Mechatronics Fuel Subsystem Lead (Hybrid Onsite)

Ford-Motor-Company; Dearborn (MI); Hybrid; USD 84,000 - 162,000; Full time

Benefits offered by this job

Medical, dental, vision coverage

Vehicle discount program

Tuition assistance

Flexible family care days

Paid time off and holidays

Job summary

Ford Motor Company seeks an experienced Mechatronics Systems Engineer to lead cross-domain integration for fuel subsystem programs. You will bridge electronics, mechanical hardware, features and software, ensuring electrical-to-physical performance aligns with subsystem requirements and program milestones.

The role emphasizes subsystem architecture, ICDs, CDS, and robust verification plans, with a strong focus on cross-functional collaboration and timely delivery in a hybrid work setting.

Qualifications

• Bachelor's degree in engineering or equivalent is required.
• 5+ years of experience delivering products, systems, Design and Release, or features from conception to launch.
• Excellent teamwork across engineering domains and strong communication skills.

Responsibilities

• Define electro-mechanical requirements and interfaces.
• Define subsystem electrical architectures including hardware, software, and system performance specifications.
• Lead cross-functional teams to ensure synchronized mechatronic subsystem execution and on-time delivery.

Skills

Systems engineering

Cross-functional collaboration

Analytical thinking

Communication

Education

Bachelor's degree in engineering or equivalent

Tools

JIRA

GPDS

MATLAB/Simulink

JAMA

VSEM

Job description

Ford Motor Company seeks an experienced Mechatronics Systems Engineer to lead cross-domain integration for fuel subsystem programs. You will bridge electronics, mechanical hardware, features and software, ensuring electrical-to-physical performance aligns with subsystem requirements and program milestones.

The role emphasizes subsystem architecture, ICDs, CDS, and robust verification plans, with a strong focus on cross-functional collaboration and timely delivery in a hybrid work setting.