LEARNING SCENARIOS
Available for Download
SOUND OF-IN RELIGIONS - RELIGION WORKSHOP
Learning Physics in an innovative way through Religion Education. Students connect physics, sound, music, and religious expressions as important cultural and social features that we all share.
(Şound, Religions, Music, Instruments, Dialog, Society, Crtitical thinking)
Nikolina Pavlović
MATHEMATICS OF THE SOUND WAVE -LEARNING SCENARIO
Students develop understanding of connection between sound, music and Mathematics. As they have learnt trigonometric functions and graphing sine and cosine functions, this learning scenario helps them understand connection between graph of sine function and sound.
(Mathematics, Sound, Wave, Ocilloscope, Music, Trigonometry, Sine)
Renata Pintar
DORA PEJAČEVIĆ - MUSICIAN (FIRST CROATIAN WOMAN COMPOSER)
Collecting data on Dora, processing data and sharing it, with an emphasis on her compositions. Film production – short video. Creating quizzes and online tasks.
Public presentation at the music school and concert.
(Composer, Music, History, Film, Women)
Dunja Irha-Baričević
RHYTHM AND BODY PERCUSSION WORKSHOP
Romana Borš-Mačak
Groups of 7-10 students design and perform a rhythm example (great
music periods in a four-hour measure and a pre-set tempo). Record a video of their rhythm and body percussion choreography.
Outcome: express yourself in a rhythm, participate in a group performance, devise a rhythm phrase, merge different rhythmic performances into a whole and understand how the differences complement each other, present the work as a video.
SOUND POLLUTION
Barbara Knežević, Marta Božić, Marina Međurečan
Using the IoT equipment package, create a device to measure noise level. Measure noise level at different locations in the city (city center, railway station, industrial zone, shopping centers, roads, city districts closer and further from the city center). You can also measure the noise level in school, especially during recess. The measurement results will be stored in .xls file. After processing and analyzing the measurements, make a 2D and 3D map of the noise of our city. For the 2D map you can use markers in 4 colors, and for a 3D map you can print flags in 4 colors using a 3D printer and place them on the city map.
(loT; Sound; Pollution; Noise; Measure, 3D printer)