Project-Based Learning with Physical Computing

Inspire creativity and problem-solving in your learners by connecting abstract concepts to tangible experiences. Physical computing offers a powerful way to engage students, and project-based learning provides the ideal framework for meaningful exploration. This course will equip you with the foundational knowledge and practical strategies to confidently design and facilitate impactful physical computing projects, fostering innovation and critical thinking skills in any learning setting. Learn to: * Understand the fundamental principles of physical computing and its pedagogical value. * Design compelling project-based learning (PBL) challenges centered around physical computing. * Learn to introduce accessible physical computing platforms and basic block-based programming concepts. * Apply effective facilitation techniques to guide learners through the project lifecycle, from ideation to iteration. * Explore strategies for fostering creativity, collaboration, and problem-solving in a PBL environment. * Develop methods for assessing learner progress and project outcomes in physical computing. The course begins by establishing a strong theoretical foundation in both physical computing and project-based learning, then transitions into practical application through structured project design and facilitation techniques. You will read explanations and practice applying concepts through written exercises. This course is for beginner educators, instructors, and facilitators who wish to introduce physical computing into their curriculum using a project-based learning approach. No prior experience with physical computing or advanced technical knowledge is required. Start empowering your learners to build and innovate with physical computing today.