EV Systems Engineer
Works on the electrical and control systems — battery management, motor drives, charging — that make electric vehicles function.
Designs, tests, and improves vehicles and their subsystems, from chassis and engine to safety and comfort features.
Compare with another careerWorks across the vehicle development process — concept design, prototyping, testing, and validation of components such as engines, transmissions, chassis, and body structures. Uses CAD tools and physical testing to refine performance, cost, and manufacturability, coordinating with suppliers and manufacturing teams.
Primarily office and lab-based design and testing work, with periodic time on the shop floor or at test tracks, within a larger vehicle engineering team.
Typical entry point
Entry-level graduate engineer at an automotive OEM or components supplier
Core
Also relevant
Core
Also relevant
These are useful, relevant skills to build over time — not a checklist you need to already have.
These are common routes in, not the only path — and not a university or course recommendation.
General tendencies for this career, not a guarantee — actual roles vary by employer and location.
Works on the electrical and control systems — battery management, motor drives, charging — that make electric vehicles function.
Designs and develops engines, transmissions, and hybrid or electric drive systems that move a vehicle.
Studies and tunes how a vehicle handles, rides, and responds to steering, braking, and road conditions.
Builds the perception, planning, and control software that lets vehicles sense their surroundings and drive with reduced or no human input.
Uses computer simulation of crashes, structures, thermal and airflow behavior to predict and improve vehicle performance before physical prototypes are built.
Develops and tests battery cells, packs, and management systems used in electric vehicles and energy storage.