I will design multilayer pcb using altium designer or kicad for embedded systems
I will design PCB schematics and layouts for IoT, embedded and trucking devices
About this Gig
Need a professional multilayer PCB for your embedded system?
I can help turn your circuit requirements into a clean, reliable, and manufacturing ready board using Altium Designer or KiCad.
I create multilayer PCB layouts for embedded electronics, IoT devices, controllers, communication systems, and industrial applications. My work focuses on accurate component placement, efficient routing, proper grounding, power distribution, and reliable board organization.
Services include:
- 2, 4, 6, and 8 layer PCB layouts
- Schematic capture and component placement
- High density PCB routing
- Power and ground plane management
- Signal routing and via optimization
- DRC and layout verification
- Component footprint creation
- Gerber and drill files
- BOM and Pick & Place files
- Editable Altium or KiCad project files
I can work from schematics, circuit diagrams, datasheets, block diagrams, or existing PCB files.
Each project is handled according to your board size, layer count, component requirements, and manufacturing specifications.
Please contact me before ordering so we can discuss your requirements and confirm the project scope.
FAQ
What PCB software do you use?
I work with Altium Designer and KiCad and can provide editable project files in the required format.
How many PCB layers can you handle?
I can work on 2, 4, 6, 8, and higher-layer boards, depending on your project complexity and requirements.
What do you need to start my project?
You can provide a schematic, circuit diagram, block diagram, datasheets, component list, board dimensions, or an existing PCB project if available.
Will I receive manufacturing files?
Yes. Depending on your selected package, deliverables can include Gerber files, drill files, BOM, Pick & Place files, and editable source files.
Can you handle complex embedded systems?
Yes. I can work on embedded boards involving MCUs, sensors, communication interfaces, power supplies, high density routing, and multilayer layouts.
