Designing STEM Lessons with PhET Interactive Simulations

Capturing student interest in science and mathematics requires more than traditional lectures and static textbooks. PhET interactive simulations offer a powerful way to make abstract STEM concepts visible, intuitive, and highly engaging. In this course, you will learn how to design and implement effective, inquiry-based activities around these versatile digital tools. You will transition from simply showcasing simulations to creating structured, active learning experiences that guide students to discover scientific and mathematical principles on their own. What you'll learn: - Understand the foundational pedagogy of inquiry-based learning and active student exploration. - Navigate the simulation library to select the most effective tools for your specific curriculum goals. - Design guided-inquiry activity prompts that scaffold student discovery without giving away the answers. - Integrate simulations seamlessly into diverse teaching environments, including blended, remote, and traditional classrooms. - Apply inclusive design and digital accessibility best practices to ensure all learners can participate. - Evaluate student conceptual understanding using modern formative assessment strategies. The course begins with core pedagogical definitions and a walkthrough of the simulation features before guiding you step-by-step through the process of writing, structuring, and refining your own activity plans. This course is designed for K-12 educators, STEM tutors, and instructional designers who are new to PhET or want to elevate their lesson design, with no prior technical experience required. Start designing interactive and impactful STEM experiences for your students today.