Virtual exhibition

 

Parents questionnaire results

 

Results from the final students questionnaire

 

Teachers' Final Evaluation Survey Results

 

Little Coders in Action: Developing Computational Thinking in December

 

During the month of December, the students of the 2nd Kindergarten of Neo Rysio, Greece, participated in a series of playful and experiential learning activities within the framework of the Little Coders program.

The activities aimed to foster computational thinking, creativity, collaboration, and critical thinking, following principles of experiential learning, interdisciplinary teaching, and learning through play, as recommended for early childhood education.

Recycling Coding Game

In the recycling-themed coding game, children were invited to create sequences of commands to guide the robot to the correct recycling bin, depending on the material of each object.

This activity supported:

• understanding of sequencing
• development of problem-solving skills
• cultivation of environmental awareness from an early age

At the same time, it promoted collaboration and oral communication, as children discussed, negotiated, and justified their choices.

Nature Coding Game – “How Do Plants Grow?”

Through a nature-based coding game, children explored the stages of plant growth by designing routes and codes that represented the growth process.

The activity adopted an interdisciplinary approach, connecting:

• Natural Sciences
• Technology
• Computational Thinking

and helped children understand cause-and-effect relationships, while strengthening observation skills and inquiry-based learning.

Trip Coding Game – The Bee Helps Santa Claus

In this Christmas-themed travel coding game, children were invited to help Santa Claus by programming the bee robot to travel to different countries around the world and deliver presents.

Through this activity, children

• developed spatial orientation skills
• became familiar with concepts of geography and cultural diversity
• practiced designing, testing, and debugging simple algorithms

Storytelling and role play enhanced motivation, imagination, and meaningful engagement.

Robot Coding Game

In the robotics coding activity, children created and tested simple algorithms by programming the robot to move along predefined paths.

The trial-and-error process supported:

• development of metacognitive skills
• understanding mistakes as a natural part of learning
• enhancement of self-regulation, persistence, and confidence

Technology Game 3 – Jigsaw Logo

In the technology game, children collaborated to assemble a jigsaw puzzle of the Little Coders program logo.

This activity aimed to strengthen:

• visual recognition and part–whole relationships
• visual–spatial skills
• collaborative problem-solving

while promoting familiarity with technological symbols and representations.

Concluding Remarks

The Little Coders activities in December created a rich learning environment where technology functioned as a means for learning rather than an end in itself.

Through playful and meaningful experiences, children developed essential 21st-century skills, while cultivating creativity, cooperation, and active participation.

Computational thinking in early childhood emerges as a powerful pedagogical tool that supports holistic development and nurtures a positive relationship with learning.