Robo Master Program Launch Offer
Query support within 24 hours.
Designed For Age 8 To 18
Drafted By Experts
Real World Examples
Course Outline
MyJigyasa offers the subscribers of this course a lifetime experience that will help them to understand concepts of Robotics in easy and well-structured way
- Chapters which covers all the basic robotics terminologies
- Chapters with step by step practical implementation
- Lessons from the experiences of Experts
- Chapters with real world examples
- and much more …..
Why This Course?
Knowledge is Power and Knowledge is the food for curiosity. Kids always come up with many questions regarding the daily operations we perform - like how the fan works? How remote control works? , why bulb starts when we switch on the button and lots more?
Sometimes we can answer them but not all the time. Whenever we fail, we convince kids they will learn once they join higher studies and take some high paid courses. Unfortunately, this kills their curiosity. While they grow more in life, they do not remain concerned/interested in these questions. Similar to us (adults) as we do not care about these small things anymore.
But not anymore, the ROBO Master course + Product Kit helps kids with the answers which we do not know. With the ROBO Master course, Kids can easily understand activities performed in daily life with step by step practical implementation.
We have designed this course considering kid's curiosity. It is a 100% online course empowering you to access it anytime and anywhere at your convenience.
Course Syllabus
1) Introduction
Changing Technology Video
Introduction to Robotics and Electronics
Why you should learn robotics
Course instructions
2) Basic Theory
Breadboard
PCB and its types
Basic theory & Basic tools
Resistor color coding with examples
3) Breadboard 1 - Basic Electric Circuit
Basic of Electricity
Breadboard connections & working
Experiment on Breadboard
4) Breadboard 2 - Testing of Diode and LEDs
Theory of Diode & LEDs
Breadboard connections & working
Experiment on Bread Board
5) Breadboard 3 - Transistor as Switch
Theory of Transistor and switches
Breadboard connections & working
Experiment on Bread Board
6) Project 1 - Dancing light
Introductory - Dancing Light
Theory & working of Dancing light
Implementation on PCB
Application
Assignment 1
Exercise
7) Project 2 - Renewable Energy Source
Introductory – Renewable Energy Source
Theory & working of Renewable Energy Source
Implementation on PCB
Applications
Assignment 2
Exercise
8) Project 3 - Water Level Indicator
Introductory – Water Level Indicator
Theory & working of Water Level Indicator
Implementation on PCB
Applications
Assignment 3
Exercise
9) Project 4 - Automatic Street Light
Introductory – Automatic Street Light
Theory & working of Automatic Street Light
Implementation on PCB
Applications
Assignment 3
Exercise
10) Project 5 - Touch On Off
Introductory – Touch On Off
Theory & working of Touch On Off
Implementation on PCB
Applications
Assignment 5
Exercise
11) Project 6 - Tone Generator
Introductory – Tone Generator
Theory & working of Tone Generator
Implementation on PCB
Applications
Assignment 6
Exercise
12) Project 7 - Snake & Ladder
Introductory – Snake & Ladder
Theory & working of Snake & Ladder
Implementation on PCB
Application
Assignment 7
Exercise
13) Project 8 - Energy Generator
Introductory – Energy Generator
Theory & working of Energy Generator
Implementation on PCB r
Applications
Assignment 8
Exercise
14) Project 9 - Object detector
Introductory – Object Detector
Theory & working of Object Detector
Implementation on PCB
Application
Assignment 9
Exercise
15) Project 10 - IR Fan
Introductory – IR Fan
Theory & working of IR Fan
Implementation on PCB
Application
Assignment 10
Exercise
16) Project 11 - Remote Control Robo
Introductory – Remote Control Robo
Theory & working of Remote Control Robo
Implementation on PCB
Applications
Assignment 11
Exercise