Bee-Bot at school: coding and robotics for early childhood
Bee-Bot is the most loved educational robot in preschool: a yellow and black little bee, programmed with four directional buttons, that opens the doors of computational thinking for young children. In this guide we look at what it is, why it works so well with the youngest learners, what activities to propose and how to structure an effective workshop from age 3.
What is Bee-Bot
Bee-Bot is a small bee-shaped robot, designed specifically for preschool and the first years of primary school. It has only seven buttons on its back: four directional arrows (forward, back, turn right, turn left), a pause button, a clear button and the GO button to run the sequence.
Each forward or back command corresponds to a 15 cm movement, while rotations are 90 degrees. This means you can use it on mats and grids with 15 cm squares, which can easily be made in the classroom with card and tape.
What makes it perfect for children from age 3 upwards is the complete absence of screens: no apps, tablets or computers are needed. The child presses the buttons, observes the result, reflects on the error and tries again. A concrete, hands-on, sensory approach, perfectly in line with the developmental needs of early childhood.
Bee-Bot is a well-known protagonist of educational robotics and is mentioned in virtually every structured pathway of early-years coding.
Why use Bee-Bot in preschool
Computational thinking
Children learn to plan a sequence of commands before running it, building a real algorithm.
Laterality
Right and left, forward and back: Bee-Bot helps children consolidate awareness of their body in space.
Spatial coordinates
Moving on a grid introduces the concept of coordinates, rows and columns in an intuitive way.
Problem solving
When Bee-Bot goes the wrong way, children learn to review their choices and correct the path: debugging for young learners.
Collaboration
Working in small groups around the mat sparks dialogue, discussion and negotiation between peers.
Sequentiality
Programming a series of commands in the exact order strengthens the ability to reason step by step.
Bee-Bot vs Blue-Bot: which one to choose?
Bee-Bot
- Yellow and black bee-shaped shell
- Programming only with the 7 physical buttons
- 90-degree rotations
- Memory of up to 40 commands
- Ideal for ages 3 to 6
- No additional device required
Blue-Bot
- Transparent shell: the internal electronics are visible
- Programmed via buttons or over Bluetooth with an app
- 45-degree rotations also available
- Compatible with shared mats
- Ideal from age 5 upwards
- Supports more complex paths
To start with the youngest children, Bee-Bot remains the best choice, thanks to its simple commands and its sturdiness. Blue-Bot is the natural next step for those who want to gradually introduce app-based programming and more elaborate paths.
Hands-on activities with Bee-Bot
Alphabet paths
A letter is placed in each cell of the mat. The teacher says a word and children program Bee-Bot to touch, in the right order, the letters that spell it. Excellent for pre-writing.
Path of shapes
Circles, squares, triangles and rectangles are placed on the mat. Children guide the little bee from one shape to another following instructions: only the red ones, square then circle, and so on.
Bee-Bot storyteller
Illustrations of a fairy tale (Little Red Riding Hood, The Three Little Pigs, etc.) are placed on the mat. Children program Bee-Bot to visit the characters in the correct order of the story, strengthening narrative comprehension.
Mathematical Bee-Bot
Cells with numbers, quantities and simple operations: the bee reaches the correct answer of 2+3, or moves as many cells as the dots rolled on a dice. Maths experienced through the body.
Town map
A mat representing the neighbourhood: home, school, park, shops. Bee-Bot becomes the means of transport to reach the baker, take grandma to the hospital, go to school. Geography, citizenship and storytelling together.
Seasonal paths
Custom mats on the seasons, holidays or current projects: autumn fruits, woodland animals, Christmas decorations. The bee becomes the thread that connects seemingly different experiences.
How to structure a Bee-Bot workshop
Free exploration
In the first session children handle Bee-Bot, observe it and make it move by pressing buttons without a specific task. It helps them become familiar with the device and overcome any fear of making mistakes.
Basic commands
The four directional buttons are introduced one at a time. Work on the concepts of forward, back, right, left: first with the children's bodies, then with the bee. The shift from the child's point of view to the robot's is essential.
Guided path
A mat with a clear goal is proposed (reach the flower, find the beehive). In pairs or small groups, children hypothesise the sequence of commands, run it and observe the result. If Bee-Bot gets it wrong, we analyse the error together.
Creative project
In the final phase, the children build the mat themselves: they choose the theme, draw the cells and invent the challenges to propose to their classmates. The robot becomes the pretext for an authentic design experience.
An effective Bee-Bot workshop in preschool typically lasts 45 to 60 minutes per session and spans 4 to 6 sessions, with groups of 6 to 8 children at a time.
Alignment with the national curriculum and guidelines
Using Bee-Bot in preschool fits fully within the goals of the Italian national digital curriculum (PNSD), which promotes the development of computational thinking as a transversal competence from the earliest years of schooling.
The Italian national guidelines for preschool identify five areas of experience: Bee-Bot touches almost all of them. Knowledge of the world (number, space, relationships), speech and words (instructions and storytelling), body and movement (laterality), images, sounds and colours (designing the mat), self and other (collaboration among peers).
To dive deeper into the terminology it helps to consult the glossary of educational coding, which gathers the terms most used in robotics pathways with young children.
Domande frequenti
- From what age can Bee-Bot be used?
- Bee-Bot is designed for children aged 3 and up. In preschool it can be used already with the youngest group for free exploration activities, while with older preschoolers you can propose structured pathways with progressive goals.
- How many Bee-Bots do you need per class?
- Ideally one Bee-Bot for every 4–6 children, so they can work in small groups without long waits. Many schools start with 2–3 robots on rotation, organising the class into learning corners.
- Does Bee-Bot work without a computer or tablet?
- Yes, Bee-Bot is fully self-contained: it is programmed directly using the seven buttons on its back, with no need for apps, tablets, computers or an internet connection. This is precisely its strength for the 3-6 age range.
- Can Bee-Bot also be used with children with disabilities?
- Absolutely yes. Bee-Bot is a highly inclusive tool: the large, tactile buttons make it accessible even in the presence of motor or visual difficulties, while the concrete nature of the device helps children on the autism spectrum or with attention difficulties. The activity can be personalised by varying mats and prompts.
- Is Bee-Bot or Blue-Bot better to start with?
- To start in preschool it is best to begin with Bee-Bot: simpler, sturdier, free of digital distractions. Blue-Bot is the perfect natural evolution, to be introduced with older children or in the first years of primary school, when you want to experiment with app-based programming and paths with 45-degree rotations.
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