Designing STEM Activities with PhET Simulations

Integrating interactive tools into STEM lessons can transform how students grasp complex science and math concepts. This course guides educators in translating the power of PhET simulations into structured, highly effective classroom activities. You will learn to move beyond passive demonstration and instead build guided-inquiry lessons that encourage students to explore, form hypotheses, and discover scientific principles. By aligning simulations with pedagogical best practices, you will create lessons that foster critical thinking and deep conceptual understanding. What you'll learn: - Understand the core principles of inquiry-based learning and how they apply to interactive simulations. - Design structured activity sheets that guide student exploration without over-directing their steps. - Apply Universal Design for Learning guidelines to ensure simulation activities are accessible to diverse learners. - Integrate simulations seamlessly into existing science and mathematics curricula across different grade levels. - Facilitate active-learning discussions based on data and patterns students observe during simulation play. Starting with foundational concepts of active learning and simulation pedagogy, the course guides you through step-by-step frameworks for lesson planning. You will read through practical design strategies, analyze sample activity prompts, and practice drafting your own inquiry-based STEM lessons. This course is designed for primary, secondary, and higher-education teachers, as well as curriculum developers who are new to designing activities with PhET simulations. No prior experience with simulation-based lesson design is required. Start designing interactive, student-centered STEM lessons today.