STEM Instruction with PhET Interactive Simulations

Modern STEM education requires more than just reading from a textbook; it needs dynamic ways to illustrate complex scientific and mathematical concepts. PhET simulations offer a powerful way to bring these ideas to life, even in traditional classroom settings. This course provides a structured approach to using these interactive tools to foster inquiry-based learning and deepen student comprehension across various educational levels. You will move from understanding the basic interface of these tools to mastering sophisticated instructional techniques that work in any classroom environment. By the end of this course, you will be able to facilitate active learning sessions that encourage students to think like scientists and mathematicians. What you'll learn: - Understand the foundational principles of inquiry-based STEM instruction. - Apply active learning strategies to facilitate whole-class discussions using simulations. - Identify key features of physics, chemistry, and math simulations to match lesson objectives. - Design effective inquiry-based questions to guide student exploration and discovery. - Practice integrating simulations into existing lesson plans for diverse classroom environments. - Implement modern pedagogical techniques such as Peer Instruction and Interactive Lecture Demonstrations. The course begins with core terminology and simulation basics before moving into specific instructional strategies and practical implementation techniques. You will read through detailed explanations of pedagogical frameworks and explore how to structure a lesson around an interactive model. This course is designed for educators at any level who are new to using interactive simulations in their STEM curriculum. No prior experience with specific simulation software or advanced technical skills are required. Start transforming your STEM lessons with interactive teaching strategies today.