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Curriculum
16 Sections
243 Lessons
52 Weeks
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DIY 2 in 1 Programmable & Non Programmable Project Based Learning Electronics Kit
51
1.1
Arduino IDE Installation
1.2
Automatic Street Light System
1.3
Water Level Indicator & Automatic Refill System
1.4
Portable Digital Thermometer
1.5
Digital Speedometer for Vehicles
1.6
Smart Dustbin
1.7
Rain Sensing Wiper System
1.8
Gas Leakage Detection System
1.9
Weather Monitoring Station
1.10
Heart Rate & Health Monitoring System
1.11
PIR-Based Intruder Alarm – Security System for Unauthorized Entry
1.12
Automatic Railway Crossing
1.13
RFID-Based Attendance System
1.14
Obstacle Avoidance Robot
1.15
Automatic Room Light Controller
1.16
Bluetooth-Controlled Car
1.17
Solar Tracker
1.18
Gesture-Controlled Robot
1.19
Smart School Bell System – Automates Bell Ringing
1.20
Alcohol Detection & Vehicle Lock System – Prevents Drunken Driving
1.21
Wireless Notice Board
1.22
Auto Fish Feeder – Timed Food Dispensing for Aquarium
1.23
RFID Smart Door Lock System – Keyless Access Control
1.24
Smart Traffic Light System – Real-Time Traffic Control
1.25
Automated Pet Water Dispenser – Provides Water as Needed
1.26
Self-Balancing Robot – Maintains Upright Position
1.27
Voice-Controlled Home Automation
1.28
Electronic Voting Machine (EVM)
1.29
Industrial Automation System – Remote Machine Control
1.30
IoT-Based Air Pollution Monitoring System
1.31
Bluetooth-Based Door Lock – Unlocks via Mobile App
1.32
Energy Meter with Theft Detection
1.33
Smart Irrigation System
1.34
Smart Home Automation
1.35
IoT-Based Fire & Smoke Alarm System
1.36
IoT-Based Smart Parking System
1.37
Remote Home Security System Using Arduino & IoT
1.38
IoT-Based Smart Mirror – Displays Weather, Time & Notifications
1.39
RFID Library Management System – Tracks Book Borrowing & Returning
1.40
IoT-Based Garbage Monitoring System – Alerts When the Bin is Full
1.41
IoT-Based Weather Alert System – Sends Alerts for Extreme Weather
1.42
IoT-Based Smart Farm – Monitors Multiple Farm Conditions
1.43
Blood Pressure & ECG Monitoring System – Measures BP & Heart Rate Using IoT
1.44
IoT-Based Smart Bus Tracking System
1.45
IoT-Based Digital Electricity Billing System – Tracks Usage & Costs
1.46
IoT-Based Smart Gas Stove – Auto Turn-Off for Safety
1.47
IoT-Based Smart Baby Cradle – Detects Crying & Swings Automatically
1.48
IoT-Based Plant Monitoring System – Tracks Growth Conditions
1.49
IoT-Based Smart Bike Anti-Theft System – GPS-Based Tracking
1.50
IoT-Based Traffic Violation Detection – Monitors Rule-Breaking
1.51
IoT-Based Warehouse Management – Tracks Inventory & Conditions
3D Pen Kit
8
2.1
Introduction to 3D Pens
2.2
Introduction to 3D Pens
5 Minutes
3 Questions
2.3
Understanding the Working Mechanism
2.4
Understanding the Working Mechanism
10 Minutes
3 Questions
2.5
Types of 3D Pens
2.6
Types of 3D Pens
10 Minutes
3 Questions
2.7
Filament Types and Their Characteristics
2.8
Applications of 3D Pens
Programmable DIY kit
11
3.1
Arduino IDE Installation
3.2
LED Blinking – Getting Started with Arduino Uno
3.3
Push Button Controlled LED (Getting Started with Arduino Uno)
3.4
Light Sensor-Based Automatic Night Lamp (Using LDR & Arduino Uno)
3.5
Temperature-Based Fan Control Using LM35 & Arduino
3.6
Buzzer Alarm System Using Push Button & Arduino
3.7
Servo Motor Control Using Potentiometer & Arduino
3.8
IR Sensor-Based Object Detection Using Arduino
3.9
7-Segment Display Counter Using Arduino & Push Button
3.10
Relay-Based Home Automation Using Arduino
3.11
Obstacle Avoidance Robot Using IR Sensor, Motor Driver & DC Motors
Mechanical Construction Kit
11
4.1
BICYCLE BUCKET ROBOT
4.2
BULLDOZER ROBOT
4.3
Football Scoop Robot
4.4
Gear driven Crane Robot
4.5
Linear Gear Trishaw
4.6
Motorized Cart
4.7
PLOUGH ROBOT
4.8
PULLEY BASED CRANE ROBOT
4.9
PUNCH ME ROBOT
4.10
Sand Collector Robot
4.11
SINGLE MOTOR PULLEY MECHANISM CART
Non Programmable Activity & Project Based Learning - Electronics Kit
10
5.1
Flying Saucer
5.2
Magnet – Controlled Flying Saucer
5.3
Birthday Music
5.4
Light- Controlled space war
5.5
Anti-theft sound of police wagon activated by wire breaking
5.6
Button Switch-Controlled Lamp
5.7
Magnet-Controlled Lamp
5.8
Button Switch-controlled Fan
5.9
Magnet Controlled Fan
5.10
Series Connection of Lamp Series
DIY STEM Kit
60
6.1
Chromatography
6.2
Different Flame Creation
6.3
Electrolysis
6.4
Catapult
6.5
Glider
6.6
Alcoholic Fermentation
6.7
Electromagnet
6.8
Conduction model
6.9
Atomic Structure
6.10
Periscope
6.11
Motion set up
6.12
Pinhole Camera
6.13
Color Shadow Formation
6.14
Magnetic Levitationh
6.15
Finding direction with magnetic compass
6.16
Ball & socket joint
6.17
Hinge Joint
6.18
Reversible and Irreversible Reactions
6.19
Food Test
6.20
Electric circuit with conductors & insulators
6.21
Torch Making
6.22
Air Filter
6.23
Measurement
6.24
Weaving Machine
6.25
Separation of Substances
6.26
Atomic Structure
6.27
Ion Puzzle
6.28
Bio Battery
6.29
Biological water Flter
6.30
Indicator Test
6.31
Secret Message
6.32
Steam Boat
6.33
Weather kit
6.34
Electric Bell
6.35
Electric Motor
6.36
Thermocol cutter
6.37
MIRROR SET
6.38
Bearing making
6.39
CELL STRUCTURE
6.40
Electroplating
6.41
Vacuum Cleaner
6.42
Hand Pump
6.43
Air Cannon
6.44
Electroscope
6.45
Constellation Viewer
6.46
SOUND WITH LASER
6.47
Ektara
6.48
ELECTRIC CIRCUITSERIES AND PARALLEL
6.49
Tyndall effect
6.50
Types of solutions
6.51
Reactivity Series
6.52
Tissues
6.53
PLANT KINGDOM
6.54
Newton Cradle
6.55
Scuba diver
6.56
Contraption
6.57
Crane making
6.58
Sound in different medium
6.59
Displacement Reaction
6.60
Double Displacement
Interactive Models
10
7.1
Solar System
7.2
Cone Moving Up
7.3
Microscope
7.4
Human Torso
7.5
Skeleton Model
7.6
Eye Model
7.7
Kidney Model
7.8
Human Heart
7.9
Teeth Model
7.10
Telescope
DIY Math Kit
10
8.1
Fraction Kit
8.2
Circular Geoboard
8.3
Pythagorus Theorum
8.4
Charts for Arithmetic
8.5
Ratio of areas of similar Triangles
8.6
Angle Sum Property Of Cyclic Quadrilateral
8.7
Volume Relation Between Cone and Cylinder
8.8
Rain Gauge
8.9
Set of Cups
8.10
MEASURING TAPE
Basic Electronics Kits
14
9.1
Simple LED Circuit
9.2
LED Series Circuit
9.3
LED Parallel Circuit
9.4
LED Dimmer Circuit (Using a Variable Resistor/Potentiometer) Components Required
9.5
LED Delay Circuit (Capacitor Charging & Discharging) Components Required
9.6
LED Fade In & Fade Out Circuit Components Required
9.7
LED ON/OFF Control Using a Transistor (Basic Switching Circuit) Components Required
9.8
LED Blinker Circuit (Astable Multivibrator) Components Required
9.9
LED Touch Sensor Circuit Components Required
9.10
LED Blinking Circuit (Astable Mode) Components Required
9.11
Police Flashing LED Circuit (Using IC 555 & Transistors) Components Required
9.12
Clap Switch Circuit (Using 555 Timer & Transistor) Components Required
9.13
Automatic LED Night Lamp (Using LDR & Transistor) Components Required
9.14
Water Level Indicator Circuit (Using 555 Timer & Transistors) Components Required
Telescope
4
10.1
Introduction to Telescopes
10.2
Introducing the Celestron StarSense Explorer DX 102AZ
10.3
Key Features of the Celestron StarSense Explorer DX 102AZ
10.4
Pros of the Celestron StarSense Explorer DX 102AZ
Mars Rover Kit
5
11.1
PictoBlox Installation
11.2
Exploring Mars with NASA Rovers and Quarky Mars Rover
11.3
Assembling the Quarky Mars Rover
11.4
Programming the Mars Rover with Block Coding in PictoBlox
11.5
Programming the Mars Rover with Python in PictoBlox
AI Based Robotics kit
13
12.1
PictoBlox Installation
12.2
Quarky
12.3
Power Module of Quarky
12.4
Program Quarky Tactile Switches with Pictoblox
12.5
Introduction to Quarky Touch Sensors
12.6
How to Use IR Sensors in Quarky Robot
12.7
Introduction to Ultrasonic Sensors and Quarky
12.8
Controlling the Motion of Quarky Robot with PictoBlox and Python
12.9
Introduction to Servo Motors & Calibration – Quarky
12.10
Speaker (Quarky)
12.11
Display (Quarky)
12.12
Getting Started with Quarky
12.13
Programming Quarky with Block Coding in PictoBlox
Code Cruiser Bot
13
13.1
Dash and Dot Robots – Installation
13.2
Robot Guts
13.3
Interrupting Robot
13.4
Loops: Repeat Forever
13.5
Sequences: Movements
13.6
Sequences: Lights, Sounds, and Animations with Dot
13.7
Sequences: Changing Parameters
13.8
Unplugged: Loops
13.9
Loops: Repeat X with Dot
13.10
Loops: Repeat X with Dash
13.11
Events: Waiting for Events
13.12
Sequences: Complex Parameters
13.13
Events: Event Handlers, Part 1
Coding Bot Kit
10
14.1
Introduction to Go Robot Mouse
14.2
Addition to 10
14.3
Classifying Objects
14.4
Comparing Objects
14.5
Direction and Force
14.6
Measurement of Robot Mouse Movement
14.7
Needs of Plants and Animals
14.8
Pushing Different Shaped Objects
14.9
Sequencing Numbers
14.10
Tower Collision
Wireless Arm bot
7
15.1
PictoBlox Installation
15.2
Quarky 3DOF Robotics Arm – Assembly Guide
15.3
CONTROLLING THE QUARKY ROBOTIC ARM WIRELESSLY
15.4
Controlling Quarky Robotic Arm wirelessly (Python)
15.5
Autonomous Robotic Arm
15.6
Autonomous Robotic Arm (python)
15.7
Gesture Controlled robotic Arm
3D Printer
9
16.1
Introduction
16.2
Working Principle of a 3D Printer
16.3
Types of 3D Printing Technologies
16.4
Applications of 3D Printing
16.5
Advantages of 3D Printing
16.6
Challenges and Limitations of 3D Printing
16.7
Future of 3D Printing
16.8
Creality K1 – 3D Printer – Getting Started
16.9
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