Robotics for Juniors

Course Overview/Objective

Module Code

Module Name

Duration (Hrs)

01

Introduction to Robotics & IoT Technology

3

02

Introducing Robotics & IoT Components

3

03

Basic Electronics & Electronics Equipment’s

9

04

Introduction to programming Language C

18

05

Introduction to Microcontroller

3

06

Circuit design and PCB Design

6

07

Introduction to Arduino Components & Usages

3

08

Understanding Arduino Programming Language

3

09

Microcontroller I/O, Power Operation & Sensor Intregation

9

10

IOT & Robotics project (Load automation/GSM control/Location tracking/ Line follower Car/ Remote/Blueooth Controled car etc.)

18

Total Duration

60 Hrs

 

Requirements

Class VI to X

Course Project
-
Used Tools
-
Course Outline

Module-1: Introduction to Robotics and IoT & Programming

  • Technologies on 4IR, usages of IOT & Robotics at home and industries, Importance, What is microcontroller, Importance, Usages, types, Sample projects
  • Review of C Programming Language, QT-1
  • Review of C Programming Language, CT-1

 

    Module-2:  Basics of Electronics and Components

  • Introduction, Usages & Testing of different Types
  • Introduction, Usages & Testing of different Types Electronics Component.
  • Motors, Power supply, Simple Power supply Design and Making, Measurements measurement devices etc., QT-2

Module-3:  Microcontroller & Sensors

  • Microcontroller Pin Layout and Description. Microcontroller Simulation & design software download & Install.
  • Arduino Microcontroller Code syntax (loop, condition, Function etc)
  • Digital and Analog Input & Output Operation of Microcontroller.
  • Introduction of Different Types of sensors.
  • Communication Protocols, PCB design. CT-2

 

   Module-4:  Project works on Robotics & IoT

  • IOT Based Home Automation Load On/OFF
  • GSM Based Load ON OFF By Mobile Message and Call.
  • GSM Based Home Security and Shop Security by using PIR motion Sensor and Radder sensor.
  • GSM and GPS project For Car Location Tracking.
  • GSM Based Field Motor Control for Agricultural System.
  • Line Follower Robot car design and making.
  • Line Follower Robot car design and making.
  • Self-Project Design & Development
  • Self-Project Design & Development
  • Project Submission & Final Evaluation, FE-1