Students will collaboratively investigate different biomes, identify ecological and mathematical constraints, and formulate essential questions to guide their exploration and model design.

Students will collaboratively brainstorm biome elements affecting ecological succession and biodiversity, visualize their ideas with concept maps, and explore creative model-making techniques to inspire their scale model designs.

Students will select specific biomes, research key factors affecting biodiversity and ecological succession, and draft detailed plans for their model designs to strategically prepare for constructing and exhibiting at the Eco-Market Fair.

Students will construct and refine prototype biome models using their plans and imaginations as guides, integrating elements of ecological succession and biodiversity, and prepare to test their models' functionality and educational impact.

Students will conduct experiments on their biome models to test various ecological hypotheses, validating the authenticity and functionality of the elements of biodiversity and ecological succession included, using feedback from peers for refinement across three focused sessions.

Students will collaborate to refine their biome models using expert feedback, integrating innovative approaches to enhance ecological accuracy and incorporating elements of biodiversity and ecological succession, while preparing their projects for presentation at the Eco-Market Fair.

Students will present their final biome models at the Eco-Market Fair, explaining their design and choices based on ecological processes, while reflecting on their learning journey and personal growth through interactive feedback and sharing at a 'gallery walk' session.