High Voltage Systems Unit Workbook, Attributes, And Requirements Engineer

Ford's Electric Vehicles, Digital and Design (EVDD) team is charged with delivering the company's vision of a fully electric transportation future. EVDD is customer-obsessed, entrepreneurial, and data-driven and is dedicated to delivering industry-leading customer experience for electric vehicle buyers and owners. You'll join an agile team of doers pioneering our EV future by working collaboratively, staying focused on only what matters, and delivering excellence day in and day out. Join us to make positive change by helping build a better world where every person is free to move and pursue their dreams.

The engineer in this role is responsible for owning and delivering a complete engineering assessment and documentation (Unit Workbook) for all xEVs (EV, PHEV, FHEV) globally, up to uPS.

We are the movers of the world and the makers of the future. We get up every day, roll up our sleeves and build a better world -- together. At Ford, we're all a part of something bigger than ourselves. Are you ready to change the way the world moves?

What you'll do...

• Lead the Pre-uPS Battery Systems Program Attribute Team (PAT) to facilitate the cross-functional Unit Workbook (uWB) process.

• Ensure the development, implementation, and maintenance of Battery VPRs and analytical models to support uWB updates and battery studies for pre-uPS design direction.

• Develop and maintain links (via Requirements, or otherwise) between EV attributes, requirements, the Workbook process, Gives and Gets, and HV battery configuration and HV architecture decisions.

• Author and regularly update the HV Battery uWB as a living document from pre-uPS through uPSC ensuring it includes all necessary requirement/design rule linkages, and supporting data to meet safety, performance, durability, and other critical targets for HV battery function.

• Lead cross functional interfaces within EPE to map the EPE Core process for HV Battery design, attribute implementation, and information exchange between and across HV systems, component teams, and the EVEMS organization.

• Understand and map the attribute requirements necessary to meet safety, performance, durability, and cost targets. Align new attribute targets to functional requirements of HV battery via uWB.

• Execute and continually improve the uMR through uPS Core HV uWB and gives-gets process to ensure the delivery of the battery unit meets Unit Team expectations for function and attribute delivery, with documented risks and open items (own HV Battery uWB scorecard, support Planning's Unit Scorecard).

• Lead the Battery Unit Workbook sign-off process to support Program Milestones.

• Conduct component voltage/current/power compatibility studies across battery, eDrive, HV EDS, Power Conversion (DC-DC, OBC, OBG), and Climate (CVTMS, eAC, eHeater).

• Author HV Battery Unit Requirements (RQT), Design Rules (DR), and Test Methods (TM), and progress them through internal review and approval processes (Tech Clubs and EDC) to release to FEDE.

What you'll do...

• Lead the Pre-uPS Battery Systems Program Attribute Team (PAT) to facilitate the cross-functional Unit Workbook (uWB) process.

• Ensure the development, implementation, and maintenance of Battery VPRs and analytical models to support uWB updates and battery studies for pre-uPS design direction.

• Develop and maintain links (via Requirements, or otherwise) between EV attributes, requirements, the Workbook process, Gives and Gets, and HV battery configuration and HV architecture decisions.

• Author and regularly update the HV Battery uWB as a living document from pre-uPS through uPSC ensuring it includes all necessary requirement/design rule linkages, and supporting data to meet safety, performance, durability, and other critical targets for HV battery function.

• Lead cross functional interfaces within EPE to map the EPE Core process for HV Battery design, attribute implementation, and information exchange between and across HV systems, component teams, and the EVEMS organization.

• Understand and map the attribute requirements necessary to meet safety, performance, durability, and cost targets. Align new attribute targets to functional requirements of HV battery via uWB.

• Execute and continually improve the uMR through uPS Core HV uWB and gives-gets process to ensure the delivery of the battery unit meets Unit Team expectations for function and attribute delivery, with documented risks and open items (own HV Battery uWB scorecard, support Planning's Unit Scorecard).

• Lead the Battery Unit Workbook sign-off process to support Program Milestones.

• Conduct component voltage/current/power compatibility studies across battery, eDrive, HV EDS, Power Conversion (DC-DC, OBC, OBG), and Climate (CVTMS, eAC, eHeater).

• Author HV Battery Unit Requirements (RQT), Design Rules (DR), and Test Methods (TM), and progress them through internal review and approval processes (Tech Clubs and EDC) to release to FEDE.