Building the Foundation

Overview

In this 45-minute lesson, students in Years 0-4 will begin constructing the base of their recycled technology projects. This lesson builds on previous design work and focuses on applying their design briefs to start assembling chosen materials. Key areas include exploring stability and functionality through hands-on construction, fostering creativity, collaboration, and problem-solving aligned to the New Zealand Curriculum Refresh (2023).

Curriculum Alignment

Learning Area: Technology

Strand: Technological Practice and Technological Knowledge
Progress Outcome Levels: Level 1 (years 0–4)
Achievement Objectives:
- Technological Practice:
  - Develop simple plans to guide technological practice considering materials and tools (AO: Plan for practice)
  - Use a variety of materials and tools to construct a technological outcome (AO: Technological practice)
  - Explore and describe how technological outcomes meet intended purposes (AO: Outcomes meet purpose)
- Technological Knowledge:
  - Recognise effects of using materials in technological outcomes (AO: Material properties)
- Nature of Technology:
  - Understand that technologies require careful planning and can be developed for specific purposes (AO: Technological development)

Key Competencies:

Thinking: Applying design briefs and testing material choices for function and stability.
Using language, symbols and texts: Communicating progress and observations.
Relating to others: Collaborating in small groups and sharing tools and ideas.

Learning Objectives

By the end of this lesson, students will:

Identify and select appropriate recycled materials to form a stable base for their project.
Begin constructing their project base, demonstrating attention to stability and functionality.
Use tools and materials safely and effectively.
Discuss and reflect on how their construction meets their design brief.
Collaborate with peers, sharing ideas and problem-solving.

Resources and Materials

Recycled materials: cardboard, plastic containers, bottle caps, fabric scraps, etc.
Child-friendly scissors, glue sticks, masking tape, sticky tack.
Safety equipment: goggles, aprons.
Design briefs from previous lessons.
Visual examples/photos of stable bases (e.g., broad flat bases, tripod shapes).
Whiteboard and markers for instructions and reflection.
Cameras/tablets (optional) for documenting progress.

Lesson Structure

1. Introduction and Setting the Context (5 minutes)

Gather students in a circle and briefly recap previous lessons about their recycled creations and design briefs.
Introduce today’s focus: building the foundation/base of their projects, emphasizing the importance of stability and supporting the whole structure.
Show visual examples of stable bases and invite students to share what they notice about them (broad, flat, balanced).

Curriculum focus: Engaging prior knowledge (Plan for practice, Technological development).

2. Group Discussion and Planning (5 minutes)

In pairs or small groups, students discuss materials they will use to make their base.
Prompt with questions:
- What materials would make a strong base?
- How can we arrange materials so the base doesn’t fall over?
Teacher supports with asking open-ended questions and scaffolding understanding of material properties.

Curriculum focus: Thinking and relating to others (Technological knowledge and practice).

3. Practical Construction Activity (25 minutes)

Students begin assembling their bases using selected materials.
Encourage testing stability by gently pressing or tilting their bases.
Teacher circulates providing guidance on tool use and material joining methods.
Emphasize safe handling of scissors and adhesives.
Suggest modifications if a base is unstable; encourage persistence and trial-and-error.

Use “Think-Pair-Share” to reflect periodically on construction and problem solving.

Curriculum focus: Using tools, materials and applying plans (Technological practice), collaborative work, risk-taking in design.

4. Sharing and Reflecting (7 minutes)

Students show their bases to a partner or small group, explaining how their base supports their design brief.
Teacher facilitates group reflections highlighting:
- What worked well?
- What challenges did you have?
- How did you solve those challenges?
Briefly document examples of student work for ongoing assessment.

Curriculum focus: Using language to communicate and reflect (Technological practice and knowledge).

5. Conclusion and Next Steps (3 minutes)

Recap key learning: Importance of a strong base for their project’s success.
Preview the next lesson focus on adding the next layers or features to their projects.
Encourage students to tidy their workspace carefully.

Assessment

Formative assessment:
- Observation of participation and use of tools and materials.
- Teacher questioning during group work to assess understanding of stability and design.
- Student explanations during sharing reflecting comprehension of design brief alignment.
Evidence of learning:
- Student-constructed bases that display intentional choices for stability and functionality.
- Oral communication of design decisions and problem solving.

Differentiation and Inclusion

Provide additional scaffolding for those who need support in manipulating materials or understanding stability concepts, for example, pair with a buddy or use adapted tools.
Allow more confident students to experiment with more complex base shapes or use additional materials.
Use visual supports and clear step-by-step instructions for all learners.

Notes for Teachers

Encourage an atmosphere where ‘having a go’ and learning by trial is celebrated.
Maintain a safe environment with clear expectations for tool use.
Connect construction experiences to students’ everyday knowledge and encourage them to relate building to real-world examples (e.g., why do tables have four legs?).
Use te reo Māori where possible to support bicultural learning, eg: “turanga” (foundation), “pakari” (strong).

This lesson plan aligns closely with the New Zealand Curriculum Refresh (2023) for Technology at Level 1, supporting students to develop foundational technological practice, knowledge, and the use of appropriate tools and materials in meaningful contexts .

If you need further support or ideas for making digital or visual resources for this lesson, I can help create these!

Teaching Instructions