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Interdisciplinary STEM projects connect science with mathematics and technology by combining concepts from different subjects to solve a practical problem. For example, students can design a smart irrigation system by learning about plant science, calculating water requirements using mathematics, and using sensors and coding to automate the system. They can collect data, create graphs, test their designs, and make improvements based on their results. This approach helps students understand that STEM subjects are interconnected and shows how knowledge from different areas can be applied together to develop practical solutions.