PCB Designer

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We are seeking a skilled PCB Designer to design and develop high-quality printed circuit boards for electronic products. The candidate will collaborate with hardware engineers to convert schematics into efficient, manufacturable PCB layouts.

1. Schematic Understanding

• Read and interpret circuit schematics provided by hardware engineers
• Understand component functions, connections, and design intent

2. Component Selection & Placement

• Choose correct footprints from libraries
• Place components logically for:
• Short signal path
• Better performance
• Easy assembly and testing

3. PCB Layout & Routing

• Route electrical connections (tracks) between components
  Optimize routing for: Signal integrity
  Minimal noise and interference
  Work on single-layer, double-layer, or multilayer boards

4. Design Rule Check (DRC)

• Apply manufacturing and electrical constraints
• Ensure spacing, width, and clearance rules are followed
• Use tools like Altium Designer, Cadence Allegro, or KiCad

5. Signal Integrity & EMI Control

• Manage high-speed signals
• Reduce noise, crosstalk, and electromagnetic interference
• Ensure stable and reliable circuit performance

6. Thermal Management

• Design for heat dissipation
• Use copper pours, vias, and heat sinks where required

7. Multilayer Stack-up Design

• Define layer structure (signal, power, ground layers)
• Ensure proper grounding and power distribution

8. Manufacturing Output

• Generate:

  • Gerber files
  • Drill files
  • Bill of Materials (BOM)
  • Assembly drawings

9. Prototype Support & Debugging

• Assist in PCB testing and bring-up
• Identify and fix design issues
• Update design revision

• Skilled PCB Designer able to design high-quality, manufacturable boards
• Read and interpret circuit schematics from hardware engineers
• Component footprint selection and logical placement
• PCB layout and routing on single-layer, double-layer, and multilayer boards
• Apply design rule checks (DRC) with manufacturing and electrical constraints
• Use PCB tools such as Altium Designer, Cadence Allegro, or KiCad
• Signal integrity and EMI control (high-speed signals, noise, crosstalk)
• Thermal management using copper pours, vias, and heat sinks
• Multilayer stack-up design (signal, power, ground layers)
• Generate manufacturing outputs: Gerber files, drill files, BOM, assembly drawings
• Prototype support: PCB testing/bring-up, debugging, and design revisions