Portal STEM Education

At the moment there is a focus on the use of the Ministry’s equipment. To this end, cables are being created with which sensors can work with as many boards as possible, the STEM Extension with which we can program S1 & S2 with Mind+, Lego type building materials, Supporting materials with related lessons and books and suggestions. Seminars have been started to make use of the equipment available in schools.

The preparation of the Panhellenic Competition is in progress, for which the registration form for teams, information, the webinars for teachers’ preparation, etc. can be found here.

Skills Workshops
Engineering
Programming
Physical Science
Design & Technology
1821
Equipment (Greek Ministry)
Books
Best Practices
Tips & Extensions

We can design our own knowledge and skills path.

Starting from what I am and where I want to go, we end up going through similar educational material, which is available in the [Repository] and in the [Repository structure] that is organised to facilitate this journey.

Good navigation.

Annual Program: AI Lab Mate [EN]

About Course

In this program, 5 and 6th-grade students take on the role of young engineers who design and build robotic assistants for scientists. Through a cross-curricular and practically-oriented scenario, children actively participate in a series of educational activities where each mission is linked to the needs of a different scientific field.

Students work in teams to create mechanical constructions that serve as scientific assistants, such as for a chemist researching solutions, a physicist requiring field measurements, or a doctor needing a medication reminder device. These robotic assistants are not simple structures—they are programmed, react to sensors, communicate via LED or sound, and often “learn” to adapt to stimuli.

The emphasis is placed on the application of technology within scientific contexts, boosting both student imagination and the understanding of the role science and engineering play in solving real-life problems.

 

Tools We Use:

  • Micro:bit microcontrollers: Students learn to program in a simple and understandable way, using sensors, LED screens, buttons, and radio communication.
  • Building-block type construction materials: These allow for the modular creation of robotic forms, mobile systems, and simple mechanisms.
  • 3D design and printing: Students design simple components to expand their constructions or incorporate functional and aesthetic elements.
  • Sensors and simple optical systems (AI cameras): An introduction to the concept of image recognition and interaction with environmental data.
 

Student Benefits:

  • They develop technological literacy from a young age.
  • They understand the function of sensors, control systems, and programmed commands.
  • They activate their imagination and produce original, functional constructions.
  • They participate actively in learning processes that build confidence in their abilities.
  • They engage naturally with concepts of science, engineering, and artificial intelligence.
  • They are inspired by the example of scientists and view knowledge as a tool for change.

Here you will find the parts list.

Show More

Course Content

Robotic Laboratory Assistant Part A’

  • Teacher’s Guide
  • Worksheet
  • Presentation
    00:00

Robotic Laboratory Assistant Part B’

Sensorts And Measurements Part A’

Sensorts And Measurements Part B’

Distance Measurement and AI Camera Part A’

Distance Measurement and AI Camera Part B’

Measurements of Physical Quantities and Radio Part A’

Measurements of Physical Quantities and Radio Part B’

Sampling and Remote Control Part A’

Sampling and Remote Control Part B’

Machine Learning Part A’

Machine Learning Part B’

Student Ratings & Reviews

No Review Yet
No Review Yet
wpChatIcon
wpChatIcon

Want to receive push notifications for all major on-site activities?