Legacy EV Shop Learn

Honor the Past, Protect the Future

Instructor Curriculum

Introduction to E-Mobility 

Introduction to E-mobility is a dynamic and interactive beginner course that delves into the world of electric vehicles (EVs). Students will gain a basic understanding of the history of EVs, the fundamental principles of electrical theory, and battery electric systems. The course culminates in a hands-on project where students will design and build their own EV go-kart, putting into practice the skills and knowledge they have acquired throughout the course.

Student Module Overview

Module 1
EV Overview
Module 2
Creating an Electrically Safe Work Condition
Module 3
Disabling and De-energizing an EV

Curriculum Overview

Introduction to E-mobility is a dynamic and interactive beginner course that delves into the world of electric vehicles (EVs). Students will gain a basic understanding of the history of EVs, the fundamental principles of electrical theory, and battery electric systems. The course culminates in a hands-on project where students will design and build their own EV go-kart, putting into practice the skills and knowledge they have acquired throughout the course.

16 Lessons     Geared towards 7-12th grade     Instructional Aid: MSTEM3 Top Kart Electric Go Kart 

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Core Learning Outcomes

  • Build, test, and tune a Lithium-ion electric Go Kart.
  • Demonstrate an understanding of safety procedures for working with high voltage systems.
  • Observe, describe, and predict the relationship between volts, ohms, and amperes in a variety of electrical circuits
  • Interpret wiring schematics to effectively install components in an electric powertrain.
  • Understand the roles of major EV components and the difference between high voltage and low voltage systems.
  • Use all tools and equipment that are typically used in the process of vehicle electrification.
  • Conduct a technical inspection on an electric powertrain, documenting their findings and demonstrating an understanding of the basic maintenance required for electric vehicle operation.
  • Market and present the electrified vehicle as a promotional tool to increase community interest in electrification.
  • Prepare students for a deeper understanding of electric vehicle maintenance, service, and engineering.
  • Use mathematical thinking to analyze torque, power, and energy, and how each influences the performance of an electric go-kart.
  • Use the scientific method to systematically test and tune an electric powertrain to optimize performance.