Senior Inverter Electrical Engineer — Power Electronics, Hybrid

BorgWarner; Kokomo (IN); Hybrid; USD 78,000 - 133,000; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

401k

Life Insurance

Parental Leave

IVF Assistance

Holidays

Vacation

Tuition Assistance

Wellness Center

Hybrid Work

Job summary

BorgWarner is seeking an Advanced Inverter Electrical Engineer for Kokomo, IN (preferred) or Auburn Hills, MI. You will join a team developing next-generation traction inverters, handling circuit design, implementation, and lab testing to ensure robust performance.

This role requires a strong foundation in electrical engineering with hands-on experience in power electronics, high voltage systems, and EMC-ready designs.

Qualifications

• Bachelor of Science in Electrical/Electronic Engineering required.
• 3+ years in electronic design; 5+ years preferred.
• Experience designing power electronics, analog circuits, and microprocessor-based systems.
• Circuit simulation/analysis proficiency needed.
• Hardware troubleshooting with lab equipment (oscilloscopes).
• HV testing experience preferred.
• EMC circuit design/layout knowledge desirable.
• Excellent written and oral communication skills.
• Willingness to travel 10% domestically and internationally.

Responsibilities

• Concept, design, and execute traction inverter designs.
• Perform simulation and analysis using CAD/CAE tools.
• Select components to meet design requirements.
• Articulate electrical implications supporting packaging and system design.
• Checkout and debug new hardware; perform design confirmation testing in lab.
• Guide ECAD/MCAD to optimize circuit performance and reliability.

Skills

Power electronics

Analog circuits

Microprocessor systems

Circuit simulation

Hardware troubleshooting

EMC design

Communication skills

Travel readiness

Education

BSEE

MSEE

Tools

CAD tools

CAE tools

Job description

BorgWarner is seeking an Advanced Inverter Electrical Engineer for Kokomo, IN (preferred) or Auburn Hills, MI. You will join a team developing next-generation traction inverters, handling circuit design, implementation, and lab testing to ensure robust performance.

This role requires a strong foundation in electrical engineering with hands-on experience in power electronics, high voltage systems, and EMC-ready designs.