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For global students

Welcome to our comprehensive course on building electric cars using 3D printing.

This program is designed to provide students with hands-on experience in designing, printing, and assembling electric car components. Below you will find the detailed schedule and topics for each session.

Introduction

Introduction
Introduction
Introduction

Electric Vehicle Maker’s Course: Educational Program Introduction

Hardwares

Hardwares
Hardwares
Hardwares
Hardwares

Electric Vehicle Design and Production Using 3D Modeling and Printing

Electric Circuits & Coding

Electric Circuits & Coding
Electric Circuits & Coding
Electric Circuits & Coding
Electric Circuits & Coding

Build Electric Circuits and Assemble an Electric Vehicle

Camera Settings & Improvement

Camera Settings & Improvement
Camera Settings & Improvement
Camera Settings & Improvement
Camera Settings & Improvement

FPV Camera Setting and Improving Electric Vehicle Performance

This course is for Everyone!
Make your own Electric Car and Bring it back home!
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Real Industry Education
Applied course for Hyundai Motors Employee educational program
High-level Hands on Courses
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For everyone
Preliminary knowledge in Electronics, Software or Coding is not required
Course materials are provided for everyone
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Test your limit
With new skill sets, improve the performance of your car
Test your car performance
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Lectures
For each Lesson, a professor will be designated
Also, course assistant will be there to help
Daily Topic

DAY 1. 3D Printing Basics

Method: Theory / Practice
Materials Needed: 3D printer, filament, laptop (with Fusion360, Cura, and Arduino installed)
Topics Covered
  • Understanding 3D printers and its history
  • Inserting filament and leveling the 3D printer
  • Basics of 3D modeling (Fusion360) and slicing (Cura)
  • 3D printing practice (converting provided 3D model files to G-code and printing)
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DAY 2. Modifying 3D Models and 3D Printing the Car Parts

Method: Theory / Practice
Materials Needed: 3D printer, filament, laptop (with Fusion360, Cura, and Arduino installed)
Topics Covered
  • Creating 3D models of car parts using Fusion360
  • Designing and printing a bumper
  • Designing and printing a camera mount
  • Improving electric car parts design
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DAY 3. Powertrain and Circuit Design Practice

Method: Theory / Practice
Materials Needed: Electric Car Kit (electric circuits, controllers, tools)
Topics Covered
  • Theory behind powertrain for electric vehicles
  • Wireless communication setup (vehicle, controller)
  • Wiring and connecting electric circuits (vehicle, controller) / PCB version
  • Coding (for vehicle control)
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DAY 4. Assembling Vehicle Hardware

Method: Theory / Practice
Materials Needed: 3D Printed Outputs (Chassis, Differential Gear, Disc Brake, Controller)
Topics Covered
  • Understanding and Creating Electric Car Hardware
  • Assembling Differential Gears
  • Assembling Disc Brakes
  • Assembling Chassis Frames
  • Completing Electric Car Assembly (Hardware + Circuit)
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DAY 5. FPV Setup for Remote Driving and Test Runs

Method: Theory / Practice
Materials Needed: FPV goggle, FPV camera
Topics Covered
  • Setting up FPV (Goggles / Camera)
  • Changing FPV Camera Channels
  • Selecting the Optimal Camera Position on the Vehicle
  • Driving Practice
  • Debugging and Identifying Areas for Improvement
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DAY 6. Improving Vehicle Performance

Method: Theory / Practice
Materials Needed: Previously provided materials
Topics Covered
  • Driving Practice Using FPV Remote Control
  • Improving Electric Car Performance (Electric circuits, Hardware, Coding)
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DAY 7. Racing Competition

Method: Theory / Practice
Materials Needed: Previously provided materials
Topics Covered
  • Electric Car Competition Using FPV Remote Control
  • Preliminary Round: Individual Driving (Time Trials)
  • Final Round: 1-on-1 Driving (Tournament)
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DAY 8. Self-driving Car Racing Competition

Method: Theory / Practice
Materials Needed: Controller, electric circuits, SD card
Topics Covered
  • Deep learning theory
  • Image-Based Model Training
  • Behavior Cloning for Autonomous Driving
  • Drive Missions (Driving, Traffic Lights, Obstacle Avoidance, Parking)
  • Competition (Autonomous Driving Racing)
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