Activity 1: Animated Character

What Students Do: Create an animated character using motion and costume changes
Learning Outcomes: Understand motion blocks, sequencing, and animation basics

Activity 2: Maze Game

What Students Do: Build a maze game controlled by keyboard input
Learning Outcomes: Learn event handling, conditional statements, and logical decision-making

Activity 3: Catch the Ball Game

What Students Do: Catch moving objects and track scores
Learning Outcomes: Understand loops, variable usage, and interactive game logic

Activity 4: Story Animation

What Students Do: Create an animated story using multiple sprites
Learning Outcomes: Learn sequencing, storytelling, and sprite interaction

Activity 5: Pong Game

What Students Do: Build a classic Pong-style game
Learning Outcomes: Learn collision detection, scoring, and interactive mechanics

Activity 6: Quiz Game

What Students Do: Create a quiz that checks answers and assigns scores
Learning Outcomes: Understand user input handling, logic, and scoring systems

Activity 7: Music Composer

What Students Do: Program music and sound sequences
Learning Outcomes: Learn sound programming, timing control, and creativity

Activity 8: Digital Pet

What Students Do: Create an interactive digital pet that responds to actions
Learning Outcomes: Learn variable tracking, interactivity, and event-driven behavior

Activity 9: AI Face Detection

What Students Do: Use AI blocks to detect faces and trigger actions
Learning Outcomes: Learn basic AI concepts, detection events, and conditional logic

Activity 10: Virtual Traffic Light

What Students Do: Simulate a traffic light system
Learning Outcomes: Understand sequencing, logic flow, and real-world simulation

Activity 11: Balloon Pop Game

What Students Do: Click and pop balloons while tracking score
Learning Outcomes: Learn event handling, variable use, and interactive timing

Activity 12: Moving Background Scene

What Students Do: Create scenes with moving backgrounds
Learning Outcomes: Learn layering, motion blocks, and scene design

Activity 13: Quiz with Timer

What Students Do: Build a timed quiz game
Learning Outcomes: Learn timer implementation, logic control, and scoring rules

Activity 14: Drawing with Code

What Students Do: Create drawings using code instructions
Learning Outcomes: Understand loops, drawing logic, and creative coding

Activity 15: Capstone Project

What Students Do: Design an original AI-based game or interactive project
Learning Outcomes: Apply multiple programming concepts, creativity, and problem-solving

🎯 Learning Objectives

By the end of this course, students will be able to:

• Understand core AI concepts such as image and speech recognition

• Apply logical thinking and condition-based programming

• Build interactive AI-driven projects

• Use variables, loops, events, and broadcasts confidently

• Think critically about how intelligent systems respond to inputs

🌟 Course Highlights – Why This PictoBlox AI Course Is Special

✔ AI Made Kid-Friendly

Complex AI concepts are introduced visually and interactively—no math-heavy theory, just real understanding.

✔ Project-Based Learning

Every lesson results in a complete, working project that students can test and improve.

✔ Builds Future-Ready Skills

Students develop logical reasoning, problem-solving, and computational thinking essential for advanced STEM learning.

✔ Strong Bridge to Advanced Coding

This course prepares students for Python, robotics, machine learning, and engineering design.

✔ Encourages Creativity & Confidence

Students design their own solutions, make decisions, and learn from mistakes—just like real engineers.

👨‍👩‍👧 Ideal for Parents Who Want:

• A real introduction to AI, not just games or apps

• Hands-on STEM learning with visible outcomes

• A smooth transition from Scratch to advanced coding

• Small-group instruction with meaningful guidance

• A future-focused STEM pathway for their child