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Coding For Kids
Grade R-3
Scratch Junior
Scratch 0
Lego Wedo / Boost
Scratch 1
Grade 4-7
Scratch 2
Lego Ev3 Mindstorms 1
Lego Ev3 Mindstorms 2
Lego Ev3 Mindstorms 3
Grade 8-12
HTML/CSS Level One
JavaScript Level One
SQL Level One
Python Level One
React Native Level One
Holiday Coding/Robotics Camps
1 Project
5 Projects
10 Projects
School Leavers
Complete Beginners
Intro To Programming (1 to 4 weeks)
Coding Bootcamps
Web Developer (3-6 months)
AI Developer (6-12 months)
Java Developer (6-12 months)
Professionals
Beginners (5 days each)
SQL
Intro to Programming
Java (5 days each)
Java Beginner (OCA)
Java OCP Exam Cram
Java Advanced (OCP)
Spring Framework
JavaScript (5 days each)
React
Angular
Node.JS
PHP (5 days each)
PHP Beginner
PHP Advanced (OO)
Laravel
Python (5 days each)
Python
Data Science With R
Machine Learning
.NET (5 days each)
C# Programming
ASP.NET Core
Entity Framework
Contact Us
Robotics II
Intended Audience
Age Group 7-10 years old
What do I need?
Live Online Training : A laptop, and a stable internet connection. The recommended minimum speed is around 10 Mbps.
Grade 1 reading literacy
Grade 1 maths literacy
Certification
A progress report will be issued after each module like this module.
After all modules were completed, and the assessments passed, a Competency Certificate will be issued
Duration
1 Year (40 one hour lessons, 10 per term, one per week)
Crash Course - This course can be crahed over a period of 1-2 weeks full time
Outcomes
You will be qble to explore dozens of creative ways to build amazing mechanisms with the LEGo MINDSTORMS EV 3 set
You will learn to build cars with real suspension, steerable crawlers, ball-shooters, grasping robotic arms and other creative marvels.
Home
Coding For Kids
Robotics II
One
Part 1 - Basic Mechanisms
Gear ratios
Compound gear systems
Changing the angle of rotation
Using worm drives
Swinging mechanisms
Reciprocating mechanisms
Cam mechanisms
Intermittent motion
Transmitting rotation with rubber bands
Transmitting rotation with caterpillar treads
Transmitting rotation over a long distance
Off-center axes of rotation
Changeover mechanisms using rotational direction
Universal joints
Two
Part 2 - Vehicles
Driving wheels with a motor
Driving wheels with two motors
Caster wheels
Crawlers
Suspended wheels
Steering
Three
Part 3 -Moving Without Tires
Walking machines
Moving like an inchworm
Moving through vibration
Four
Part 4 - Arms, Wings and other Movements
Flapping wings
Gripping fingers
Lifting things
Shooting things
Automatic doors
Raking up or out
Creating wind
Swinging a pendulum
Using attachments to change motion
Meshing gears diagonally
Changing the angle of rotation freely
Five
Part 5 - Sensors
Ideas for using the touch sensor
Ideas for using the buttons of the Intelligent EV3 Brick
Ideas for using the color sensor
Six
Part 6 - Something Extra
Using the Pythagorean theorem
Try building something handy!
Start learning
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