Brain-based learning is an educational approach that integrates neuroscience to understand how the brain processes and retains information, allowing educators to create more effective learning environments.
Core Principles and Strategies of Brain-Based Learning
1. Neuroplasticity
This is the foundational principle that the brain can reorganize and adapt to new challenges or contexts. Understanding how new neural pathways are generated helps in designing efficient learning processes.
2. Engagement and Emotional Connection
Students learn and remember information better when it is perceived as meaningful and relevant. Building strong student-teacher relationships and supporting student autonomy helps create this personal connection.
3. Active Learning
Rather than passively receiving information, students become dynamic participants through peer discussions, case studies, and hands-on problem-solving.
4. Real-World Problem-Solving
Framing lessons around practical, relevant problems helps students transfer their learning to real-life contexts while boosting critical thinking and executive function.
5. Repetition and Spacing
Visiting the same topic at structured, spaced intervals helps embed concepts into long-term memory rather than just facilitating temporary memorization.
6. Positive Learning Environments
For optimal growth, classrooms should meet basic needs for physical and psychological safety while remaining calm and orderly.
7. Movement and Multisensory Activities
Immersive activities that involve movement and multiple senses help students solve problems actively and develop new insights.
8. Chunking Information
Because most learners can only hold six to eight items in their working memory, grouping information into “chunks” significantly improves retention.
Source: https://www.gcu.edu/blog/teaching-school-administration/what-is-brain-based-learning
Published: December 9, 2025
Read time: 6 minutes
