Springhurst Primary School in Victoria, Australia, received the Showcasing STEM award in the 2026 National Kitchen Garden Awards. The school has only seven students, and its garden had been badly damaged by a heatwave before the students began rebuilding it.

The students approached the garden as a design problem. They reused fallen branches to create plant supports and developed a water-wicking system to help deliver moisture more effectively. The solutions were small, but they responded to real constraints: heat, limited materials, and the need to keep plants alive over time.

A garden can make STEM visible because students can observe the results of a decision. A support structure either holds a plant or it does not. A watering method either reaches the roots or loses water somewhere else. Students can change one variable, record what happens, and improve the design without needing a large laboratory.

The project also connects engineering with biology. Students have to understand what plants need, but they also have to consider structure, flow, materials, and maintenance. That combination helps show that environmental science is not only about describing a problem; it can involve designing a response and testing whether the response is useful.

The school's size makes the story especially approachable. A STEM project does not require a large enrollment or an expensive machine to be meaningful. It requires a question that students can investigate, materials they can handle, and enough time to learn from the first version of their idea.

Source: The Guardian report on Springhurst Primary School's STEM garden

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