Brain-Based Teaching: How Learning and Memory Work

Ever wonder why some lessons stick with students while others are quickly forgotten? The key lies in understanding the fundamental processes of how the human brain learns and builds lasting memories. This course demystifies the neuroscience behind learning, equipping you with a foundational understanding of the cognitive processes your students use every day. You'll learn to apply these principles to your lesson planning and teaching methods, creating a classroom environment that fosters durable knowledge and deeper comprehension. What you'll learn: - Understand the fundamental mechanics of how the brain forms, stores, and retrieves memories. - Learn the differences between short-term, working, and long-term memory and their roles in learning. - Apply principles of cognitive load to design clearer, more effective instruction for your students. - Explore how factors like attention, emotion, and sleep directly impact a student's ability to learn. - Develop practical strategies using active recall and spaced repetition to promote lasting retention. - Recognize common neuromyths and learn to base your teaching practices on evidence-based science. - Practice adapting teaching methods to align with key stages of brain development from childhood to adolescence. The course starts with the essential terminology of cognitive science before moving into the mechanisms of memory and practical, evidence-based teaching strategies you can use in your classroom. This course is designed for K-12 teachers, aspiring educators, and curriculum designers. No prior background in neuroscience or psychology is required. Begin reading today to transform your teaching with the power of brain science.