eMotor CAE Core Engineer

Ford Motor Company•Dearborn, MI

48d

About The Position

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? In this position... The Electrified Propulsion Engineering (EPE) organization is responsible for delivering the best fuel economy and refined Hybrid, Plug-in Hybrid and Electric vehicles in every segment in which we contend. We strive to consistently provide the best customer vehicle value and profitability while delivering performance, durability, and fuel economy/range objectives. Take advantage of this opportunity to work in one of the most dynamic and growing organizations in Ford and to further Ford's "Power of Choice" initiative. The Electrified Propulsion Engineering (EPE) organization is responsible for delivering the best fuel economy and refined Hybrid, Plug-in Hybrid and Electric vehicles in every segment in which we contend. We strive to consistently provide the best customer vehicle value and profitability while delivering performance, durability, and fuel economy/range objectives. Take advantage of this opportunity to work in one of the most dynamic and growing organizations in Ford and to further Ford's "Power of Choice" initiative.

Responsibilities

Responsible for cooling design of electric motors for Electric Vehicle applications
Create thermal models for electric motors based on operating conditions and cooling method
Perform thermal analysis and design optimization
Work with electrical design engineer to finalize electro-magnetic design
Work with CAD designers to develop prints for all mechanical parts
Work with transmission design team to define cooling method and cooling demand for electric motors.
Develop cooling system for electric motor test housing for dyno tests.
Build, test and evaluate electric motor prototypes
Responsible for cooling design of electric motors for Electric Vehicle applications
Create thermal models for electric motors based on operating conditions and cooling method
Perform thermal analysis and design optimization
Work with electrical design engineer to finalize electro-magnetic design
Work with CAD designers to develop prints for all mechanical parts
Work with transmission design team to define cooling method and cooling demand for electric motors.
Develop cooling system for electric motor test housing for dyno tests.
Build, test and evaluate electric motor prototypes