Designing Transdisciplinary Science Learning Experiences

Moving past standard lectures and isolated lab exercises requires careful planning to create truly meaningful science education. Educators often struggle to connect scientific concepts across different subjects and integrate practical, real-world relevance. This course provides a structured framework for designing and implementing project-based learning (PBL) units centered on natural sciences. You will learn foundational curriculum design principles necessary to build cohesive, transdisciplinary experiences that engage learners and promote deep, applied knowledge. What you'll learn: * Understand the core principles of transdisciplinary learning and how it differs from multidisciplinary approaches in science education. * Design project frameworks that seamlessly integrate concepts from physics, chemistry, biology, and mathematics into a single cohesive unit. * Apply backward design principles to define clear learning outcomes and essential questions for complex, open-ended projects. * Develop effective assessment strategies for evaluating process skills, collaboration, and deep conceptual understanding in PBL environments. * Practice integrating accessible educational technology tools and resources to support project research and presentation. The course begins with defining key educational terminology and exploring foundational curriculum models. We then move step-by-step through the process of project ideation, resource planning, and developing detailed implementation guides suitable for any educational setting. This course is designed for educators, curriculum developers, and trainers who are new to designing transdisciplinary or project-based learning units. No prior experience in advanced curriculum design is required. Start building innovative and impactful science learning experiences today.