After completing all the Unit Exams, you will gain access to take the CS with VEXcode VR Educator Certification Course Exam.
Approximately 17 hours to complete the course.
Total of 10 Units in the CS with VEXcode VR Educator course.
Online exam estimated at 1 hour.
Unit 1
Introduction and Fundamentals
1 hours 15 minutes
11 lessons

Introduction
5 minutes

Lesson 1: How, When, and Why to Teach CS with VEXcode VR
5 minutes

Lesson 2: Getting Started with VEXcode VR
5 minutes

Lesson 3: Opening an Example and Running Your First Project
5 minutes

Lesson 4: Block Shapes and Their Meaning
5 minutes

Lesson 5: Tips and Tricks with VEXcode VR
5 minutes

Lesson 6: Why Teach Programming with Blocks?
5 minutes

Lesson 7: Using the VEX Robotics Knowledge Base
5 minutes

Lesson 8: Implementing Educational Robotics
5 minutes

Lesson 9: Using This Course
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 1 Exam
20 minutes
Unit 2
Moving Your Robot
1 hours 35 minutes
7 lessons

Introduction
5 minutes

Lesson 1: Computer Science Fundamentals
5 minutes

Lesson 2: Driving for Distance  Moving Forward and in Reverse
10 minutes

Lesson 3: Turning the VR Robot
25 minutes

Lesson 4: Castle Crasher Challenge
20 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 2 Exam
20 minutes
Unit 3
Repeating Behaviors
1 hours 50 minutes
6 lessons

Introduction
5 minutes

Lesson 1: Drawing with the Pen
25 minutes

Lesson 2: Repeating Actions
25 minutes

Lesson 3: Draw a House Challenge
20 minutes

Implementing Educational Robotics
10 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 3 Exam
20 minutes
Unit 4
Navigating a Maze
1 hours 55 minutes
7 lessons

Introduction
5 minutes

Lesson 1: What is a Bumper Sensor?
5 minutes

Lesson 2: Using the [Wait until] Block
25 minutes

Lesson 3: Driving Until Pressed
30 minutes

Lesson 4: Wall Maze Challenge
20 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 4 Exam
20 minutes
Unit 5
Detecting Walls from a Distance
2 hours 20 minutes
7 lessons

Introduction
5 minutes

Lesson 1: Distance Sensor
10 minutes

Lesson 2: Using Comparison Blocks and Driving Until Near
30 minutes

Lesson 3: Monitoring Sensor Values
35 minutes

Lesson 4: Wall Maze Challenge
30 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 5 Exam
20 minutes
Unit 6
Knowing Your Location
2 hours 10 minutes
13 lessons

Introduction
5 minutes

Lesson 1: Location Sensor
5 minutes

Lesson 2: Driving to a Set of Coordinates (X axis)
5 minutes

Lesson 2: Drive to Number â€˜5â€™
5 minutes

Lesson 2: Drive to Number â€˜1â€™
5 minutes

Lesson 2: Mini Challenge
20 minutes

Lesson 3: Driving to a Set of Coordinates (Y axis)
5 minutes

Lesson 3: Drive to Number â€˜31â€™
5 minutes

Lesson 3: Drive to Number â€˜1â€™
5 minutes

Lesson 3: Mini Challenge
20 minutes

Lesson 4: Drive to Three Numbers Challenge
20 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 6 Exam
20 minutes
Unit 7
Decisions with Colors
2 hours 25 minutes
16 lessons

Introduction
5 minutes

Lesson 1: Eye Sensor
5 minutes

Lesson 1: Eye Sensor Blocks
5 minutes

Lesson 1: Eye Sensors in a VEXcode VR Project
5 minutes

Lesson 2: Using the Front Eye Sensor with [Wait until]
5 minutes

Lesson 2: Drive to Green then Blue Disks
10 minutes

Lesson 2: Mini Challenge
20 minutes

Lesson 3: Using Conditionals
5 minutes

Lesson 3: Using [If then] blocks
10 minutes

Lesson 3: PostProject Summary
5 minutes

Lesson 4: Repeated Behaviors
5 minutes

Lesson 4: Using [Forever] blocks
10 minutes

Lesson 5: Disk Maze Challenge
5 minutes

Lesson 5: Disk Maze Challenge Steps
20 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 7 Exam
20 minutes
Unit 8
Moving Disks with Loops
2 hours 35 minutes
15 lessons

Introduction
5 minutes

Lesson 1: What is an Electromagnet?
5 minutes

Lesson 2: Use the Electromagnet
15 minutes

Lesson 2: Mini Challenge
15 minutes

Lesson 3: Picking Up and Moving Disks
10 minutes

Lesson 3: Using Reported Sensor Feedback to Pick Up Disks
5 minutes

Lesson 3: Using Reported Sensor Feedback to Place Disks in the Goal
5 minutes

Lesson 3: Mini Challenge
20 minutes

Lesson 4: Using Nested Loops
5 minutes

Lesson 4: Move One Disk of Each Color
10 minutes

Lesson 4: Project Flow with Nested Loops
5 minutes

Lesson 5: Disk Mover Challenge
5 minutes

Lesson 5: Disk Mover Challenge Steps
20 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 8 Exam
20 minutes
Unit 9
Developing Algorithms
1 hours 40 minutes
9 lessons

Unit Introduction
5 minutes

Lesson 1: What is an Algorithm?
5 minutes

Lesson 2: If/Else Conditional Statements
15 minutes

Lesson 2: PostProject Summary
10 minutes

Lesson 3: Using Multiple Sensors Together
5 minutes

Lesson 3: Multiple Sensor Input
10 minutes

Lesson 4: Dynamic Castle Crasher Challenge
20 minutes

Implementing Educational Robotics
5 minutes

Teaching with Computer Science Fundamentals
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 9 Exam
20 minutes
Unit 10
Teaching with VEXcode VR
40 minutes
4 lessons

Introduction
5 minutes

Lesson 1: Teaching with VEXcode VR
5 minutes

Lesson 2: How to Assess Student Performance
5 minutes

Lesson 3: How to Share Project Files
5 minutes

CS with VEXcode VR Educator Certification Course  Unit 10 Exam
20 minutes
CS with VEXcode VR Educator Certification Exam