Scratch Level 2
Arcade, Action & AI Game Development
Take your Scratch skills to the next level! Build arcade classics, physics-based games, and AI-powered experiences across 24 advanced sessions.
24 Sessions
12+ Projects
Applied AI
This Course Includes
24 live 1-on-1 sessions (50 min each)
12+ advanced projects to build
Applied AI: image recognition & chatbots
Certificate of completion
Physics & arcade game mechanics
Platform: MIT Scratch + ML Extensions
New to Scratch?
Start with Level 1 foundations first
Curriculum Timeline
24 sessions of advanced game development with regular checkpoints
Arcade Gaming
Sessions 1-4
Build classic arcade games with timers, scoring systems, and action mechanics.
Session 1
Ghost Catcher Game
Ghost Catcher
Timer mechanics
Score tracking
Random spawning
Session 2
Boat Race
Ghost Catcher
Movement controls
Obstacle avoidance
Race timing
Session 3
Slime Busters
Ghost Catcher
Click detection
Points system
Game over logic
Session 4
Arcade Polish
Ghost Catcher
Sound effects
Visual feedback
Score display
Checkpoint 1
Sessions 5
Review and refine arcade game mechanics.
Session 5
Arcade Review
Arcade Challenge
Timer optimization
Scoring systems
Game balance
Action & Adventure
Sessions 6-9
Create physics-based games with shooting mechanics and racing elements.
Session 6
Flappy Parrot
Flappy Parrot
Gravity simulation
Pipe obstacles
Endless gameplay
Session 7
Space Shooter
Space Shooter
Bullet spawning
Enemy waves
Collision detection
Session 8
Racing Game
Racing Game
Lane switching
Speed control
Obstacle patterns
Session 9
Adventure Mechanics
Action Adventure
Health systems
Power-ups
Level progression
Checkpoint 2
Sessions 10
Review physics and action game mechanics.
Session 10
Arcade Review
Action Challenge
Physics review
Shooter mechanics
Game design
Competitive & Sports
Sessions 11-14
Build sports and competitive games with timing, scoring, and player controls.
Session 11
Football Goalie
Football Goalie
Reaction timing
Ball physics
Save mechanics
Session 12
Basketball Shooter
Basketball Game
Arc trajectories
Shooting power
Accuracy scoring
Session 13
Ping Pong Pro
Ping Pong
Two-player controls
Ball bounce physics
Match scoring
Session 14
Tetris Builder
Tetris Clone
Falling blocks
Row clearing
Pattern matching
Checkpoint 3
Sessions 15
Review sports and competitive game mechanics.
Session 15
Sports Review
Sports Challenge
Timing mechanics
Scoring polish
Gameplay refinement
AI-Powered Games
Sessions 16-19
Apply AI technologies to create intelligent, interactive gaming experiences.
Session 16
AI Eco Sorter
AI Eco Sorter
Image classification
Object recognition
Sorting logic
Session 17
Gesture Controller
Gesture Game
Pose detection
Motion tracking
Game control
Session 18
Chatbot Quest
Chatbot Quest
Natural language
Conversation flow
Story branching
Session 19
AI Game Mashup
AI Game Mashup
Multiple AI inputs
Complex interactions
Smart NPCs
Checkpoint 4
Sessions 20
Review AI integration and consolidate learning.
Session 20
AI Consolidation
AI Challenge
AI review
Extension activities
Advanced concepts
Capstone Project
Sessions 21-24
Design, build, and present your own advanced game combining all learned skills.
Session 21
Capstone Planning
Design Document
Game design document
Feature planning
Scope management
Session 22
Development Sprint 1
Capstone WIP
Core mechanics
Main features
Testing
Session 23
Development Sprint 2
Capstone WIP
AI integration
Polish & effects
Bug fixes
Session 24
Final Showcase
Final Game Showcase
Presentation
Demo
Portfolio piece
Projects You'll Build
From arcade classics to AI-powered games, build impressive portfolio-ready projects
Ghost Catcher
Fast-paced clicking game with spawning enemies and scoring
Boat Race
Navigate through obstacles in a timed racing challenge
Flappy Parrot
Physics-based endless runner with pipe obstacles
Space Shooter
Blast enemy waves with bullets and power-ups
Football Goalie
Test your reflexes saving shots on goal
Tetris Builder
Classic falling block puzzle with row clearing
AI Eco Sorter
Use image recognition to sort recyclables
Chatbot Quest
Build a conversational adventure game with AI
What Your Child Will Master
Build arcade games with timers and scoring systems
Create physics-based games with realistic motion
Design shooters with bullets and collision detection
Implement sports game mechanics and two-player controls
Apply AI image recognition in interactive games
Create chatbots and voice-controlled experiences
Master advanced debugging and optimization
Build a portfolio-ready capstone game project
Earn Your ScratchJr Certificate
Celebrate your child’s achievement with an official iCodejr completion certificate a milestone they can proudly share with family and friends.
Personalized with your child's name and photo
Lists all 36 skills and concepts mastered
Shareable digital certificate for portfolios
Pathway to Junior Tech Passport certification
Recognition of coding fundamentals achievement
Want a complete learning journey?
Course Investment
AED 1,440
- 24 live 1-on-1 sessions
- 50 minutes per session
- 12+ advanced projects
- AI image & voice integration
- Certificate of completion
- Flexible scheduling
AED 60 per session
Complete Scratch Journey: Both Level 1 + Level 2 = 48 sessions for AED 2,880
Frequently Asked Questions
Level 1 is recommended as it covers foundational concepts. However, students with prior Scratch experience (6+ months of regular use) may be able to start at Level 2 after an assessment. Contact us to discuss your child’s background.
Scratch Level 2 is designed for children ages 8-12 (Grades 3-6). Students should ideally have completed Level 1 or have equivalent Scratch experience.
Level 1 covers foundations and intro AI. Level 2 advances to complex arcade mechanics, physics simulations, competitive games, and applied AI projects. Level 2 students build more sophisticated, polished games.
Students build 12+ projects including arcade classics (Ghost Catcher, Flappy Bird), sports games (Football Goalie, Tetris), shooters (Space Shooter), and AI-powered games using image recognition and chatbots!
Scratch works on any computer (Windows, Mac, or Chromebook) with internet access. A laptop or desktop with a larger screen provides the best coding experience.
After completing both Scratch levels, students are ready for text-based programming! We recommend Python for Kids or Roblox Studio (Lua) as the next step in their coding journey.
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Need to Start with Foundations?
Level 1 covers all the basics: interface mastery, game logic, and intro AI concepts