Designing Resilience Solutions

Overview

This is lesson 4 of 5 in the Resilient Beach Life unit. Students work in teams to design a realistic action that could help beach plants or animals cope with harm, then communicate their solution through a labelled model, poster or digital presentation.

Learning intentions

• WALT propose a realistic action that could help beach plants or animals become more resilient.
• WALT use evidence about beach environments to explain how a solution could reduce harm.
• WALT work respectfully in a design team and communicate scientific ideas.
• WALT consider a possible limitation of a proposed solution.

Success criteria

• I can identify a problem affecting a beach plant or animal.
• I can suggest a realistic solution.
• I can explain how my solution reduces harm.
• I can describe one possible limitation or unintended effect.

Curriculum links

• Nature of Science: using scientific ideas to make decisions and communicate explanations.
• Living World: recognising how living things interact with and depend on their environment.
• Participating and Contributing: taking action and considering how choices affect people and the environment.
• Thinking: using evidence, questioning ideas and evaluating possible solutions.

Lesson structure (45 minutes)

1. 0–5 minutes – Reconnect and hook Open with the beach resilience hook and recap slides. Show a before-and-after beach image and ask: “What might happen if nesting areas are disturbed, dunes are damaged or plastic reaches the sea?” Briefly revisit learning from the previous lessons about beach plants, animals and threats. Introduce the WALT and success criteria in student-friendly language.

2. 5–10 minutes – Model the design process Use the problem-to-solution modelling slides to model one example, such as protecting a shorebird nesting area. Think aloud: identify the problem, propose an action, explain how it reduces harm, and name a limitation—for example, signs may be ignored or access may need to change. Emphasise that a strong solution is realistic, helpful and considerate of people as well as wildlife.

3. 10–14 minutes – Explain teamwork and choices Establish respectful group roles: facilitator, resource manager, recorder or scribe, and presenter. Explain that roles can be shared and that every idea should be heard before the team decides. Give each team of four or five a design brief and distribute the beach resilience design brief and planning sheet. Teams choose one focus: protecting nesting areas, restoring dunes with native plants, reducing plastic, or managing access.

4. 14–30 minutes – Team design challenge Teams complete the planning sheet and create a labelled model, poster or digital presentation. They must show the beach problem, their proposed action, who or what it helps, how it reduces harm, and one limitation. Circulate and question: “What evidence from our unit supports this idea?” “Would it work in real life?” “Who might need to be involved?” Refer students to the design steps and solution examples as needed.

5. 30–39 minutes – Share and receive feedback Teams present briefly—approximately one minute each, with several teams sharing if time is limited. Class members listen for the four success criteria and give one specific strength or question. Use the presentation prompts and feedback slide to maintain focused, respectful responses.

6. 39–45 minutes – Evaluate and reflect Return to the reflection and self-assessment section. Students complete: “Our solution reduces harm by…” and “One limitation is…”. Invite a few students to share. Summarise that resilience solutions often involve trade-offs and require cooperation, observation and ongoing improvement. Explain that lesson 5 will involve reviewing and improving the unit’s ideas.

Resources

• the beach resilience hook and recap slides
• the beach resilience design brief and planning sheet
• Device or paper for each team’s chosen presentation format
• A3 paper or poster card
• Pencils, coloured pencils, rulers and felt pens
• Recycled materials for simple models
• Scissors, glue and sticky notes
• Optional speech-to-text or recording tools
• Images or brief notes from earlier unit lessons

Assessment

• Observe team discussion and use questioning to assess whether students connect a problem, solution and reduction of harm.
• Check each design for a clearly labelled problem, realistic action, explanation of benefit and possible limitation.
• Use the self-assessment to identify students who can evaluate solutions and those needing support before the final lesson.

Differentiation

• Provide solution examples, picture prompts and a step-by-step planning sheet with one idea per box. Pre-teach key words such as resilient, habitat, harm, restore and limitation using visuals.
• Use deliberate, supportive groupings and explicit role cards. Offer adult or peer scribing, oral responses, speech-to-text, rehearsal time and reduced written output.
• For dyslexic learners, use the visual planning board, short read-aloud instructions, audio resources, uncluttered text and the option to present orally or through a model.
• For the student with Down syndrome, provide a predictable sequence, a first–then prompt, concrete materials, a choice between two focus problems, repeated modelling and a supported speaking role. Check understanding privately and celebrate contribution rather than speed or writing volume.

Extension

• Evaluate two possible solutions using impact, feasibility, cost and effects on people. Students can recommend one solution and justify why it is the better choice, while acknowledging what further information would be needed.