Senior xEV Inverter Design Engineer

Astemo Ltd.; Greenfield (IN); Hybrid; USD 90,000 - 130,000; Full time

Job summary

Astemo Americas is seeking a mechanical engineering professional to support technology development for electronic controller systems and inverters in automotive powertrains. You will understand customer requirements and collaborate with global teams to design and develop inverter solutions that meet application needs.

The role is hybrid, with 2–3 days on-site as health conditions permit, offering opportunities to contribute across design, validation, and production launch of advanced inverters.

Qualifications

• Minimum 5 years practical work experience designing automotive powertrain components (drive Inverters preferred).
• Experience with 3-D CAD creation and 2-D drawing creation.
• Mechanical CAE experience (thermal, structural, etc).
• Understanding of electrified vehicle systems and integration.
• Experience interfacing with customers and/or suppliers to explain technical documents/drawings.
• Demonstrated project management experience from concept to execution.

Responsibilities

• Lead and/or support technology development for new xEV Inverter business in Astemo Americas.
• Plan and manage activities for multiple projects to meet goals within timeframe.
• Translate customer requirements to optimum inverter design with global team.
• Coordinate inverter program communication between OEMs, US/Japan teams, and suppliers.
• Support design validation, prototype builds, and production launch activities.

Skills

Automotive powertrain design

3D CAD

2D drawings

Mechanical CAE

Project management

Education

BSME

Tools

CATIA

CAD/CAE software

Job description

Astemo Americas is seeking a mechanical engineering professional to support technology development for electronic controller systems and inverters in automotive powertrains. You will understand customer requirements and collaborate with global teams to design and develop inverter solutions that meet application needs.

The role is hybrid, with 2–3 days on-site as health conditions permit, offering opportunities to contribute across design, validation, and production launch of advanced inverters.