Montessori-Inspired Coding for Kids:
Scratch, Python & SVG Coding for Digital Arts

🌱 Scratch Jr. (Ages 4-6) 

Aligned with Montessori principles, our Scratch Jr. program is play-based, experiential, and language-integrated, focusing on storytelling and logic-building. Below are key activities that support this learning approach:

✅ Motion Block Maze: Children arrange motion blocks to navigate a character through a simple maze, helping them understand sequencing and cause-and-effect.

✅ Animate the Animal: Kids choose an animal character and use basic movement blocks to create a short animation, reinforcing logic and pattern recognition.

✅ Treasure Hunt Adventure: They create a map with hidden "treasure" and program a character to follow a sequence of steps to reach the goal.

✅ Musical Coding: Using Scratch Jr.'s sound blocks, children create simple music patterns, linking sequences with rhythm and timing.

SYLLABUS 

🚀 Scratch Walnut Coding (Ages 6-9) 

Interactive Problem-Solving

🔹 Visual programming challenges that introduce computational thinking.

🔹 Gamified, self-paced learning, allowing children to explore freely.

🔹 Transition from block-based to structured challenges, preparing for Python.

💡 Alignment with Montessori Principles:

✅ Learning Through Exploration – Discover coding concepts through hands-on interaction rather than passive instruction.

✅ Control of Error – Instant feedback encourages self-correction and independent thinking.

✅ Concrete to Abstract – Moving from visual blocks (Scratch Jr.) to structured logic (Walnut) prepares children for text-based coding.

✅ Language & Coding Integration – Reinforce English skills through coding projects, making learning more meaningful.

SYLLABUS 

🐍 Walnut Python Coding (Ages 10-14) 

With a solid foundation in logic and problem-solving, students transition to text-based programming with Python in Walnut Coding.
🔹 Montessori-Aligned Python Learning:

✅ Hands-on Exploration – Write Python code, run it, and see real-time results.

✅ Project-Based Learning – Build interactive apps, games, and simulations.

✅ Step-by-Step Progression – Move from basic syntax to real-world applications.

✅ Self-Paced and Adaptive – Individualized learning paths allow students to progress at their own pace.

✅ Bridging Coding and Future Fluency – Strengthens problem-solving, critical thinking, and creativity—essential for future careers.

SYLLABUS 

🎨 SVG Coding (Ages 6+) 

For children who demonstrate advanced skills in Scratch and Python, we introduce Scalable Vector Graphics (SVG) coding through the Learn India Earn India program—a powerful way to integrate art, design, and coding.
🔹 Why SVG?

✅ Visual and Mathematical Thinking – SVG coding combines art and geometry, reinforcing spatial awareness.

✅ Project-Based Creativity – Students code illustrations, animations, and interactive art, integrating coding with artistic expression.

✅ Bridging Scratch and Python – SVG uses structured syntax like Python while remaining visual like Scratch, making it an ideal stepping stone.

✅ Web and Game Design Foundations – Learning SVG prepares children for UI/UX design, game assets, and creative coding applications.

✅ Self-Directed Exploration – Children experiment with coding to bring their imagination to life through digital illustrations.

SYLLABUS