Powertrain Controls Integration Lead

Ford-Motor-Company; Dearborn (MI); Hybrid; USD 85,000 - 163,000; Full time

Benefits offered by this job

Medical, dental, vision coverage

Parental leave and family benefits

Tuition assistance

Job summary

Ford Motor Company seeks an experienced Controls Integration Engineer to deliver control software and lead vehicle‑level integration, commissioning, and program execution. You will own development through successful milestones and represent the Controls team at program reviews.

You will collaborate with Brakes, Body Controls, and Calibration, perform root‑cause analysis, drive PCA actions, and contribute to integration and launch of vehicle features in a hybrid environment.

Qualifications

• Bachelor of Science in Engineering (Electrical, Mechanical, Controls, CS or related).
• 2+ years troubleshooting and debugging physical vehicles.
• 2+ years embedded software understanding.
• 2+ years calibration/diagnostic tool experience (ATI Vision, CANalyzer, PTDIAG, EOL tools).
• 1+ years in Scaled Agile with Jira.

Responsibilities

• Lead Vehicle-Level Integration & Commissioning for prototypes and dynos.
• Develop Vehicle and Breadboard Test Plans for each vehicle application.
• Perform DV/FMA analyses and design verification activities.
• Drive software and program delivery across platforms.
• Own PCA process for xEV and traditional controls issues.
• Prepare for engineering milestone reviews (FDJ, PEC, FEC).

Skills

Embedded software

Vehicle troubleshooting

Cross-functional collaboration

Strong communication

Agile methodologies

Education

B.S. in Engineering

Tools

ATI Vision

CANalyzer

PTDIAG

EOL tools

Automotive diagnostic tools

Job description

Ford Motor Company seeks an experienced Controls Integration Engineer to deliver control software and lead vehicle‑level integration, commissioning, and program execution. You will own development through successful milestones and represent the Controls team at program reviews.

You will collaborate with Brakes, Body Controls, and Calibration, perform root‑cause analysis, drive PCA actions, and contribute to integration and launch of vehicle features in a hybrid environment.