Driveline Systems Engineer

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.

At Ford, we are driven by a shared vision to move the world and shape the future. We embrace innovation, collaborate passionately, and contribute to something larger than ourselves every day. Are you ready to be a part of transforming mobility?

Our Product Development team leverages design thinking and user experience methodologies to deliver breakthrough products and services that truly delight our customers. We are committed to bringing innovative, exciting, and sustainable ideas to life, with global opportunities to advance autonomy, electrification, smart mobility technologies, and more.

As a Driveline Systems Engineer within the Underbody Systems Engineering (UnSE) organization, you will be a key systems owner for our iconic truck and large SUV platforms, including the Ford F‑150, Ford Expedition, and Lincoln Navigator. These critical vehicles are built in our premier North American assembly plants, including the Dearborn Truck Plant, Kansas City Assembly Plant, and the Kentucky Truck Plant (KTP) in Louisville, Kentucky.

Unlike a traditional component release role, your primary focus will be on designing at the interfaces. You will bridge the gap between physical driveline components (axles, driveshafts, half shafts) and adjacent vehicle systems (chassis, frame, powertrain, and software controls). You will be instrumental in collaborating with cross‑functional attribute teams to balance NVH, durability, and vehicle dynamics, while actively leading system‑level vehicle testing at our proving grounds to ensure our driveline systems meet rigorous program targets and deliver the flawless refinement our customers expect.

• Lead system‑level integration and interface design (physical, functional, and electrical) between driveline components (axles, driveshafts, half shafts) and adjacent vehicle subsystems (powertrain, chassis, frame, and controls)
• Drive cross‑functional collaboration with Design, Vehicle Dynamics, NVH, Durability, and Quality teams to negotiate trade‑offs and deliver optimized, high‑performance vehicle‑level attributes
• Manage and execute rigorous system‑level vehicle testing and validation protocols at Ford Proving Grounds and test tracks, ensuring the highest levels of reliability, safety, and refinement
• Translate vehicle‑level program targets into robust driveline system‑level requirements, managing compatibility and packaging across F‑150, Expedition, and Navigator programs
• Support physical vehicle integration and launch execution at our manufacturing facilities, with a primary focus on the Kentucky Truck Plant (KTP) for Expedition/Navigator, as well as Dearborn Truck (DTP) and Kansas City Assembly Plant (KCAP) for F‑150
• Conduct in‑depth data analysis from vehicle testing and utilize systems engineering tools (FMEAs, Boundary Diagrams, P‑Diagrams) to resolve complex, system‑level technical issues
• Actively participate in and contribute to systems design reviews, technical meetings, and program milestone gateways, serving as a key technical resource for driveline integration

• Bachelor's degree in Mechanical Engineering or a related field
• Minimum of 2 years of experience in automotive engineering
• The D&R Engineer is responsible for managing product release CAD and BOM structures, including assembly positioning and mass attribute analysis.

• Master’s degree in Mechanical Engineering or a related discipline
• Demonstrated experience with performance and durability testing, including both dynamometer and in‑vehicle validation
• Robust understanding and application of Systems Engineering principles
• Familiarity with Ford's Design and Release Tools, such as WERS, Teamcenter, FEDE, ED&T, and processes including DVP, DFMEA, Quality History, and Warranty Analysis
• Proven strong problem‑solving abilities and a creative approach to developing innovative…