Coding logic without syntax pressure
Learners focus on sequencing, events, loops and conditions using visual blocks before worrying about typing code correctly.
Coding & Programming
Scratch Coding & Game Development
A creative first step into coding where learners build games, stories, animations and puzzles while developing logic, sequencing, problem-solving and debugging habits - without the pressure of text-based syntax.
Grades3–6Age8-12LevelBeginnerLearningProject-ledFormatLive mentor-led
This Scratch Coding course is designed for grades 3–6 and can be adapted to the learner's age, starting level and pace.
Scratch 3.0Block CodingGame Design
Why this program matters
Benefits that go beyond learning a tool.
The program is designed to help learners think, create and solve problems more independently - with projects that make progress visible.
Creativity with a purpose
Games, stories and animations turn imagination into structured projects with rules, interactions and clear outcomes.
Debugging and persistence
Students learn to test ideas, spot what went wrong and improve their work - a habit that matters far beyond coding.
Confidence to create independently
The goal is to move from following steps to planning, building and explaining an original project of their own.
Who is this program for?
Grade helps us shortlist a course, but confidence, experience and interests matter too.
Complete beginners in Grades 3-6 who want a friendly first step into codingChildren who enjoy games, stories, animation, puzzles or creative digital projectsLearners who benefit from immediate visual feedback before moving to text-based coding
By the end01 02 03 04
What should the learner actually be able to do?
Plan an interactive idea using events, sequences and clear step-by-step logic
Use loops, conditions, variables and sensing in age-appropriate projects
Test, debug and improve a project instead of stopping at the first working version
Create and explain an original game, story, animation or puzzle
Curriculum journey
A structured path from foundations to an independent build.
The exact pace can change with the learner, while the progression keeps concepts connected to practical outcomes rather than isolated lessons.
Curriculum PDF coming soonThe download will be enabled as soon as the final curriculum PDF is added.
01Learning block
Meet Scratch & Think in Sequences
Scratch interface and spritesEvents and sequencingMotion and coordinatesSimple interactions
02Learning block
Animation, Sound & Loops
Costumes and animationSound and timingRepeat and forever loopsPatterns and rhythm
03Learning block
Interaction & Game Logic
Sensing and collisionsIf / else conditionsBroadcast messagesKeyboard and mouse control
04Learning block
Variables, Scores & Challenges
VariablesScore, timer and livesOperators and randomnessDifficulty and game rules
05Learning block
Puzzles & School-Concept Projects
Problem decompositionReusable logic patternsMultiple sprites working togetherTurning a school idea into an interactive model
06Learning block
Original Capstone & Showcase
Plan before buildingBuild in small stepsTest and debugPolish, explain and present
What they'll build
Projects that turn concepts into visible outcomes.
Project examples can vary with level, but every learner should repeatedly plan, build, test and improve something that actually works.
01
Games
02
Interactive stories
03
Animations
04
Puzzles
05
School concept projects
06
Original capstone project
How learning works
Learn, build, test, debug, explain.
The mentor supports the thinking process without turning the class into a copy-along exercise. Learners are encouraged to make decisions, ask questions and improve their own work.
01Understand the idea02Build a working version03Test what happens04Debug and improve05Explain the result
Build Showcase milestone
Progress should be explainable - not just runnable.
Demonstrate an original Scratch project and explain the logic behind an interaction, challenge or game mechanic - including what was tested, fixed and improved.
01What did I build?02How does it work?03What went wrong?04What did I change?05What would I improve next?
What comes next?
Explore all learning pathways A clear next step after this program.
Mobile App Development, hands-on Maker learning, or Python when the learner is ready for text-based programming.
Questions about fit?
Is Scratch Coding the right starting point?
Tell us the learner's grade, current experience and interests. We'll recommend this program - or a better starting point if there is one.