Robotics and Artificial Intelligence for class VII

About Course

In this course, students in the age group of Class 7, Will learn about the fundamentals of Electricity and Magnets and their effect Using measurement equipment using Online simulator tools.
They will also be introduced to Innovation oriented projects like the Tesla tower, telescope (Using lenses), conventional battery (Using household things like the potato, lemon, etc.), Wind power CAR, Self Absorbing art, Sundial, Use of mechanisms in robots, and learn about using the online open-source software tools as well as simulating the different 3D objects to complete different projects which cover topics such as LED and LED Blink (LED ON/OFF and Blink), Push Button with LED and Arduino input/output, Buzzer with LED and Switches. They will also learn how to handle different electrical components when students combine the above simple projects to make more complex projects such as the Tesla tower using conducting wires and lighting projects. At the end of this course, they will be guided by the trainer with materials and notes to build something new out of the box concept with their own creativity and participate in the school’s organized competition to showcase their advancement in this particular knowledge-boosting session.

The outcome of this whole project will be the enhancement of knowledge in science as well as in the mathematics field. They will easily learn and understand more than 100 core concepts and will get the confidence to attend the next science exhibition or competition if they wish to, at the national level.

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What Will You Learn?

  • 1. Introduction to Robotics
  • 2. Introduction to basic electronics using an open-source platform.
  • 3. Turn on/off the LED using the battery, wire, resistor, and switch.
  • 4. Introduction of Magnetism used in Robotics and Automation process
  • 5. Introduction to Microcontrollers Using Tinker CAD and presentation.
  • 6. Introduction to programming Windows in Tinker CAD
  • 7. Controlling the Intensity of Glow in LED using Arduino Module,
  • Potentiometer in Tinker CAD.
  • 8. Introduction to Conductor and flow of electricity through
  • the presentation.
  • 9. Introduction to lenses and their working.
  • 10. Introduction to Invisible Ink pen and practical work using a kit.
  • 11. Conventional Battery Science Experiment
  • 12. Basic Introduction using the tinker CAD and presentation
  • 13. Introduction to Parts and theory behind wind-driven CAR.
  • 14. Introduction to self-absorbing art parts and performing the DIY projects.
  • 15. Introduction to Innovation project named Sundial. Theory, DIY, and testing.
  • 16. Introduction to the mechanism used in Robotics and understanding the basics of gripper mechanism, adding mechanical and electrical Automation into our projects
  • 17. Project work and competition

Course Content

Chapter 1 – Introduction to Robotics and Artificial Intelligence

  • What is Robot or Robotics?
  • Basic components of Robots-Skeleton
  • Basic Components of Robot – Sensors
  • Basic Components of Robot – Brain
  • Basic Components of Robot – Commands
  • Types of Robots
  • Week 1 QUIZ 1
  • Week 1 Assignment 1

Chapter 2 – Introduction to Advance Electronic Components

Chapter 3 – Platforms and Accessories (TinkerCAD)

Chapter 4 – Lemon/Potato Homemade Chemical Powered Battery Experiment (Basic + Advanced)

Chapter 5 – A Way to Manual Robotics
Overview: In this chapter, we delve into the world of manual robotics, exploring the importance of understanding how to manually control robotic systems. We will continue our discussion on DPDT switches, learn about motor operations and how to control them manually, and cover the assembly of a 4-wheeled/3-wheeled chassis. We will also explore the role of a 4-core wire, how to create a detailed connection diagram, and conduct a final test to ensure the robot is functioning correctly. By the end, you’ll have a solid understanding of manual robotics and how to control a robot using basic components.

Chapter 6 – Introduction to Electricity & Concepts Related to it
In this week we will cover the basic aspects of Electronic device and explore the method of testing of different components.

Chapter 7 – Advance Electronics & Accessories

Chapter 8 – Introduction to the brain of Robotics Systems (Microcontrollers)

Project Series 1 – Advance Programming using Arduino IDE – Introduction & Usage

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