I will design custom pcb,multiayer pcb,and manfactacturing ready gerber files
Professional PCB Designer, KICAD PCB
About this Gig
Looking for a Professional Custom PCB Designer?
Welcome!
I'm Precious, a professional PCB designer specializing in custom PCB layouts, multilayer circuit boards, and manufacturing ready PCB designs. I help startups, engineers, students, and businesses turn electronic ideas into reliable, production-ready hardware.
Whether you need a simple 2-layer board or a complex multilayer PCB, I will deliver a clean, optimized deslgn with complete fabrication files ready for manufacturers such as JLCPCB, PCBWay, Seeed Studio, and others.
My Services
- Custom PCB Deslgn
- Multilayer PCB Layout (28+ Layers)
- Circuit Schematic Deslgn
- Gerber File Generation
- Bill of Materials (BOM)
- Pick & Place (CPL)
- 3D PCB Rendering
- DRC & ERC Verification
- Manufacturing Ready Documentation
Why Choose Me?
- Clean and professional PCB routing
- Optimized component placement
- Industry-standard deslgn practices
- Fabrication-ready files
- Fast communication and on-time delivery
Please contact me before placing an order to discuss your project requirements and ensure the best package for your needs.
Let's bring your custom PCB project to life with a professional, production ready deslgn.
FAQ
1. What do you need to start my PCB design?
Please send your project requirements, circuit details, PCB dimensions (if available), preferred software, and any design constraints or component preferences.
2. Can you design multilayer PCBs?
Yes. I design professional 2 layer, 4 layer, 6 layer, and 8+ layer PCBs depending on your project requirements.
3. Will my PCB be ready for manufacturing?
Absolutely. Every package includes manufacturing ready Gerber files, drill files, and the required documentation for PCB fabrication.
4. Which PCB design software do you use?
I work with KiCad, EasyEDA, and Altium Designer based on your preferences and project needs.
5. Can you optimize or redesign an existing PCB?
Yes. I can improve routing, reduce board size, optimize component placement, fix design issues, and prepare an existing PCB for manufacturing.
