Module # 1 : Motion & Light Sensor

This DIY Kit will help the students Learn the basics of electronics, helping them build their own Motion & Light Sensor device, which enables them to automate the lights around them.

Motion & Light sensor device will have 3 modes -

Motion Sensor Mode – This enables the light to come on / Off automatically when one walks in or out of the area

Light Sensor Mode - This enables the light to come on automatically when the area gets dark and switches off by the morning

light - Possible application areas are the Balcony or porches / main door

Motion & Light Sensing mode – This activates and turns ON only when its dark and there is Motion. Possible applications - Your bathroom!

Introduction to Soldering

Activity 1:

Introduction to Components

Step by Step Video for Learning Soldering

Activity 2:

Introduction to Components

Making your First Circuit

Activity 3:

Introduction to
Components

Instruction to Build your Motion & Light Sensors

Output Instructions for your Motion & Light Sensors

Module # 2: IOT Home Automation DIY

  • Introduction to Electronics
  • Introduction to IOT (Internet of Things)
  • Working Principle of a an IOT Device
  • Circuit Diagram and working of an IOT Home Automation Board
  • Safety Precautions, Basic Maintenance & Troubleshooting of an IOT Home Automation Board
  • Plug & Play your IOT Home Automation Board
  • Testing your IOT Home Automation Board
  • Learn how to make an IOT Home Automation Device
  • Learning the art of soldering
  • Learn how to create the mini circuit

Module # 3: RGB Mood Lighting LED & Microcontroller DIY

  • Introduction to Electronics
  • Introduction to LED's
  • Working Principle of RGB in an LED
  • Introduction to Circuits
  • Working principle of microcontrollers in RGB LED
  • Safety Precautions, Basic Maintenance & Troubleshooting of Motion & Light Sensors
  • Learning the art of soldering
  • Learn how to create a mini circuit
  • Make your own LED Panel which gives different colours
  • Testing your RGB LED Panel
  • Powering up your RGB LED Panel
  • Learn how to Plug & Play with your RGB LED

Module # 4: Color Temperature LED DIY

  • Introduction to Electronics
  • Introduction to LED's
  • Learning the art of soldering
  • Learn how to create a mini circuit
  • Working principle of LED and their temperature
  • Working principle of warm and cool lighting
  • Working principle of microcontrollers in Colour temperature LED's
  • Safety Precautions, Basic Maintenance & Troubleshooting of LED's
  • Make your own Colour Temperature LED Panel which gives cool & white from single source
  • Testing your Colour Temperature LED Panel
  • Powering up your Colour Temperature LED Panel
  • Learn how to Plug & Play with your Colour Temperature LED Panel

Module # 5: Motion detector Alarm DIY

  • Introduction to Electronics
  • Introduction to Motion Alarm Systems
  • Learning the art of soldering
  • Learn how to create a mini circuit
  • Working Principle of a Motion Alarm Device
  • Learn how to make a Motion Alarm Device
  • Circuit Diagram of a Motion Alarm Board
  • Safety Precautions, Basic Maintenance & Troubleshooting of Motion AlarmBoard
  • Testing your Motion Alarm Device
  • Plug & Play your Motion Alarm Board

Module # 6: LED Lighting DIY

  • Introduction to Electronics
  • Introduction to LED's
  • Working Principle of an LED
  • Learning the art of soldering
  • Learn how to create a mini circuit
  • Learn how to make your own LED Light
  • Components of an LED and their working
  • Safety Precautions, Basic Maintenance & Troubleshooting of LED's
  • Testing your LED Light with Multimeters
  • Powering up your LED
  • Learn how to Plug & Play with your LED Light

Module # 7: Basic Electronics DIY

  • Introduction to Electronics
  • Introduction to Alternating Current & Direct Current
  • Working Principle of Alternating Current & Direct Current
  • Components of AC-DC Board and their working
  • Learn how to convert AC into DC
  • Testing your AC DC Board with a Multimeter
  • Safety Precautions, Basic Maintenance & Troubleshooting of AC-DC Board
  • Powering up your AC DC Board
  • Learning the art of soldering
  • Learn how to create the mini circuit

Module # 8: EDP on Solar Energy DIY

  • Introduction to Renewable Energy
  • Introduction to Solar Energy
  • Making your first Electronic Circuit
  • Photovoltaic Systems
  • Making a Charge Controller
  • Solar Home system si
  • PV System Installation
  • Safety Precautions, Basic Maintenance & Troubleshooting of PV Systems
  • Learning the art of Soldering
  • Making your Solar Panel
  • Connecting your Solar Panel to charge controller
  • Powering up your 100 Watt Solar Pane

Module # 9: Robotics

  • Understand the current scenario and advancement in the field of Robotics.
  • Understand the importance of 5C’s of learning, namely, critical thinking, creativity, computation, collaboration, communication.
  • Work in and as a team, collaborate with the team members, and to ideate together to create and innovate.
  • Apply the theoretical concepts and convert them into a creative product.
  • Understand the problem and construct a practical approach to solve it.
  • Identify the right component and assembling of the parts and tools to derive the definite structure of a Robot.

Module # 10: Internet of Things

  • Impactful, practical learning, coding, Big Data, all connected to STEAMED school subjects.
  • It bridges the talent gap when it comes to STEAMED roles and opportunities of the employers in the current scenario.
  • Builds a critical thinking mindset which motivates students to apply these skills rooted in central scientific values such as truth-seeking, curiosity, open-mindedness, and maturity of judgment.
  • IOT in academics helps transform students from being passive consumers to active creators.
  • IOT has a transformative prowess that stimulates engagement and creativity.