I will turn your electronics prototype into a compact manufacturing ready pcb
ESP32 IoT PCB Design From Schematic to Manufacturing Ready Files
About this Gig
Your prototype worksbut breadboards, dev boards and loose modules are not ready for a real product.
I help turn working electronics prototypes into compact, organized and manufacturing-ready custom PCBs for IoT, embedded systems, robotics, sensors and electronic products.
What I Offer
- Prototype to PCB conversion
- Compact component placement
- Schematic cleanup and optimization
- Custom PCB layout and routing
- Correct footprints and connectors
- DFM and design rule checks
- Gerber, BOM and CPL files
- Editable source and 3D PCB files
Why Choose Me
- Product focused PCB workflow
- Attention to board size and fit
- Manufacturing conscious design
- Organized production files
- Clear technical communication
- Support from prototype to fabrication
Tools
- Altium Designer
- KiCad
- EasyEDA
Message me before ordering with your prototype, schematic, modules, dimensions and manufacturing requirements so I can review the best approach.
FAQ
Can you start immediately?
Yes. Send your prototype information first so I can review the complexity and recommend the correct package.
What files or information should I provide?
Send your schematic, breadboard photos, module list, existing PCB files, dimensions, datasheets and required functions.
Can you sign an NDA?
Yes. I can work under an NDA for confidential electronics and product-development projects.
What file formats will I receive?
Depending on the package: Gerber, drill files, BOM, CPL, PDF schematic, STEP/3D model and editable source files.
Can you work from a breadboard or rough prototype?
Yes. Breadboard circuits, development boards, module based prototypes, drawings and existing schematics can all be used as starting points.
Do you provide editable source files?
Yes. Editable PCB and schematic source files can be included with the appropriate package.
Can you handle larger or ongoing hardware projects?
Yes. I can support revisions, additional PCB versions, board-size optimization and ongoing electronics development.

