Activity 1: Meet Scratch Cat
Concepts Covered: Scratch Interface, Sprites
What Students Do: Explore Scratch interface and move Scratch Cat sprite
Learning Outcomes: Understand interface, sprites, and basic programming

Activity 2: Move & Turn
Concepts Covered: Motion Blocks
What Students Do: Move sprite forward/backward and turn left/right
Learning Outcomes: Learn directions, motion, and coordinate thinking

Activity 3: Costume Fun
Concepts Covered: Costumes, Looks Blocks
What Students Do: Change sprite costumes to animate it
Learning Outcomes: Learn animation basics, sequencing, and visual effects

Activity 4: Dancing Sprite
Concepts Covered: Loops (Repeat)
What Students Do: Make sprite dance using repeat block
Learning Outcomes: Understand loops and repetition

Activity 5: Click Magic
Concepts Covered: Mouse Events
What Students Do: Sprite reacts when clicked
Learning Outcomes: Learn events and user interaction

Activity 6: Keyboard Hero
Concepts Covered: Keyboard Events
What Students Do: Control sprite using arrow keys
Learning Outcomes: Respond to user input, understand event handling

Activity 7: Score Game
Concepts Covered: Variables
What Students Do: Create a game where score increases when sprite is touched
Learning Outcomes: Understand variables, tracking, and game logic

Activity 8: Catch the Star
Concepts Covered: Random Numbers, Motion
What Students Do: Catch randomly falling stars using sprite
Learning Outcomes: Learn randomness, motion, and reaction timing

Activity 9: Sound Party
Concepts Covered: Sound Blocks
What Students Do: Add sound effects to actions
Learning Outcomes: Understand sound integration and triggers

Activity 10: My Story
Concepts Covered: Storytelling, Broadcast
What Students Do: Create a simple interactive story with multiple sprites
Learning Outcomes: Develop creativity, logic, and sequencing

Activity 11: Sprite Race
Concepts Covered: Motion, Loops, Variables
What Students Do: Make sprites race across screen, track positions with variables
Learning Outcomes: Learn loops, variables, and game mechanics

Activity 12: Quiz Time
Concepts Covered: Conditional Logic, Input
What Students Do: Build a simple quiz that asks questions and checks answers
Learning Outcomes: Understand if-else logic, user input, and scoring

Activity 13: Maze Adventure
Concepts Covered: Motion, Collision Detection
What Students Do: Create a maze where sprite navigates and avoids obstacles
Learning Outcomes: Learn collision detection, logic, and problem-solving

Activity 14: Balloon Pop
Concepts Covered: Events, Randomness, Variables
What Students Do: Pop falling balloons by clicking, track score
Learning Outcomes: Understand interactive events, randomness, and variables

Activity 15: Capstone Project
Concepts Covered: Integration, Creativity
What Students Do: Create a game or story combining multiple blocks and logic
Learning Outcomes: Apply all learned concepts, enhance creativity and problem-solving

We offer seasonal soccer sessions for boys and girls of all skill levels, coached by passionate mentors who focus on skill development, sportsmanship, and confidence—on and off the field.

🌟 Why This Scratch Course Stands Out

✔ Builds Real Computational Thinking

Students learn core programming concepts such as sequencing, loops, conditionals, variables, and events—skills that directly prepare them for Python, robotics, and engineering programs.

✔ Project-Based from Day One

Every class produces a tangible outcome: a game, animation, or interactive story.
Students clearly see what they create, building confidence and motivation.

✔ Designed for Young Learners

Scratch’s visual coding system reduces frustration while encouraging exploration, experimentation, and problem-solving—perfect for ages 5–7.

✔ Strong Foundation for Advanced STEM Pathways

This course prepares students for future programs including:

• Python Programming

• Robotics & Arduino

• App Development

• Engineering Design

Students who complete Scratch progress faster and more confidently in advanced courses.

✔ Capstone Project = True Skill Integration

The final project challenges students to design independently, combine logic blocks, and solve problems creatively—moving beyond following instructions to real thinking.

🎯 Ideal for Parents Who Want:

• Structured learning, not just “playing with code”

• Visible progress and real projects

• Early preparation for advanced STEM pathways

• Small-group instruction with individual attention