Job Description:
You're passionate about a zero-emissions future and want to build something special. You want to own your space but work with talented, like-minded people on important projects. The pace doesn't scare you, it excites you. Quality and integrity matter to you.
You're passionate about a zero-emissions future and want to build something special. You want to own your space but work with talented, like-minded people on important projects. The pace doesn't scare you, it excites you. Quality and integrity matter to you.
We feel exactly the same way. Drive Forward. Introduce yourself to us and let’s start a conversation.
We are on the lookout for a Senior Controls Engineer that will be responsible for the development, implementation, optimization, and testing of control algorithms to join our Propulsion Controls team. You will work closely with controls engineers, embedded systems engineers, and controls integration engineers to develop control systems for electric vehicles and fuel cell electric vehicles, as well as engage in calibration and testing of the systems. You will have experience working in a fast-paced environment.
Responsibilities Design and develop control software in MATLAB/Simulink
Coordinate development needs with other departments
Take ownership of the software you develop through testing and validation, both on lab bench and in vehicle
Work with embedded/integration/cross-functional engineers to implement, test, debug and calibrate control algorithms
Provide guidance in software development to other team members
Interact with a highly skilled team in a fast-paced environment
Provide support for troubleshooting all control system related issues
Qualifications:
Bachelors or Master’s (preferred) degree in Computer Engineering or a related study, or equivalent experience
3+ years of experience building embedded controls software
Strong knowledge in MATLAB/Simulink
Experience in developing control algorithms
Direct experience in vehicle-level controls design in torque management, braking systems, or state management for electric or hybrid vehicles.
Experience in modeling and simulation
Experience with optimization methods
Ability to communicate technical data from analysis to individuals/teams from different areas within the organization
Strong background in Model-Based system design in MATLAB/Simulink environment
Knowledge in auto-code generation in MATLAB /Simulink environment
Proficiency in C/C++ programming
Solid understanding of system/component design/development processes
Familiar with git version control
Preferred Knowledge of classical and modern control theory
Familiarity with tools such as Vector CANalyzer, CANoe, CANape
Proficiency with CAN, LIN Communication Protocols