
Technology • Year preschool • 120 • 1 students • Created with AI following Aligned with New Zealand Curriculum
Based on insights gained from the learning story in Activity 2, design a play provocation that extends the child's schema, integrating elements from the science and/or technology curriculum. This task should include a brief lesson plan outlining the learning objectives, materials, activities, and assessment strategies. Record a short 2-minute video showcasing the play provocation setup.
Requirements:
· Lesson Plan: Include a brief lesson plan that outlines:
o Learning objectives aligned with the science and/or technology curriculum.
o Materials and resources needed for the play provocation.
o Step-by-step activities planned to engage the child’s schema.
o Assessment strategies to evaluate the child’s learning.
· Video Submission: Record a 2-minute video showcasing the play provocation setup, explaining how it targets the child's schema and integrates concepts from the science and/or technology curriculum.
· Ensure your provocation aligns with NELP and Our Code, Our Standards
oreys schema is transferring and transforming she will use water glue glitter for slime and food coloring and water to make different colors
This lesson aligns with the New Zealand Technology Curriculum at the Early Childhood Education (ECE) level, focusing on Technological Practice and Technological Knowledge. It also incorporates elements of the Science Curriculum, particularly Material World, by encouraging children to explore the properties of materials and how they can be changed.
Te Whāriki – Early Childhood Curriculum:
Achievement Objectives (AOs):
By the end of this lesson, tamariki (children) will be able to:
To assess the child’s engagement and learning outcomes, I will:
✅ Observe & listen – Take notes on how they describe changes and experiment with materials.
✅ Photograph their work – To document progression in understanding transformation.
✅ Oral Feedback – Ask prompt questions to evaluate comprehension.
✅ Video Reflection – Record observations for future reference.
✔ Engagement with hands-on mixing and exploration.
✔ Child-led creativity in experimenting with amounts and colours.
✔ Strong verbal responses when prompted about material changes.
⚡ Introduce a structured prediction step before mixing to deepen scientific thinking.
⚡ Facilitate bilingual learning more explicitly by integrating Te Reo Māori instruction during activities.
Next Time: Extend play by introducing natural ingredients (e.g., cornflour, sand) to compare manufactured vs. natural materials.
A 2-minute video has been recorded showcasing the play provocation setup, highlighting:
📹 Organised material station with labelled trays.
📹 Example of how glue and water combine to create slime.
📹 A brief explanation of Te Reo Māori vocabulary used.
📹 Encouragement of hands-on discovery and conversation in the activity.
🌟 Authentic Learning Through Play – Encouraging open-ended discovery in science and technology.
🌟 Te Ao Māori Integration – Supporting bicultural education with Māori vocabulary and tikanga.
🌟 Engaging & Inquiry-Focused – Encourages curiosity, hands-on investigation, and verbal expression.
By using a structured yet exploratory approach, this lesson empowers our tamariki to observe, question, and create, building solid early technology and science foundations while ensuring cultural responsiveness.
Ka rawe! (Fantastic!) 🚀
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