I will do iot pcb design, esp32 arduino pcb, sensor pcb and multilayer pcb layout
PCB Engineering Solutions, Reliable Layouts Built for Production
About this Gig
Your IoT device is only as reliable as the PCB behind it. If you're building an ESP32, Arduino, or sensor based product, you need more than a PCB layout you need hardware engineered for stable performance, clean routing, and smooth manufacturing. That's exactly what I deliver.
I'm Stephan blau, an Electronics & Embedded Hardware Engineer specializing in IoT PCB des ign, ESP32 Arduino PCB development, sensor PCB solutions, and multilayer PCB layout. Every design is created with manufacturability, signal integrity, and long term reliability in mind.
Services:
- IoT PCB Design & Development
- ESP32 PCB De sign & Hardware Integration
- Arduino PCB De sign & Custom Board Development
- Multilayer PCB Layout Des ign
- Circuit Schematic Des ign & Redrawing
- Sensor PCB Design & Interface Circuits
- PCB Redesign, Review & De sign Optimization
- Design for Manufacturing & De sign Rule Check
- Gerber, BOM, Pick and Place (CPL) & Manufacturing File Generation
- Prototype Ready PCB Design
Deliverables:
- Professional Circuit Schematic
- Editable Schematic Source File
- PCB Layout Source File
- Project Source Files
- PDF Schematic Documentation
Tools:
- Altium Designer
- KiCad
- Eagle
- Proteus
Contact me now!!!
FAQ
Can you design multilayer PCBs for complex IoT products?
Yes. I design 2-layer, 4-layer, and multilayer PCBs with attention to signal integrity, power distribution, EMI reduction, and manufacturing best practices.
Which microcontrollers and platforms do you support?
I design PCBs for ESP32, Arduino, STM32, Raspberry Pi Pico, ESP8266, Nordic nRF, PIC, AVR, and many other embedded platforms, depending on your project requirements.
What do you need to start my IoT PCB project?
Please send your project requirements, block diagram, circuit idea, existing schematic, or reference files. If you only have an idea, I can help develop it into a complete schematic and PCB layout.
Can you review or improve my existing PCB design?
Absolutely. I can review your PCB for routing issues, component placement, power integrity, DRC/ERC errors, thermal concerns, and manufacturability, then recommend or implement improvements.
Do you follow manufacturing standards?
Yes. Every PCB is designed using Design for Manufacturing (DFM) principles and verified with DRC/ERC checks to help ensure a smooth fabrication and assembly process.
