From Pink Tower to Pixel: How Montessori Builds Computational Thinking

As technology, artificial intelligence, and robotics become part of everyday life, one skill stands out as essential, Computational Thinking. It is the ability to solve problems by breaking them into smaller parts, recognizing patterns, focusing on what matters, and creating logical, step-by-step solutions.

A Montessori classroom is the perfect environment for developing these essential skills. Long before children write their first line of code, they are learning to think like problem-solvers.

Across every area of the Montessori classroom, Practical Life, Sensorial, Language, Mathematics, and Cultural Studies, children regularly engage in all four pillars of computational thinking. They break complex tasks into manageable steps (decomposition), discover relationships and regularities (pattern recognition), focus on the essential concepts (abstraction), and follow or create logical sequences (algorithmic thinking).

Whether building the Pink Tower, preparing a snack, tracing Sandpaper Letters, solving math problems with the Stamp Game, or assembling Puzzle Maps, Montessori materials invite children to think critically, test ideas, recognize patterns, and develop logical solutions. These experiences create a strong foundation for future learning in coding, robotics, engineering, mathematics, and beyond.

Visit our classrooms and see computational thinking in action — no screens required. 

Created in collaboration with members of AMS Think Tank 2024 and presented at The Montessori Event 2025

https://amshq.org/blog/early-childhood/2024-10-18-statement-on-ai-and-technology-an-open-letter/

Computational Thinking in the Montessori Environment