to Friday, May 30, 2025 12:48 PM
Lascaris Georgia ( 2nd-3rd Primary School of Nea Erythraia )
Open in-person activity
Greek
Ψαρών 1, Νέα Ερυθραία, Ελλάδα
Fifth-grade E1 class students (ages 10–11) are creating automation projects using the Arduino-based microcontroller S1-ARD:icon. In this course, they will learning how to program servo motors to build automated systems. Team 1 will create a gate that opens when the a car or person is detected, allowing them to pass through.
They use MIND+ block coding platform with the
- ARDUINO UNO extension
- Greek S1 extension from STEM EDUCATION.
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Primary school
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Basic programming concepts
Robotics
Playful coding activities
Art and creativity
Visual/Block programming
Longitude: 23.812836
Latitude: 38.095587
Geoposition: 38.095587,23.812836
Nearby upcoming activities:

Servo - fly to the moon (2PS- E2 team1)
Fitht-grade E2 class students (ages 10–11) are creating automation projects using the Arduino-based microcontroller S1-ARD:icon. In this course, they will use servo motors to build automated systems. Team 1 will move a space rocket from Earth to the Moon and back the yellow button is pressed.
This activity is an interdisciplinary activity part of the "From Mythology to Space" project.
They are using the MIND+ block coding platform along with:
-the Arduino UNO extension
-the Greek S1 extension from STEM EDUCATION

Servo - Open a rocket door (2PS- E2 team2)
Fitht-grade E2 class students (ages 10–11) are creating automation projects using the Arduino-based microcontroller S1-ARD:icon. In this course, they will use servo motors to build automated systems. Team 2 will create an automation that opens the rocket door when a button is pushed.
This activity is an interdisciplinary activity part of the "From Mythology to Space" project.
They are using the MIND+ block coding platform along with:
-the Arduino UNO extension
-the Greek S1 extension from STEM EDUCATION

R2-ROBOT avoiding obstacles (2PS-E1)
Fifth-grade E12 class students (ages 10–11) are creating robotic projects using the Arduino-based microcontroller and the R2-ARD:icon robotics kit. In this course, they will learn to control a robotic car and program it to avoid obstacles. The car should detect an obstacle and smoothly maneuver around it, then continue moving in the original direction.
This activity is an interdisciplinary activity part of the "From Mythology to Space" project.
They are using the MIND+ block coding platform along with:
-the Arduino UNO extension
-the Greek S1 extension from STEM EDUCATION