Senior Power Electronics Engineer – High-Power Inverters

Cindavi; Indianapolis (IN); On-site; USD 125,000 - 170,000; Full time

Job summary

Cindavi is hiring a Senior Power Electronics Engineer to advance the inverter technology behind high-performance electric motors used in Formula 1, Formula E, and other demanding applications. This is an opportunity to solve complex engineering problems where power density, thermal performance, reliability, and response time all matter.

You will split your focus between developing our next generation of inverter systems and supporting proven technology already operating in the field.

Qualifications

• Bachelor's degree in Electrical Engineering or closely related discipline with emphasis in power electronics.
• 3–5 years of relevant experience; 6–8+ years for senior level.
• Hands-on experience designing inverter hardware or high-power systems.

Responsibilities

• Design and develop high-power-density inverters and related power electronics for specialty electric motor systems.
• Own meaningful portions of power-stage and inverter hardware design, analysis, implementation, and improvement.
• Test and validate systems in our in-house lab using back-to-back motor dynamometers and advanced test infrastructure.
• Troubleshoot fielded units and support rapid iteration during dyno tests, track days, and customer programs.
• Partner with software, controls, mechanical, electromagnetic, and project engineering teams to deliver complete system solutions.
• Help shape next-generation platforms while improving reliability and performance of existing products.

Skills

Power electronics

Inverter hardware design

High-power systems

Team collaboration

Technical ownership

Education

Bachelor's degree in Electrical Engineering

Tools

Dynamometers

Job description

Cindavi is hiring a Senior Power Electronics Engineer to advance the inverter technology behind high-performance electric motors used in Formula 1, Formula E, and other demanding applications. This is an opportunity to solve complex engineering problems where power density, thermal performance, reliability, and response time all matter.

You will split your focus between developing our next generation of inverter systems and supporting proven technology already operating in the field.