Designing STEM Lessons with PhET Interactive Simulations

Bringing abstract science and math concepts to life can be a major challenge in modern classrooms. Using interactive simulations effectively requires more than just letting students play; it demands structured, purposeful lesson design. This text-only course guides you through the process of planning, structuring, and facilitating impactful STEM activities using PhET simulations. You will learn to transform passive lectures into active, inquiry-based learning experiences that foster deep conceptual understanding. What you'll learn: - Understand the foundational principles of inquiry-based learning and active learning strategies. - Navigate the simulation library to select the right tools for your specific curriculum goals. - Design structured activity sheets and guiding questions that facilitate student-led discovery. - Apply scaffolding techniques to support diverse learners and promote inclusive digital education. - Integrate simulation activities seamlessly into both in-person and remote classroom environments. - Evaluate student conceptual understanding through formative assessment strategies aligned with STEM standards. This course begins with core definitions of active learning and simulation pedagogy, then moves step-by-step through lesson design, activity sheet creation, and classroom facilitation strategies. Designed for K-12 science and math teachers, educators, and instructional designers new to simulation-based teaching, this course requires no prior experience. Start designing interactive, inquiry-driven STEM lessons that inspire your students today.