PCB Designer: High-Voltage Power & Prototyping

TDK-Lambda Americas Inc; Neptune City (NJ); On-site; USD 90,000 - 120,000; Full time

Benefits offered by this job

Healthcare benefits

401(k) with match

Paid time off

Education assistance

Recognition programs

Performance-based awards

Job summary

We are seeking a detail-oriented PCB Designer to support our Electrical Engineering team in developing high-voltage programmable DC power supplies and capacitor chargers. You will turn engineering concepts into reliable, manufacturable PCB designs and mechanical assemblies, build prototypes, support production, and maintain accurate design documentation.

This hands-on role requires collaboration to ensure layout quality directly affects safety, performance, and reliability, including BOM

Qualifications

• Reading and interpreting electrical drawings and safety manuals.
• Experience with PCB layout for high-voltage power supplies.
• Familiarity with thermal analysis and regulatory considerations.

Responsibilities

• Draw detailed electrical schematics and PCB layouts using PADS.
• Collaborate with PCB manufacturing to improve designs.
• Assist in prototype testing and soldering of through-hole/SMT parts.
• Ensure designs comply with company design guidelines and regulations.
• Create BOMs and engineering change orders as needed.

Skills

Reading schematics

PCB layout

Soldering SMT/through-hole

Thermal/regulatory awareness

Team collaboration

Education

Bachelor's degree in related field or technical school

Tools

PADS software

SolidWorks

Mentor Graphics PCB

MS Office (Word/Excel)

Job description

We are seeking a detail-oriented PCB Designer to support our Electrical Engineering team in developing high-voltage programmable DC power supplies and capacitor chargers. You will turn engineering concepts into reliable, manufacturable PCB designs and mechanical assemblies, build prototypes, support production, and maintain accurate design documentation.

This hands-on role requires collaboration to ensure layout quality directly affects safety, performance, and reliability, including BOM