Brake Controls System Supervisor

Job Description

We made history and now we work to transform the future - for our customers, our communities and our families. You'll see your work on the road every day, helping people move freely and pursue their dreams. At Ford, you can build more than vehicles. Come build what matters.

In this position...

Lead design & development of the hardware in advanced electronic brake control systems. This system is designed to deliver anti-lock braking, stability control, regenerative braking, electric brake boost, and support Driver Assistance features. The Supervisor is responsible to lead a team that is responsible for the design of parts that comply with Corporate and Legal Requirements.

The supervisor will lead signoff compliance to Engineering Requirements, ES (Engineering Specifications) and DR (Design Rules) as well as the Manufacturing, Assembly and Service requirements. The people leader is responsible to coordinate and implement all the required actions to improve overall customer satisfaction as it relates to the product while maintaining an affordable business structure generating cost reduction and revenue initiatives for current and future product lines.

Responsibilities

1. Coordinate Engineering efforts for vehicle / system / subsystem / component part development and release for a global team of engineers.

2. Provides Engineering Sign Off for vehicles.

3. Approves engineering changes (Concerns / Notices / Alerts etc).

4. Establishes overall tone and priorities to ensure the GPDS deliverables requirements are met.

5. Ensures rapid response to customers field concerns on current product lines.

6. Manages resources across vehicle line consistent with business plan. Takes a pro-active role in fostering growth of all engineering personnel via career development, skills training, cross-functional assessment, etc.

7. Design and release brake control modules and brackets -- fully own all deliverables associated with your components

8. Guide supplier partners through the Ford Global Product Development System (GPDS) process

9. Perform Failure Mode Avoidance and Functional Safety analyses to examine potential failure modes and design suitable prevention strategies

10. Work with software team, as a matched pair, to deliver brake control systems and emerging new technologies

11. Work with chassis controls foundation team to establish requirements for advanced brake control systems and emerging new technologies

12. Work with other functional areas within Ford (Electrical, Powertrain, and Vehicle Program teams) to ensure that all vehicle interfaces are defined and supported

12. Support vehicle testing, rig testing, and Hardware-In-the-Loop simulations to demonstrate system functionality

13. Manage system quality, cost and timing to ensure high quality program deliverables.

Qualifications

You'll have...

• Bachelor's degree in Electrical Engineering, Mechanical Engineering, Aerospace Engineering
• Min 7 years design or development experience in chassis or powertrain controls
• Experience with Quality Metrics and Analysis Tools
• Experience with Total Value Management (TVM) and Material Cost Reductions
• Familiarity with vehicle network communication (CAN)

Even better, you may have...

• Self-starter who can learn to use new tools and find solutions - ability to troubleshoot & fix vehicle problems
• Outstanding leadership and communication skills
• Experience in supplier management and cost negotiation
• Motivation to bring new technologies from concept to production in a short time period
• Familiarity with digital and analog data acquisition systems
• Awareness of, or experience with ISO 26262
• Experience with complex system analysis tools & methods Experience with controls modeling (e.g. in Matlab/Simulink, Stateflow, SysML) desired
• Experience with HIL simulation and testing desired
• Desired High English proficiency (reading, writing and speaking)
• Experience in functional engineering, preferably Chassis or Automotive related work experience (Ford, OEM, supplier)
• Strong leadership skills - Inherent self-starter, self-motivated with strong drive for results
• Project management skills - Capable of managing projects by looking both at the big picture objectives and at detail administration to achieve these objectives.
• Excellent math, science, technology and IT skills, able to work in unfamiliar and unstructured situations and succeed
• The ability to analyze complex problems and assess possible solutions
• The ability to explain design ideas clearly and strong decision-making skills Strong oral/written communication skills to lead group projects, issue resolution and management reviews
• Excellent team working and people skills
• A comprehensive understanding of Brakes Subsystems Design Specifications and Automotive industry environment.
• Computer- literate o Proficiency in MS-Office/Outlook, Excel, Word, PowerPoint o 3D CAD software tools exposure (Catia / Teamcenter)
• Demonstrated proficiency in engineering disciplines: DVP&R, DFMEA, 8D, NVH, Process Controls, GD&T, Reliability and System…