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.
8 Days
Intensive Program
1:5
Teacher-Student Ratio
100%
Hands-on Learning
Global
Standard Curriculum
Course Overview
Master the art of electric vehicle creation through cutting-edge 3D printing technology, circuit design, and hands-on engineering practice.
Introduction
Electric Car Driving
Camera Screen
Electric Vehicle Control
Electric Vehicle Maker’s Course: Educational Program Introduction
Daily Schedule
8-day comprehensive program designed for maximum learning efficiency
DAY 1. 3D Printing Basics
Learning Objectives:
- Understanding 3D printers and its history
- Inserting filament and leveling the 3D printer
Materials Required:
3D printer, filament, laptop (with Fusion360, Cura, and Arduino installed)
Day 1 Preview
DAY 2. Modifying 3D Models and 3D Printing the Car Parts
Learning Objectives:
- Creating 3D models of car parts using Fusion360
- Designing and printing a bumper
Materials Required:
3D printer, filament, laptop (with Fusion360, Cura, and Arduino installed)
Day 2 Preview
DAY 3. Powertrain and Circuit Design Practice
Learning Objectives:
- Theory behind powertrain for electric vehicles
- Wireless communication setup (vehicle, controller)
Materials Required:
Electric Car Kit (electric circuits, controllers, tools)
Day 3 Preview
DAY 4. Assembling Vehicle Hardware
Learning Objectives:
- Understanding and Creating Electric Car Hardware
- Assembling Differential Gears
Materials Required:
3D Printed Outputs (Chassis, Differential Gear, Disc Brake, Controller)
Day 4 Preview
DAY 5. FPV Setup for Remote Driving and Test Runs
Learning Objectives:
- Setting up FPV (Goggles / Camera)
- Changing FPV Camera Channels
Materials Required:
FPV goggle, FPV camera
Day 5 Preview
DAY 6. Improving Vehicle Performance
Learning Objectives:
- Driving Practice Using FPV Remote Control
- Improving Electric Car Performance (Electric circuits, Hardware, Coding)
Materials Required:
Previously provided materials
Day 6 Preview
DAY 7. Racing Competition
Learning Objectives:
- Electric Car Competition Using FPV Remote Control
- Preliminary Round: Individual Driving (Time Trials)
Materials Required:
Previously provided materials
Day 7 Preview
DAY 8. Self-driving Car Racing Competition
Learning Objectives:
- Deep learning theory
- Image-Based Model Training
Materials Required:
Controller, electric circuits, SD card
Day 8 Preview
Ready to Build Your Electric Vehicle?
Join our intensive 8-day program and learn from industry experts. No prior experience required - we'll guide you every step of the way.