Computer Science

Learning robots with team spirit

eXperiBot Smart Team

Use the eXperiBot Smart Team – a innovative learning robot set in your informatics lessons. Team spirit is encouraged through co-operating robots in three exciting and realistic scenarios - Smart Factory, Smart Recycling and Smart Farming.

Within Smart Team, students have four co-operating robots at their disposal in each scenario, which work together to master various tasks. The level of difficulty of the scenarios can be customised by assigning additional tasks to the individual robots.

Working with the Smart Team trains far more than just digital skills. Critical thinking, finding creative solutions, real collaboration and communication are prerequisites for the eXperiBot educational robots to fulfil their respective tasks and get the factory, recycling and farm up and running together. Team spirit is required here!

A red case contains a variety of experimental materials, including components in different colors and shapes, as well as mechanical elements. This collection is ideal for hands-on learning activities in educational settings.
A red case contains a variety of experimental materials, including components in different colors and shapes, as well as mechanical elements. This collection is ideal for hands-on learning activities in educational settings.
The image shows a red suitcase filled with various experiment materials, as well as a colorful playing field with road patterns and QR codes. The suitcase contains components for hands-on experiments designed to support learning in educational settings.
The image shows various experimental components in a red foam tray. Red and white components with symbolic labels are visible, likely used for physics experiments in educational settings.
The image shows part of a poster or design featuring the "eXperiBot Smart Team" logo in a modern font. The background is soft, while the logo is designed in striking colors to create a strong visual presence.
The image shows a sturdy, red storage box filled with foam and containing various experimental building blocks. The building blocks are designed in various shapes and colors, presumably for educational use.
The image shows a transparent box with many small white building blocks neatly arranged on a foam base. Also visible are several colored plates and rubber tires, part of an educational experiment kit.
The image shows a colorful play mat with a branching road layout and several stations marked with numbers and QR codes. Model vehicles are placed on the mat, suggesting an interactive learning environment.
The image shows a toy vehicle made of modular building blocks, placed on a play mat with a track. The math is colorfully designed and features various symbols and QR codes that can be used for experiential learning.
The image shows a scene from an educational toy consisting of modular building blocks representing a robotic arm and a vehicle. The robotic arm grasps a green block while the scene unfolds on a colorful, playful game board.
The image shows a construction made of modular building elements that serves as a robotic arm and is positioned on a colored surface. This combination of technology and guidance is ideal for educational experiments.
The image shows a play mat with a road layout, on which various stations and colored blocks are placed. Two robot vehicles made of building blocks are positioned on the mat, ready to explore the route.

item number 72631

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Programming with the eXperiBot Blockly app

  • The eXperiBot Blockly app from Cornelsen Experimenta is the visual code editor that brings programming to life with eXperiBot educational robots.
  • Specially developed for school lessons, the app provides pupils in grades 5 up to the A-levels with an exciting introduction to the world of programming.
  • By dragging and dropping the graphical code blocks, programming can be learnt easily and intuitively.
  • Different learning levels allow a didactic reduction to suit the respective level of knowledge of the pupils.
  • The simple choice of language encourages interdisciplinary teaching - programming can be carried out in German and English.
  • The programmes can be displayed in block view or in Python, i.e. the app is also suitable for use in higher classes.

 

The set includes

  • Game plan
  • Comprehensive teaching materials 
  • Instructions and tasks for students
  • All building blocks and robot modules for building all necessary robot models 

Technical specifications

Powerbrain
Operating life: sufficient for several teaching units or one project day.
With uninterrupted use with utilisation of all power-consuming modules, the useful life is approx. 3 hours.

Operating systems
Windows, macOS, Android, iOS
Available in the app stores for Windows and macOS computers as well as Android and Apple tablets.