Program overview
Total hours: 24 hours
Schedule: Flexible, 3 hours/week over 8 weeks
Group size: 5 to 10 students
Course content: Download the course flyer (PDF)
Course objectives
Introduce students to the fundamental concepts of Artificial Intelligence
Understand how AI impacts daily life and future careers
Encourage creative problem-solving using AI tools
Teach ethical and responsible use of AI technologies
Empower students to build their own mini AI projects
Course modules
Module 1: Introduction to AI
What is Artificial Intelligence?
History and evolution of AI
AI in daily life (Alexa, YouTube, self-driving cars)
Human intelligence vs. machine intelligence
Activity: Identify AI around you (home, school, mobile apps).
Module 2: How Machines Think
Data, patterns and predictions
What is Machine Learning (ML)?
Datasets, training and prediction basics
Types of ML: supervised vs. unsupervised
Activity: Train your own model using Google Teachable Machine.
Module 3: AI Tools for Beginners
Teachable Machine: build image, sound and pose AI
Machine Learning for Kids: drag-and-drop AI projects
Scratch plus ML extensions: interactive AI games
ChatGPT and DALL-E: generate text and images using AI
Activity: Create a game that responds to gestures or voice.
Module 4: AI in the Real World
AI in robotics, healthcare, education and transportation
AI used by Google, Amazon, Netflix and Tesla
AI for social good (wildfire detection, translation tools)
Activity: Watch and analyze real-world AI applications.
Module 5: Responsible AI and Ethics
Can AI be biased?
AI and privacy: what data should we share?
Human decisions vs. AI predictions
Future careers in AI: what students can start today
Activity: Group discussion: "Should robots make decisions?"
Module 6: AI Mini Project and Showcase
Plan, design and build an AI-powered project. Project ideas:
Hand-gesture controlled game
Image recognition app
AI chatbot using Scratch
Voice-controlled personal assistant
Final presentation: Students showcase projects to parents and peers.
Program features
Theory plus hands-on labs
Engaging examples and interactive experiments
Homework and project-based learning
Multiple programming levels available
Aligned with middle and high school curriculum
Special summer and winter batches
Fun tech events and competitions

