PadhoSikhoBanaao

Bharat ko aage badhaao

PadhoSikhoBanaao

Bharat ko aage badhaao

Ideas → Inventions

Students turn concepts into real models with robotics kits, sensors, electronics, logic building, and beginner AI. This stage strengthens problem-solving and nurtures an innovative mindset.

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Course Highlights

NEP-2020 Aligned | Coding • AI • Robotics • Design Thinking

The New Education Policy (NEP-2020) encourages students to learn AI, coding, computational thinking, design thinking, and innovation from middle school onwards.
This program is designed to build real future skills with hands-on activities, projects, and practical applications.

Course Objectives

Build strong computational thinking & logical reasoning

Introduce real AI concepts: ML, CV, NLP

Strengthen coding skills (block coding + Python basics)

Enable robotics design, sensors & automation

Develop problem-solving through Design Thinking

Build confidence via projects, demos & competitions

📚 Subject Highlights (Aligned with NEP)

Artificial Intelligence – Foundations & Applications

  1. What is AI?
  2. Types of AI: Narrow AI, ML, Deep Learning (simple explanation)
  3. AI in industries: healthcare, agriculture, transport, telecom, defense
  4. Case studies: Google Lens, ChatGPT, Tesla, Drones

Robotics & Automation

  1. Introduction to robotics engineering
  2. Microcontrollers (Arduino/other kits)
  3. Actuators, motors, servo, drivers
  4. Sensors: IR, ultrasonic, temperature, motion, soil moisture
  5. Hands-on models: Line follower, Smart dustbin, Obstacle-avoiding robot

Computer Vision (CV)

  1. How machines see images
  2. Concepts: pixels, filters, patterns
  3. Practical CV demos
  4. Projects: Face detection, Hand gesture control, Image-based games

Design Thinking & Innovation

  1. 5 steps: Empathize – Define – Ideate – Prototype – Test
  2. Problem-solving for real-life school/community problems
  3. Students design their own solutions

Data Literacy & Digital Safety

  1. Understanding digital data
  2. Cyber safety, privacy, strong passwords
  3. Recognizing misinformation
  4. Ethical use of AI

Creative Tech Lab

  1. AI art
  2. Game design
  3. Robotics challenges
  4. Coding competitions
  5. Innovation expo projects

Coding Skills – Block to Python Transition

  1. Block Programming (Scratch/Blockly)
  2. Advanced logic, variables, loops, functions
  3. Building mini-games and apps
  4. Event-driven programs
  5. Python Basics (Age-friendly)
  6. Print, input, variables
  7. Conditions & loops
  8. Lists & simple functions
  9. Mini-projects: calculator, text games, patterns

Machine Learning (ML) for Middle School

  1. What is ML and how computers learn patterns?
  2. Data, features, labels
  3. Classification vs. prediction
  4. Build ML models using child-safe tools: Image recognition, Gesture recognition, Teachable Machine projects

Natural Language Processing (NLP)

  1. How computers understand human language
  2. Chatbots, voice assistants
  3. Build a simple chatbot with rule-based logic
  4. Speech-to-text fun activities

Internet of Things (IoT) – Smart Devices

  1. What is IoT?
  2. Smart home systems
  3. Cloud connectivity basics
  4. Mini-projects: Smart irrigation system, Temperature display, Home automation demo

Hands-On Projects (Throughout the Year)

  1. AI-based image classifier
  2. Obstacle avoiding robot
  3. Smart home model
  4. Pollution detector
  5. IoT-based plant care system
  6. Rule-based chatbot
  7. Python mini-games
  8. Gesture-controlled apps

Learning Outcomes

Students will be able to:

✔ Understand real AI technologies & applications
✔ Code confidently using Scratch & Python
✔ Build fully working robotic models
✔ Train simple ML models using real data
✔ Develop creative solutions using design thinking
✔ Practice responsible digital behavior and ethical AI
✔ Participate in Olympiads, ATL, STEM, and innovation fairs

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