Block-based programming platform perfect for beginners. Create interactive stories, games, and animations without typing code.

What will you learn:

• Loops, conditionals, and events
• Sprite animation and game design
• Project creation and sharing

Platform: MIT Scratch

Code Language:Block based coding

Interactive online platform offering coding courses for all ages. Learn fundamental programming concepts through engaging activities and projects.

What will you learn:

• Algorithm design and logic
• Sprite Lab , Game Lab
• Music Lab , Artist

Platform: Code.org

Train a computer to recognize images, sounds, and poses. No deep learning knowledge required.

What will you learn:

• Machine learning fundamentals
• Image and audio classification
• Building AI-powered projects

Platform:Teachable Machine

Visual programming environment to create fully functional mobile apps for Android devices. Build real applications with sensors and databases.

What will you learn:

• Mobile app development
• User interface design
• Sensor integration and databases

Platform: MIT App Inventor

Code Language: Block based coding

Learn the world's most beginner-friendly programming language. Create games, automate tasks, and explore programming fundamentals.

What will you learn:

• Python programming fundamentals
• Logo creation and design
• Basic game development with Pygame

Platform: VS Code, Py game, TurtleLib

Code Language:Python

Web based simulation platform used to learn 3D design, electronics, and basic coding through virtual experiments.

What will you learn:

• Introduction to Tinkercad interface
• Creating basic 3D shapes and simple designs
• Build your first circuit using LED, resistor, and battery
• Design a circuit to control LED brightness
• Arduino circuit simulation basics

Platform: Tinkercad

Code Language: Tinkercad Blocks

Learn fundamental principles of electricity, voltage, current, and resistance. Build simple circuits with real components.

What will you learn:

• Ohm's Law and circuit analysis
• Series and parallel circuits
• Power calculation and safety

Platform: Physical breadboard & simulation software

Components: Multimeter, power supply, wires, LEDs

Master essential tools used in electronics. Learn to solder, use multimeters, and safely handle electronic equipment.

What will you learn:

• Soldering and desoldering techniques
• Multimeter measurement and testing
• Component identification and handling

Platform: Workshop with hands-on training

Tools: Soldering iron, multimeter, wire stripper, tweezers

Understand essential electronic components. Learn how breadboards, resistors, capacitors, inductors, and transistors work in circuits.

What will you learn:

• Breadboard layout and connections
• Resistor color codes and calculations
• Capacitor and inductor behavior
• Transistor switching and amplification

Components Covered: Breadboard, Resistor, Capacitor, Inductor, Transistor, Diode, IC, Rectifier, Potentiometer, LDR

Platform: Physical components + circuit simulation

Program Arduino boards to control sensors and actuators. Create interactive IoT projects that interact with the physical world in real-time.

What will you learn:

• Arduino programming and sketches
• Sensor interfacing and control
• Creating automated systems

Platform: Arduino IDE / Thonny IDE

Code Language: Arduino programming language / MicroPython

Build connected IoT devices using ESP32. Create smart home projects with WiFi and cloud integration capabilities.

What will you learn:

• ESP32 programming and features
• WiFi connectivity and IoT basics
• Cloud integration and data transmission

Platform: Arduino IDE / Thonny IDE

Code Language: Arduino programming language / MicroPython

Learn to program a mini-computer that can control robots, smart home devices, and IoT projects. Explore Python programming and hardware interfacing.

What will you learn:

• Raspberry Pi OS and setup
• GPIO pins and sensor interfacing
• Python programming for IoT
• Building robotics projects

Platform: Raspberry Pi

Code Language: Python