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Blink 3 of 8 - The 5 AM Club
by Robin Sharma
Practical Insights in Brain Science to Help Students Learn
Uncommon Sense Teaching explores innovative approaches to education by integrating the latest in neuroscience. It provides practical strategies for educators to enhance learning and foster lifelong curiosity in students, transforming traditional classrooms into engaging, insightful environments.
When we think about how we acquire knowledge, it’s easy to overlook the complexity of the brain’s memory systems. But understanding how our brain processes and stores information is crucial to enhancing our teaching and learning. The brain doesn’t just “remember” in a single way; it uses multiple memory systems to handle different types of information, and each has its strengths and quirks.
The first key player is working memory, which holds information temporarily for immediate use. You can think of working memory like an octopus juggling balls. On average, it can confidently manage four “balls” – pieces of information – at a time. Its proficiency here, however, can make it somewhat of a master trickster. We can easily be lured into thinking we’ve learned something well when, in fact, we’re just juggling that ball momentarily. This makes working memory essential for tasks requiring quick thinking, but not so reliable for deep learning.
For more lasting knowledge, our brain relies on long-term memory, where information is stored more permanently through a network of neural connections. These connections form the foundation of real learning. Establishing these connections is sometimes referred to as the “learn it, link it” process. The goal here is to move information from the temporary holding pattern of working memory into the stable structure of long-term memory.
Information can travel to long-term memory through two pathways: the declarative pathway and the procedural pathway. The declarative pathway is involved in remembering facts, events, and explanations – things like historical dates or scientific theories. This pathway is fast at first, but slower when it comes to recalling or using the information in practice. On the other hand, the procedural pathway deals with skills and habits, like riding a bike or speaking a native language. This system is slower to learn but – once mastered – operates automatically, requiring little conscious effort.
Even a basic understanding of how the brain learns can give us valuable insight into how to better structure lessons and encourage deeper learning. By aligning teaching methods with how these systems function, we can start making our learning more effective and lasting.
Uncommon Sense Teaching (2021) explores how cognitive science can inform teaching practices to enhance student learning. It emphasizes the importance of understanding the brain’s learning architecture and offers practical strategies for improving instruction, classroom management, and lesson planning.
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Try Blinkist to get the key ideas from 7,500+ bestselling nonfiction titles and podcasts. Listen or read in just 15 minutes.
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Blink 3 of 8 - The 5 AM Club
by Robin Sharma