Senior Power Electronics Engineer - High-Performance Inverters

Cindavi; Minneapolis, Saint Paul (MN, MN); On-site; USD 125,000 - 170,000; Full time

Benefits offered by this job

Relocation assistance

Job summary

Cindavi in Eden Prairie, MN, is seeking a Senior Power Electronics Engineer to design and advance inverter technology for high-performance electric motors used in race applications. You will split time between new inverter systems and proven field technology, with work in the lab, on dynamometers, and sometimes at customer sites.

You’ll join a small, expert team to tackle power density, thermal, reliability, and response-time challenges, guiding hardware development and collaborating across

Qualifications

• Bachelor's degree in Electrical Engineering with emphasis in power electronics.
• 3–5 years of relevant experience; 6–8+ years for senior role.
• Hands-on inverter hardware design experience; high-power systems.
• Willing to onsite in Eden Prairie and travel internationally.

Responsibilities

• Design high-power-density inverters and related power electronics for specialty electric motor systems.
• Own portions of power-stage and inverter hardware design, analysis, implementation, and improvement.
• Test and validate systems in our in-house lab using dynamometers and advanced test infrastructure.
• Troubleshoot fielded units and support rapid iteration during dyno tests 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

High-power design

Technical ownership

Team collaboration

Education

Bachelor's degree in Electrical Engineering

Job description

Cindavi in Eden Prairie, MN, is seeking a Senior Power Electronics Engineer to design and advance inverter technology for high-performance electric motors used in race applications. You will split time between new inverter systems and proven field technology, with work in the lab, on dynamometers, and sometimes at customer sites.

You’ll join a small, expert team to tackle power density, thermal, reliability, and response-time challenges, guiding hardware development and collaborating across