Engine Control Module Hardware Design Engineer

Stellantis•Auburn Hills, MI

10h

About The Position

The Engine Control Module Hardware Design Engineer will play a key role in vehicle or module-related projects. Their main mission will be to oversee the progress of product and process qualification for electronic control module components, from supplier selection to series industrialization.

Requirements

Bachelor's degree in Electrical engineering or related degree field
8 or more years of overall relevant experience
1 or more years of electronic ECU or automotive 12V component development experience
Full understanding of automotive ECU development process or 12V energy management systems
Strong leadership skills (prepared to lead a supplier team)

Nice To Haves

Master's degree in Electrical Engineering
Experience managing suppliers and/or engineers
Experience managing or developing embedded software
Proficient in LabVIEW, Teststand, Veristand, CAPL
Familiar with cryptographic principals
Familiar with CAN/CAN-FD protocols
Outstanding communication and organization skills

Responsibilities

Ensure the development, validation, integration, and qualification of components within their scope
Develop and publish engine control module performance standards
Execute programs through PDP that meet or exceed objectives for performance, cost, weight, investment, and quality
Direct suppliers in developing, testing, and releasing components to meet Stellantis vehicle level requirements and sub-system level behavior objectives
Directly involved with supplier design efforts and design reviews to ensure the supplier design meets Stellantis expectation as listed in Stellantis specifications
Ensure product and process maturity in line with project expectations
Manage product and process changes based on identified needs
Oversee risks and critical points while addressing technical issues related to their scope
Develop core component hardware DFMEA for ECM modules. Review and sign off on Suppliers Design Failure Mode Effects Analysis (DFMEA)
Cross-Functional Collaboration: Coordinate with design, manufacturing, suppliers, and other engineering teams to ensure seamless integration and production feasibility
Interface with global employees to harmonize product designs, processes, and documentation to promote component re-use
Support field warranty and quality investigations, leading the root cause analysis effort as well as contributing to the identification and validation of the optimal solution