Coding “panellets” with Bee-bots
Language: English
Description
To experiment with the Bee-bots and introduce coding.
Scientific concept introduced
Coding the bee-bot creating a path.
Creative and critical thinking
To observe how the Bee-bots move after coding/programming them.
Mathematical reasoning
To put the correct directions to code so that the bee can get to the ingredient.
Scientific thinking
Designing the path. Use of digital tools.
Learning how to learn
Sel-discipline and self-regulated learning. Motivation to learn and enagae.
Additional
Sharing responsibility for a task, accepting leadership and management, sharing ideas, listening with comprehension, communicate with others.
Coding “panellets” with Bee-bots
Overall aims
- To experiment with the Bee-bots.
- To code the Bee-bots to follow a specific path.
- To apply orders to code learning
- To identify the ingredients of panellets.
Vocabulary – keywords should be understood
Bee-bot, coding, path, left, right, up, down, ingredients (potatoes, almonds…).
Expected learning outcomes (operational aims)
- To create a path for the Bee-bot to follow
- To enjoy the activity
- To promote technologies
- To foster coding skills.
- To follow rules
STEM skills – to which the learning unit is related to
CORE STEM SKILLS
- To experiment with the technologies.
- To create a path for the Bee-bot
- To code the Bee-bot
ADDITIONAL SKILLS
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Teaching methodologies/activity outline
We will present the Bee-bot inside a blanket as if it was sleeping. The children will have to sing a song to wake the bee up. Once the bee is up they will remind the children how Bee-bots work and the rules to make it work.
Remind the children that they have to before starting to code and then they have to go when they want to execute it.
Children will be sitting on the floor in a circle. They will put the mat on the floor with the pictures of the ingredients of the “panellets”.
First the dough ingredients: boiled potato, ground almond, and sugar vertically on the mat, then the ingredients for the flavor: grated coconut, cocoa, and pine nuts horizontally.
That way, children will have to come together (cooperative learning) with what cards they need to code the Bee-bot to make the correct path.
What kind of “panellets” do we want? (grated coconut, cocoa, or pine nuts). They will have to code the Bee-bot according to what kind of panellets they want to make.
Assessment of learning
Observation of process and live feedback (formative)
Equipment and materials to be used in learning unit (tools, ingredients etc)
- Bee-bot and mat
- Instructions
Kind of setting
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References – source
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Coding “panellets” with Bee-bots
1. Usefulness for STEM education – integrating content of different disciplines
Cross-curricular character of the resource
The range of S-T-E-M subjects included
The presentation of possibilities of including artistic activities (STEAM approach)
2. Expected learning outcomes
Consistency (links) with preschool core curriculum
Communicativeness of description
3. Methodology of teaching
Clarity, communicativeness of instructions for teachers
Meaningful learning – using practical life problems
Original idea
The level of ease in implementing the methodology to preschool age children
The level of ease in preparing necessary ingredients, materials and equipment needed
4. Sustainability
Ecological characteristics of materials/ results
Supporting healthy eating habits
Relation with local traditions of cooking (using local products)
Low ecological footprint
Possibilities of inclusion (respecting cultural diversity and food intolerances)
5. Class management
Using differentiated forms of work – individual, team work etc.
Individual work
Team work
Whole group
6. Time management
Short activity (10-15 minutes)
Medium activity (20-30 minutes)
Long activity (1 hour or more)
Very long activity (1 day or more)
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