Our eTwinning title in Morse Code

Our eTwinning title in Morse Code

From Monday, November 7, 2022 8:00 AM
to Friday, November 25, 2022 4:00 PM

145ο Νηπιαγωγείο Αθηνών

Open in-person activity

nipiagogaki@hotmail.gr

Greek

Tralleon, 111 42, Athina, GRC

The activity is part of the eTwinning project "The World We Want noW -The 4 Ws". It is a simple and funny unplugged activity for preschoolers.

During the activity students will:

•Understand in an experiential way sequencing and computational thinking

•Familiarize with the concept of coding and decoding

•Make their first step in coding in a funny and playful way

The idea of the activity was the pupils to realise that apart from the Greek and English alphabet there are other alphabets too. One of them is  a secret alphabet  called Morse Code. Pupils found very interesting the activity of writing the letters of our eTwinning project  "THE FOUR WS", trying to match each letter with the corresponding Morse signal. Athough in the beginning it was a little difficult for them to understand the correspondence between letters and signals , later  they were very excited and they had  fun to create this secret code to such an extend that  in the last days they like to write   their names  in Morse Code and discover a new way of communication as they try to read each other's name .

    Pre-primary education
    Unplugged activities

Longitude: 23.74189
Latitude: 38.024885
Geoposition: 38.02488500626055,23.741889984226745

Nearby upcoming activities:

Computer Gaming and AI
Mon, Sep 30, 2024 11:32 AM

αφορά την ανάπτυξη παιχνιδιών με χρήση της τεχνητής νοημοσύνης (AI)

Morse code
Tue, Oct 8, 2024 1:47 PM

Secret message for Primary school, Secondary school, Pre-primary education and High school students.

When Cardboard Comes to Life: Pollinators, Robotics, and Machine Learning (2PS- E2)
Tue, Apr 1, 2025 12:20 PM

Students of the 5th grade will use  Google Teachable Machine to create and train a ML model to recognize flower colors (purple, red, and yellow). They then will import the model into PictoBlox and programmed servo motors connected to an Arduino-based microprocessor to move a cardboard bee and a cardboard butterfly based on the color recognized by the camera.

The main goal is to raise awareness about the role of bees and butterflies as pollinators, while also encouraging student interest in technology and programming.

Microprocessor: S1 Arduino-based, Polytech

Google Teachable Machine