Auto Industry Engineer
An Auto Industry Engineer in the US designs, develops, and tests vehicles and automotive systems to meet safety, performance, and efficiency standards. They collaborate with cross-functional teams to innovate powertrains, chassis, electronics, and manufacturing processes. These engineers apply principles of mechanical, electrical, and software engineering to solve complex automotive challenges, ensuring compliance with federal regulations and consumer expectations in a rapidly evolving industry driven by electrification and autonomous technology.
- automotive engineer
- vehicle design
- powertrain engineer
- EV engineer
- chassis development
- automotive systems
- mechanical engineer
- automotive R&D
- vehicle testing
- manufacturing engineer
- ADAS
- electric vehicles
- CAD design
- automotive safety
- NVH engineer
Available courses
14
Students
43
Average monthly income
$6K - $14K
Automotive Design Course
You will develop core automotive design skills across sketching, digital rendering, 3D surface modeling, packaging, and interior design. You will learn how professional studios operate, how design decisions move from concept to production, and how to embed brand language into every surface you create. The course covers EV-specific design opportunities, sustainable material strategies, and advanced visualization tools including real-time rendering and virtual reality. You will also build a competitive portfolio and practice the presentation and leadership skills that studios expect from working designers.
Students
11
Workload
4h - 360h
Rating
—
What does a Auto Industry Engineer do
Design and develop automotive components and systems including powertrains, chassis, and electrical architectures using CAD and simulation tools to meet performance and safety targets.
Conduct vehicle testing and validation procedures, analyzing data to identify defects, optimize performance, and ensure compliance with federal safety and emissions regulations.
Collaborate with cross-functional teams including design, manufacturing, and suppliers to manage engineering changes, resolve technical issues, and bring new vehicle programs to production on schedule.
Research and integrate emerging technologies such as electric drivetrains, advanced driver-assistance systems (ADAS), and lightweight materials to improve vehicle efficiency, safety, and competitiveness.
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