stm32 esp32 controller
Over deze dienst
Hello there, My name is Ryan and thanks for having interest in my gig.
I provide complete hardware solutions for intelligent traffic control, smart parking, vehicle detection, and IoT infrastructure. Every project is built with performance, reliability, and manufacturing in mind.
Services include:
- Traffic light controller PCB
- Smart parking sensor systems
- STM32 & ESP32 embedded hardware
- Schematic capture and PCB layout
- Sensor integration (IR, ultrasonic, radar, magnetic)
- CAN, RS485, UART, SPI, I2C, LoRa, Wi-Fi & BLE support
- BOM, Gerber files, 3D PCB, and production-ready outputs
- Component selection and DFM review
- Prototype support and troubleshooting
Applications include smart intersections, parking management, vehicle counting, traffic monitoring, access control, EV infrastructure, and IoT automation.
You will receive clear communication, fast delivery, revision support, and files ready for fabrication. If your project has custom requirements, feel free to contact me before placing an order
Andere Elektrotechniek diensten die ik aanbied
Veelgestelde vragen
What types of smart city projects do you support?
I work on traffic light controllers, smart parking systems, vehicle detection, access control, IoT monitoring, EV infrastructure, and other embedded hardware solutions.
Which microcontrollers and communication protocols do you use?
I support STM32, ESP32, AVR, PIC, and ARM-based MCUs with UART, SPI, I2C, CAN, RS485, Wi-Fi, BLE, LoRa, Ethernet, and MQTT.
What files will I receive?
You'll receive the schematic, PCB layout, Gerber files, Bill of Materials (BOM), Pick-and-Place file, 3D PCB model (if included), and editable source files.
Can you make the PCB ready for manufacturing?
Yes. Every board is checked for manufacturability (DFM) and prepared for fabrication with production-ready Gerber files and assembly documentation.
Can you modify or improve my existing PCB?
Yes. I can update existing hardware, optimize layouts, replace components, fix routing issues, improve performance, and prepare the board for a new revision
