• Scratch basics: blocks, sprites, motion, and events
• Key coding skills: sequencing, loops, and simple conditions (“if…then…”)
• Build mini-projects: stories, quizzes, animations, and simple games
• Debugging habit: test, find what went wrong, and fix it calmly

• Deeper Scratch logic: variables, lists, and multi-step project planning
• Stronger problem-solving: break tasks into steps, test, and improve
• Transition skills for Python: patterns, logic structures, and clean thinking
• Project presentations: explain their code and what they learned

Scratch is a visual coding tool where children “snap” blocks together to make programs. It’s ideal for building confidence because learners can see results quickly—movement, sound, and interaction—while practicing real coding logic.

• Best for learning: sequencing, loops, events, and problem-solving
• Great for creativity: stories, games, animations, quizzes
• Builds the habit of testing and fixing (“debugging”) without fear

Python is a widely used programming language. We introduce Python when learners show readiness in logic and attention—so they can succeed without frustration. Python helps children write real code and understand how software works.

• Core skills: variables, conditions, loops, functions, and simple programs
• Build useful projects: calculators, quizzes, mini-games, simple data tasks
• Develops discipline: step-by-step thinking, clarity, and persistence

• Place value (ones, tens, hundreds) using hands-on practice
• Addition and subtraction with accuracy and steady speed
• Number bonds and mental math routines
• Problem-solving: read, identify the operation, and show steps
• Checking work: catch mistakes and correct calmly

• Stronger computation accuracy (multi-step work with focus)
• Multiplication and division foundations (as ready)
• Fractions/decimals readiness support (where needed)
• Word problems: identify key data, choose steps, explain reasoning
• Study discipline: speed with control, not rushing

The abacus helps children “see” numbers and build real number sense. It strengthens attention, accuracy, and place-value understanding—so math becomes less confusing and more confident.

• Makes quantity concrete (not just memorized)
• Builds place value and mental math readiness
• Develops focus, patience, and accuracy

“AI-supported” means we use digital exercises to give consistent practice and quick feedback. A human teacher remains in charge—checking understanding, correcting misconceptions, and guiding pace.

• AI helps with consistency: practice sets, repetition, quick checks
• Teacher ensures understanding: correct method, clear explanation, healthy pacing
• We prioritize safety: age-appropriate use and protected learning routines

• Expand emotion vocabulary (frustrated, disappointed, proud, worried)
• Use simple tools: pause, breathe, choose a better action
• Friendship skills: taking turns, listening, and respectful disagreement
• Conflict repair: “I felt… because…” and “Next time I will…”
• Classroom habits: focus, patience, and asking questions politely

• Self-awareness: identify triggers and stress signals
• Healthy regulation: coping strategies, boundaries, and self-talk
• Better communication: clear requests, respectful debate, active listening
• Empathy and perspective-taking: understand others’ viewpoints
• Digital behavior habits: respectful posting, privacy awareness, and kindness online

EQ (Emotional Intelligence) is the skill of understanding feelings and choosing helpful actions. Children with stronger EQ usually learn better, communicate more clearly, and handle stress and conflict with more confidence.

• Supports learning readiness: focus, patience, and persistence
• Improves relationships: empathy, kindness, and respectful communication
• Builds healthy habits: self-control, responsibility, and confidence

• Use simple “feelings + needs” language at home
• Practice short calm-down routines (30–60 seconds)
• Model repair: apologize, restart, and try again
• Celebrate effort and improvement, not perfection