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Duration: 16Ìýhours

In this module students will learn about the major categories of electric vehicles that have been developed so far.ÌýUnderstand the basic architecture and features of the different types of electric vehicles.ÌýUnderstand the function of the major electro-mechanical systems in an electric vehicle.ÌýExplain how the major systems improve the energy efficiency and reduce the carbon footprint of traditional gasoline engine cars.

Duration: 22Ìýhours

In this module students will learn about the major electrical components in electrical vehicles. Explain in detail how motors, transmissions, and traction inverters work in electric vehicles.ÌýCalculate power, torque, speed, acceleration, power factor, voltage and current in synchronous motors.ÌýSpecify switching elements and DC-AC conversion methods in traction inverters.Ìý

Duration: 28Ìýhours

In this module, students will learn about the battery chargers and modules and how high voltage and current is measured in these components. Specify voltage and current sensing elements in battery chargers and traction inverters.ÌýDesign voltage and current sensing systems for battery chargers and traction inverters. Explain in detail how battery chargers and modules work in electric vehicles.Ìý

Duration: 11Ìýhours

In this module students will learn about the technology behind torque and speed sensors and thermistors.ÌýDesign torque, speed, and temperature sensing systems for traction motors, batteries, and inverters.ÌýExplain in detail how torque and speed sensors and thermistors work in electric vehicles.ÌýSpecify torque, speed, and temperature sensing elements in traction motors, batteries, and inverters.

Duration: 2Ìýhours

This module contains materials for the proctored final exam for MS-EE degree students. If you've upgraded to the for-credit version of this course, please make sure you review the additional for-credit materials in the Introductory module and anywhere else they may be found.