
Small Teaching
James M. Lang
What's inside?
Explore practical strategies and insightful lessons from the science of learning to enhance your teaching skills and improve student performance.
You'll learn
Key points
01Why understanding the science of learning is crucial for educators?
Ever been in a classroom where the teacher's words just seem to fly over your head? Or maybe you're a teacher who's been frustrated by students who just can't seem to grasp a concept, no matter how many times you explain it. The problem might not be with the teacher or the student, but with the teaching method. This is where the science of learning comes in. The science of learning is a fascinating field that combines cognitive psychology and neuroscience. It uses scientific methods to study how the brain processes information, how memory works, how we pay attention, and how we perceive the world around us. It's like peering into the inner workings of the brain to understand how learning happens. Now, you might be wondering, "What does this have to do with education?" Well, a lot, actually. Understanding the science of learning is crucial for educators because it can help them design more effective teaching strategies and learning environments. It's like having a roadmap to the brain. With this roadmap, educators can tailor their teaching methods to the needs of their students, thereby improving learning outcomes. For instance, the science of learning can help educators create more effective lesson plans. By understanding how the brain processes information, educators can design lessons that align with these processes. This could mean breaking down complex topics into smaller, manageable chunks, or using visuals to aid understanding. It could also mean incorporating activities that engage different parts of the brain, such as group discussions or hands-on experiments. Moreover, the science of learning can also help develop better assessment methods. Traditional tests often only measure a student's ability to recall information, not their understanding of the material. But by understanding how the brain learns, educators can design assessments that measure deeper levels of understanding, such as the ability to apply knowledge in new situations or to analyze complex problems. Finally, understanding the science of learning can improve student engagement and understanding. When lessons align with how the brain naturally learns, students are more likely to be engaged and to understand the material. It's like speaking the brain's language. And when students are engaged and understand the material, they're more likely to retain the information and to perform better academically. So, for all the educators out there, understanding the science of learning isn't just a nice-to-have, it's a must-have. It's a tool that can enhance your teaching effectiveness and help your students succeed. So why not delve deeper into the science of learning? Your students, and their brains, will thank you.
02The Importance of Active Learning: Techniques and Strategies
Remember those long, dreary lectures where the professor droned on and on, and you were just a passive recipient of information? You probably don't remember much from those sessions, do you? Now, imagine a different scenario. You're in a class where you're constantly engaged, asked to recall information, make predictions, and actively participate in the learning process. You're not just a passive recipient anymore; you're an active participant. This article will delve into the importance of this active learning approach, focusing on two key techniques: retrieving and predicting. Active learning is like going to the gym for your brain. Just as lifting weights helps build muscle, active learning exercises your brain, making it stronger and more efficient. It's a stark contrast to passive learning, where you're more like a spectator at a sports game, watching the action but not participating. Active learning, on the other hand, puts you in the game, enhancing your understanding and retention of information. Let's dive into the techniques of retrieving and predicting. Retrieving is like fishing in the vast ocean of your memory. When you retrieve information, you're not just remembering it; you're strengthening the memory trace, making it easier to recall in the future. For instance, if a teacher asks you to recall the main points of last week's lecture, you're exercising your retrieval muscles. Predicting, on the other hand, is like looking into a crystal ball. It involves making educated guesses about what will happen next, based on what you already know. For example, if you're reading a novel and try to predict the ending based on the events so far, you're practicing prediction. This technique encourages critical thinking and deepens your understanding of the material. The power of retrieving and predicting in active learning is immense. They not only enhance understanding and retention but also foster critical thinking and engagement. For instance, a study in a high school science class showed that students who regularly practiced retrieval and prediction performed significantly better on exams than those who didn't. So, how can educators incorporate these techniques into their teaching? One strategy is to regularly pause during lectures and ask students to recall what they've learned so far. Another is to encourage students to make predictions about upcoming material based on what they already know. For example, in a history class, the teacher might ask students to predict the outcome of a historical event before revealing what actually happened. These strategies not only engage students but also help them consolidate and deepen their understanding of the material. In conclusion, active learning, particularly the techniques of retrieving and predicting, is a powerful tool in education. It transforms students from passive recipients of information to active participants in their own learning. So, educators, are you ready to put your students in the game? And students, are you ready to flex your brain muscles? The future of learning is active, and it's here to stay.

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03Understanding Interleaving and Spacing for Improved Memory Retention
04The Impact of Emotion on Learning
05The Importance of Feedback in Learning Process
06The Role of Motivation in Learning: Strategies for Success
07The Power of Small Changes in Teaching
08Conclusion
About James M. Lang
James M. Lang is a professor of English and the Director of the D'Amour Center for Teaching Excellence at Assumption University. He is a renowned expert in higher education, focusing on teaching and learning. He has authored several books and writes a monthly column for The Chronicle of Higher Education.