Teaching STEM with PhET Interactive Simulations

Traditional STEM teaching often relies on memorizing formulas and abstract concepts, which can leave students disengaged. By integrating interactive simulations into your curriculum, you can transform your classroom into an active science laboratory where students learn through exploration and discovery. This course guides you through the pedagogical strategies needed to facilitate meaningful, inquiry-based learning in math and science. You will transition from a traditional lecturer to an active learning facilitator, confident in your ability to guide student-led exploration. Learn how to select the right simulations for your curriculum, write effective guided-inquiry prompts, and structure lessons that promote deep conceptual understanding. Understand the core principles of active learning and inquiry-based STEM pedagogy. Navigate the PhET library to identify the best simulations for your specific learning objectives. Design structured activity sheets that scaffold student discovery without giving away the answers. Integrate simulations seamlessly into in-person, hybrid, or remote learning environments. Facilitate productive whole-class discussions and peer instruction using interactive demonstrations. Assess student progress and conceptual growth through formative, inquiry-focused evaluation techniques. The course begins with foundational concepts in active learning theory before moving into practical lesson planning, activity design, and real-world facilitation strategies. This course is designed for K-12 teachers, STEM educators, and homeschooling parents who want to make math and science come alive, with no prior experience with simulations required. Begin your journey toward creating a highly interactive and inquiry-driven STEM classroom today.