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 The School Makerspace guide explains the different types of makerspaces and the tools commonly used by students, including 3D printers, robotics kits, coding platforms, electronics, craft materials, design tools, and other STEM resources. Students can participate in activities that encourage experimentation, creativity, collaboration, engineering thinking, and problem-solving. Instead of simply learning theoretical concepts, students have opportunities to build, test, improve, and present their own ideas.A well-designed School Makerspace can support project-based learning across subjects such as science, mathematics, technology, engineering, art, and design. Students can develop valuable skills including critical thinking, communication, teamwork, creativity, innovation, and resilience. Makerspace activities also encourage students to learn from mistakes and approach challenges with a growth mindset, helping them become more confident and independent learners.