Electrical Engineer - Power Conversion & Innovation

Astrodyne TDI; Hackettstown (NJ); On-site; USD 90,000 - 130,000; Full time

Job summary

Astrodyne TDI is seeking an hands-on Electrical Engineer to join our power group. You will develop advanced power conversion products and create schematic diagrams, while performing design verification and qualification tests to meet performance, cost, and schedule targets.

You will collaborate with senior engineers, customers, and cross-functional teams to ensure robust engineering solutions, manage documentation and ECNs, and contribute to system-level design and reliability.

Qualifications

• Bachelor's Degree in Electrical Engineering required.
• Minimum of 3 years in developing electronic circuits and power conversion products.
• Proficiency with design tools such as PSpice and Mathcad; knowledge of electromagnetism and control theory.
• Bonus: familiarity with Altium and regulatory compliance (UL/CSA) and EMC troubleshooting.

Responsibilities

• Prepare component stress documentation charts, DFMEA, and MTBF analyses.
• Conduct product reliability assurance testing.
• Support New Product Introduction team with project transfer and testing.
• Make critical project decisions and report to Senior/Principal Engineers.
• Design control circuits and contribute to mechanical design of products.

Skills

Power electronics

Circuit design

Digital design

Control theory

Electromagnetism

Communication protocols

Regulatory awareness

Education

Bachelor's Degree in Electrical Engineering

Tools

PSpice

Mathcad

Altium

Job description

Astrodyne TDI is seeking an hands-on Electrical Engineer to join our power group. You will develop advanced power conversion products and create schematic diagrams, while performing design verification and qualification tests to meet performance, cost, and schedule targets.

You will collaborate with senior engineers, customers, and cross-functional teams to ensure robust engineering solutions, manage documentation and ECNs, and contribute to system-level design and reliability.