Propulsion Systems Charging Engineer
About The Position
Responsible for calibrating and optimizing the charging control system of an electric vehicle, learning the propulsion software, performing systems engineering, and developing processes and tools for calibration; integrate charging software in the VCU and calibrate it to ensure we meet our functional objectives; responsible for prototype vehicle calibration and support; translate vehicle requirements/functional objectives and formulate development and testing plans; work with Slate suppliers through Development Phases Alpha, Beta, PV, and Product Intent, and with Slate cross-functional teams, including Chief Engineer, Architecture, Purchasing, Program Manager, and Quality Engineers, to ensure the successful launch and release; utilize MATLAB, Simulink, Model-in-Loop (MiL) testing, Software-in-Loop (SiL) testing, ETAS INCA, ETAS MDA, Vector CANalyzer, power line communication (PLC) in EV charging, AC/DC charging control algorithms, issue-management systems, AUTOSAR Vehicle Architecture, and Microsoft Visio to perform duties; define, execute and assist with design verification plans (DVP) and reporting; engage in issue resolution and tracking using the Issue Management System to ensure timely support for production ramp activities; perform calibration change management, including documentation of calibrations and changes; and execute programs through the development process that meet or exceed objectives for performance, drivability and customer satisfaction.
Requirements
- Master’s Degree in Automotive Engineering, Electronic Engineering, Mechanical Engineering, Mobility Systems, or in a related field of study (will accept equivalent foreign degree)
- One (1) year in the position above, as a Powertrain Controls Engineer, as a Research Assistant, or in a related occupation
- Experience must include one (1) year’s use of all the following: MATLAB, Simulink, Model-in-Loop (MiL) testing, Software-in-Loop (SiL) testing, ETAS INCA, ETAS MDA, Vector CANalyzer, power line communication (PLC) in EV charging, AC/DC charging control algorithms, issue-management systems, AUTOSAR Vehicle Architecture, and Microsoft Visio
- Any suitable combination of education, training and/or experience
Responsibilities
- Calibrating and optimizing the charging control system of an electric vehicle
- Learning the propulsion software
- Performing systems engineering
- Developing processes and tools for calibration
- Integrating charging software in the VCU and calibrating it to ensure functional objectives are met
- Prototype vehicle calibration and support
- Translating vehicle requirements/functional objectives and formulating development and testing plans
- Working with Slate suppliers through Development Phases Alpha, Beta, PV, and Product Intent
- Working with Slate cross-functional teams, including Chief Engineer, Architecture, Purchasing, Program Manager, and Quality Engineers, to ensure successful launch and release
- Defining, executing and assisting with design verification plans (DVP) and reporting
- Engaging in issue resolution and tracking using the Issue Management System to ensure timely support for production ramp activities
- Performing calibration change management, including documentation of calibrations and changes
- Executing programs through the development process that meet or exceed objectives for performance, drivability and customer satisfaction
Stand Out From the Crowd
Upload your resume and get instant feedback on how well it matches this job.
What This Job Offers
Job Type
Full-time
Career Level
Entry Level
