Power Supply Component Engineer

Ford Motor CompanyDearborn, MI
$86,600 - $144,900

About The Position

In this pivotal role, you will serve as the subject matter expert for Low Voltage Power Supply rotating machines like alternators and Belt Starter Generators (BSG). As a Core Engineer, you will drive the design, development, and validation of these critical propulsion and electrification components, ensuring they meet Ford's stringent standards for performance, durability, cost, and quality across our global vehicle lineup. In this role, you will focus on actively preventing design and manufacturing failures early in the process and ensuring the design and release process consistently meets program timing. You will collaborate cross-functionally with electrical systems, powertrain, NVH, manufacturing, and supplier quality teams to deliver robust, next-generation solutions that support Ford's evolving hybridization and electrification strategy. This role offers the opportunity to shape the technical direction of core rotating electrical machine technology, influence design specifications.

Requirements

  • Subject matter expert for Low Voltage Power Supply rotating machines (alternators, Belt Starter Generators - BSG).
  • Experience in design, development, and validation of propulsion and electrification components.
  • Understanding of performance, durability, cost, and quality standards.
  • Ability to prevent design and manufacturing failures.
  • Experience ensuring design and release processes meet program timing.
  • Cross-functional collaboration skills with electrical systems, powertrain, NVH, manufacturing, and supplier quality teams.
  • Knowledge of hybridization and electrification strategies.
  • Technical direction of core rotating electrical machine technology.
  • Influence design specifications.

Responsibilities

  • Serve as the subject matter expert for Low Voltage Power Supply rotating machines like alternators and Belt Starter Generators (BSG).
  • Drive the design, development, and validation of critical propulsion and electrification components.
  • Ensure components meet Ford's stringent standards for performance, durability, cost, and quality.
  • Actively prevent design and manufacturing failures early in the process.
  • Ensure the design and release process consistently meets program timing.
  • Collaborate cross-functionally with electrical systems, powertrain, NVH, manufacturing, and supplier quality teams.
  • Deliver robust, next-generation solutions that support Ford's evolving hybridization and electrification strategy.
  • Shape the technical direction of core rotating electrical machine technology.
  • Influence design specifications.
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