Focus: Students apply their scientific understanding of Earth's systems to design and justify an evidence-based solution that addresses the climate-related issue identified in Activity 1. Using data collected during their environmental investigation, students research sustainable design solutions, evaluate examples of environmental restoration, and develop a prototype that improves the school environment for people, plants and animals. This activity encourages students to apply scientific knowledge, creativity and critical thinking to solve an authentic problem.
Pedagogical strategies: PBL, collaborative learning, inquiry-based learning, design thinking, student voice and choice, multimodal learning, and guided planning.
Designing a Climate-Ready Solution
Design and Production: Research, Planning, Producing and Implementing
Time: Approximately 3-4 hours
Knowledge and Understanding
Students will develop an understanding of:
Sustainable design principles and how they can improve school environments.
The relationship between design choices and the health of Earth's systems.
How climate adaptation strategies, such as increasing shade, improving biodiversity and managing water, contribute to environmental sustainability.
The importance of considering the needs of people, plants and animals when designing sustainable environments.
Criteria and constraints that influence successful design solutions.
How innovation and design thinking can be used to solve real-world environmental problems.
Process and Production Skills
Task Outline:
Research and Planning
Students:
Analyse the information collected during Activity 1.
Watch the BTN Generation Restoration video to investigate how young people are restoring environments and addressing environmental challenges.
Research sustainable school design solutions.
Compare different solutions.
Develop design criteria and identify project constraints.
Plan a solution that addresses the identified school climate issue.
Producing and Implementing
Students:
Brainstorm multiple design ideas individually and collaboratively.
Select the most suitable design based on evidence gathered during their investigation.
Create annotated design sketches, digital designs or models.
Label features of their design and explain how each component improves Earth's systems.
Prepare a design proposal that justifies how their solution improves the school environment.