Powertrain Control Software Validation Engineer

As a Powertrain Controls Software Validation Engineer, you will be responsible for developing, executing, and maintaining software validation solutions for Powertrain Control Modules (PCM). This role supports both supplier-developed low-level drivers and Ford-developed high-level control software, ensuring software functionality, quality, and compliance with system requirements.

The successful candidate will play a key role in modernizing Ford's validation infrastructure through the implementation of dSPACE SCALEXIO Hardware-in-the-Loop (HIL) systems, automation tools, and advanced software development methodologies. You will collaborate closely with Ford engineering teams, suppliers, and system experts to deliver validation strategies for current and future gasoline, hybrid, and electric vehicle programs.

Powertrain Controls Platform Systems Engineer

Software Validation Development

• Design, develop, execute, and maintain software validation suites for supplier-delivered low-level drivers and Ford-developed high-level drivers.
• Analyze software requirements and develop comprehensive test plans and validation strategies.
• Develop, update, and execute test cases for base functionality, hardwired inputs/outputs, and embedded software features.
• Review and analyze test results, identify root causes of issues, and support corrective actions.

Test Automation and Infrastructure Modernization

• Lead modernization efforts by migrating existing validation environments to dSPACE SCALEXIO platforms.
• Convert and maintain automated testing frameworks using modern software development tools and Python 3.
• Develop automated processes for test execution, reporting, and validation on dSPACE HIL systems.
• Improve validation efficiency through scalable and repeatable automation solutions.

Cross-Functional Collaboration

• Partner with Ford system experts, software engineers, and suppliers to define validation requirements and test methodologies.
• Serve as the technical interface between Ford engineering teams and PCM suppliers.
• Support validation activities across gasoline, HEV, and BEV applications.
• Collaborate across organizational boundaries to resolve complex technical issues and drive continuous improvement.

Technical Analysis and Problem Solving

• Perform software debugging and root-cause analysis using industry-standard tools and techniques.
• Validate embedded software functionality and ensure compliance with design requirements.
• Support software quality initiatives through data-driven analysis and continuous improvement practices.

Software Validation Development

• Design, develop, execute, and maintain software validation suites for supplier-delivered low-level drivers and Ford-developed high-level drivers.
• Analyze software requirements and develop comprehensive test plans and validation strategies.
• Develop, update, and execute test cases for base functionality, hardwired inputs/outputs, and embedded software features.
• Review and analyze test results, identify root causes of issues, and support corrective actions.

Test Automation and Infrastructure Modernization

• Lead modernization efforts by migrating existing validation environments to dSPACE SCALEXIO platforms.
• Convert and maintain automated testing frameworks using modern software development tools and Python 3.
• Develop automated processes for test execution, reporting, and validation on dSPACE HIL systems.
• Improve validation efficiency through scalable and repeatable automation solutions.

Cross-Functional Collaboration

• Partner with Ford system experts, software engineers, and suppliers to define validation requirements and test methodologies.
• Serve as the technical interface between Ford engineering teams and PCM suppliers.
• Support validation activities across gasoline, HEV, and BEV applications.
• Collaborate across organizational boundaries to resolve complex technical issues and drive continuous improvement.

Technical Analysis and Problem Solving

• Perform software debugging and root-cause analysis using industry-standard tools and techniques.
• Validate embedded software functionality and ensure compliance with design requirements.
• Support software quality initiatives through data-driven analysis and continuous improvement practices.