Dual coding shows that combining words and visuals improves understanding and memory. When information is presented through both verbal and visual channels, the brain processes it more efficiently. This article explores the science behind dual coding and practical ways to design learning experiences that reduce effort, improve clarity, and make ideas easier to remember and apply.
The Curse of Knowledge explains why experts often struggle to teach beginners effectively. As expertise grows, it becomes harder to remember what it was like not to know something. This article explores the science behind this effect and how learning design can bridge the gap. By simplifying explanations, breaking down steps, and focusing on the learner’s perspective, complex ideas become clearer and easier to apply.
The Generation Effect shows that people remember information better when they actively create it rather than simply consume it. By generating answers, completing ideas, and solving problems, learners engage more deeply and retain knowledge longer. This article explores the science behind the Generation Effect and practical ways to design learning experiences that turn passive consumption into active creation.
The Commitment Effect explains why small promises often lead to meaningful action. When people take a simple step or make a small commitment, they are more likely to stay consistent and follow through. This article explores the science behind commitment and how learning design can use small actions to build momentum, strengthen engagement, and turn intention into sustained behaviour.
The Peak-End Rule explains why people remember the most intense moment and the ending of an experience more than its full duration. In learning, this means that key moments and strong conclusions shape memory and impact. This article explores the science behind the Peak-End Rule and how to design experiences that create memorable peaks and meaningful endings.
The Fluency Illusion occurs when easy-to-understand content creates a false sense of learning. While smooth experiences feel productive, they often lead to shallow understanding and overconfidence. This article explores why ease can be misleading and how learning design can balance clarity with challenge to build deeper understanding, stronger retention, and better real-world application.
Cognitive Dissonance occurs when conflicting beliefs or actions create mental discomfort. This tension often drives deeper learning and behaviour change as individuals work to resolve inconsistencies. This article explores the science behind Cognitive Dissonance and how learning design can use constructive discomfort to challenge assumptions, strengthen understanding, and encourage meaningful change.
The IKEA Effect shows that people value and remember things more when they have contributed effort to creating them. In learning, this means moving beyond passive consumption toward active participation. This article explores how effort builds ownership, strengthens understanding, and improves application. When learners create, decide, and contribute, learning becomes more meaningful and more likely to translate into real-world action.
