The Science of Learning Assembly

What does research actually tell us about how learning works?

This engaging and evidence-informed assembly introduces students to the science behind effective learning and revision. Drawing upon research from cognitive psychology, memory science and educational research, students explore why some study strategies are far more effective than others and how they can learn more efficiently.

The assembly challenges common misconceptions about learning, including the myth of learning styles and the false confidence created by cramming and rereading. Students are introduced to key concepts including working memory, long-term memory, retrieval practice, spaced practice, interleaving, metacognition and Professor Robert Bjork’s theory of desirable difficulties.

Throughout the assembly, students discover:

• How memory works and why forgetting is normal
• Why knowledge stored in long-term memory is so important
• The difference between familiarity and genuine learning
• Why cramming often feels effective but produces poor long-term retention
• How retrieval practice strengthens memory
• Why spaced practice improves learning over time
• How metacognition helps students become more effective learners
• The habits and strategies used by high-performing students
• Practical ways to apply cognitive science to everyday studying

The assembly concludes with actionable strategies students can begin using immediately to improve learning, revision and academic performance.

Suitable for:

• KS3
• KS4
• KS5
• Tutor Time
• Study Skills Programmes
• Revision Preparation Events
• Learning to Learn Initiatives

Included:

• Full assembly PowerPoint
• Research-informed content
• Discussion opportunities
• Follow-up student tasks
• Professional visual design
• Ready-to-deliver resource

A highly relevant assembly that helps students move beyond ineffective revision habits and understand the science of learning itself.