Year Group

Years 7–8

Duration

60 minutes

Class Size

25 students

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Unit Context

This lesson is the fifth in an eight-lesson unit titled Exploring Rhythms and Sounds. It introduces students to Chrome Music Lab — an interactive online resource that links music with math and science, fostering creativity in music-making.

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Curriculum Links

The Arts: Music (New Zealand Curriculum Refresh)

• Achievement Objective:
• Develop skills in creating, interpreting, and presenting music using rhythmic and sound explorations.
• Understand connections between music, mathematics, and science as part of the creative arts process.

Key Competencies:

• Thinking: Exploring and experimenting with sounds, patterns, and digital tools.
• Using language, symbols, and texts: Understanding and using musical notation and digital music interfaces.
• Managing self and relating to others: Collaborating during shared music creation and responding constructively.

Cross-curricular links:

• Mathematics and Statistics: Recognise and use patterns — rhythmic sequences and beat divisions.
• Science: Explore sound waves, pitch, and frequency through interactive tools.

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Learning Objectives

By the end of this lesson, students will be able to:

1. Navigate and explore basic tools within Chrome Music Lab, focusing on rhythm and sound experiments.
2. Identify how music can illustrate mathematical patterns and scientific sound properties.
3. Creatively compose or modify short rhythmic patterns using digital tools.
4. Reflect on their musical explorations and describe connections between rhythm, math, and science concepts.

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Resources Required

• Tablets or computers with internet access (one per student or shared pairs)
• Projector for whole-class demonstration
• Headphones (optional, to minimise distractions)
• Whiteboard and markers
• Printed reflection sheets/journals

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Lesson Structure

1. Introduction (10 minutes)

• Welcome students and briefly recap previous lessons on rhythms and sounds to build continuity.
• Use the projector to demonstrate Chrome Music Lab’s interface, highlighting the rhythmic and sound-related tools (e.g., Rhythm, Song Maker, Sound Waves).
• Briefly discuss how music and maths overlap via patterns, timing, and sequences; and how science helps us understand sound properties like pitch and vibration.

2. Exploration Activity (20 minutes)

• Students work individually or in pairs exploring the Chrome Music Lab tools. Encourage them to try:
• Creating rhythmic patterns using "Rhythm" and "Song Maker."
• Modifying sound waves to hear changes in pitch and tone.
• Teachers circulate to support students, ask probing questions, and encourage thinking about how rhythms relate to mathematical patterns (e.g., repeating sequences, fractions of beats) and scientific concepts (e.g., how frequency affects pitch).

3. Creative Composition (15 minutes)

• Challenge students to create a short rhythm or musical phrase using the app that shows:
• A clear rhythmic pattern (e.g., use of beats and rests).
• A creative element like layering sounds or changing pitches.
• Encourage experimentation and personal expression.
• Some students can share their compositions via the projector or headphones.

4. Reflection and Discussion (10 minutes)

• Gather students for a whole-class discussion:
• What did you notice about the rhythms and sounds you created?
• How do you think maths helped in making your music?
• What science ideas about sound did you observe?
• Prompt students to complete a brief reflection journal entry about their experience, noting one new thing they learned about music, maths, or science.

5. Wrap-up and Next Steps (5 minutes)

• Summarise key learning points, emphasising the interconnections of music with maths and science and the creative possibilities of digital tools.
• Prepare students for the next lesson in the unit, which will deepen their exploration of rhythm through physical and digital composing.

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Assessment Suggestions

• Formative: Observe students as they explore and create in Chrome Music Lab, noting their ability to manipulate rhythm and sound tools and make connections to maths and science patterns.
• Reflection Journals: Collect and review students’ written reflections to assess their understanding and engagement.
• Peer Sharing: Use presentations of student compositions to facilitate peer feedback, focusing on creativity and demonstrated rhythmic understanding.

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Inclusive Teaching Strategies

• Provide clear step-by-step instructions and visual guides for digital tool navigation.
• Use paired or small group work to support collaborative learning and peer assistance.
• Allow students to express creativity in diverse ways—musically, verbally, or visually through drawing or writing about their music.
• Employ formative questions tailored to various learning needs to scaffold understanding.

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Teacher Notes

• Prior familiarity with basic computer or tablet operation helps; consider a brief digital skills warm-up if needed.
• Emphasise that there is no ‘right’ or ‘wrong’ in creative music-making to foster a positive, confident learning environment.
• Encourage students to experiment boldly and support risk-taking.

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This lesson fosters an integrated understanding of arts, mathematics, and science as interconnected disciplines, in keeping with the holistic and knowledge-rich approach of the New Zealand Curriculum Refresh. It encourages students to develop critical thinking, creativity, and digital literacy, aligning well with the key competencies and learning area principles outlined for years 7–8.

End of plan