Brain Based Learning The Principles and Teaching Strategies

Brain-based learning is a research-based approach focused on how the brain learns best. It emphasizes that learning happens naturally when the brain's normal processes are not hindered. This theory can be utilized by educators to enhance their teaching methods and align with appraisal requirements.

Our thoughts, intuitions, predispositions, and emotions interact to process information. When teaching, it's crucial to acknowledge these different elements within each child, as they bring unique emotional challenges and predispositions that can impact their learning.

A student's physical health, nutrition, and overall well-being significantly affect their learning. Educators must consider the 'whole child' and the challenges they face, advocating for supportive school environments that address basic needs like hunger to enable effective learning.

Students need to connect learning to their environment. A stable and familiar learning environment is crucial for comfort and participation. Lessons should be exciting, challenging, meaningful, and student-centered, encouraging active participation to engage the brain effectively.

Information organization is key. Educators should be specific about what students need to learn from texts, breaking down complex information into smaller, manageable chunks. This helps the brain selectively store relevant information and facilitates retrieval. Interrelating subjects, like in thematic curricula, also aids in patterning and storage.

Student mood and classroom atmosphere profoundly influence learning. Negative emotional experiences, such as fear or feeling bullied, can hinder information processing. Cooperative learning, positive relationships, and consistent reinforcement help create positive emotional associations with learning, fostering retention.

Both hemispheres of the brain work together. Teaching strategies should aim to engage both sides, balancing creativity with analytical thought. For example, when creating a poster, encourage imagination while ensuring factual accuracy. Integrating the '4 Cs' (collaboration, communication, critical thinking, creativity) in education helps blend these aspects.

The video briefly shows a social-emotional learning video, highlighting simple games and activities (like 'I Spy' or 'Simon Says') that can enhance focus, memory, and information utilization, by linking them to content areas.

Everything in the classroom is perceived by the brain. Educators must help students focus by teaching mindfulness and demonstrating the importance of undivided attention during tasks. Linking classroom learning to real-world experiences also aids in making information salient and memorable.

Much information enters the brain without conscious awareness (e.g., catchy songs, common slang). Educators should help students actively process this information by reviewing concepts, linking them to prior knowledge, and connecting them to personal experiences, making unconscious knowledge conscious and meaningful.

Spatial memory allows for instant recall of experiences without rehearsal, while the taxon system involves rote learning, requiring repetition and motivation (rewards/punishment). Rote learning, though sometimes criticized, is effective for certain subjects like multiplication tables. The local memory system integrates experiences from both spatial and taxon memories, motivated by novelty, fostering long-term retention.

Learning is enhanced in low-threat, high-challenge environments where facts and skills are naturally integrated. Bullying or fear-based approaches are ineffective. Instead, positive motivation, encouragement, and celebrating small incremental successes are crucial for student engagement and growth, especially for struggling learners.

An inclusive classroom that challenges students positively, provides motivation, and offers fair consequences nurtures learning. Educators should avoid demotivating students, particularly those struggling, and instead focus on pushing them to do their best through encouragement and positive reinforcement, recognizing that school can be a primary source of motivation for many.

Each brain is distinct, necessitating differentiated instruction that caters to various learning styles (visual, auditory, kinesthetic). Knowing individual students' backgrounds and incorporating this into lessons is vital. Also, boys and girls often learn differently, requiring tailored approaches.

Creating a positive, safe, and welcoming classroom environment is foundational. Students must feel emotionally and physically secure. Greeting students daily, using motivational clips, or personalized notes can set a positive tone, opening doors for optimal learning.

Break down large information into smaller chunks. Challenge students with questions after delivering content, allowing them time to 'chew' (process) the information individually or by discussing with classmates. Finally, 'check' for understanding through various assessment tasks, physical or creative.

Boys are often more kinesthetic, enjoy physical movement, and remember better when information is organized in lists. Girls' language centers develop earlier. Teaching methods and assessment tasks should be adapted to these differences; for example, boys may benefit from alternative, short-term assessments rather than long exams.

Brightly colored charts, interactive presentations with music, and visually stimulating diagrams help the brain make lasting connections. The learning space should be welcoming and engaging, especially for younger learners, to encourage information processing.

The brain operates in ultradian rhythms, with peak attention spans around 15 minutes. Incorporate short breaks, pauses during videos, or informal chat times to allow the brain to relax and re-engage. Don't solely focus on covering content; prioritize effective processing and understanding, tweaking the syllabus to integrate topics for deeper learning.

Engage students physically and mentally through games, online activities, polling, or 'one-minute papers' (writing everything they know about a topic). Peer teaching, journaling, and subject-specific scavenger hunts also promote active learning and discussion.

Calm classical music can be played during quiet activities to aid concentration and memory. Music can also be used for transitions between subjects or as signals for activity start/end. Encouraging students to create songs or jingles related to content helps embed information through repetition and emotional connection.

Brains thrive on social connections. Foster cooperative learning with specific roles, group work, and discussions. Encourage sharing knowledge, teamwork, and moving away from individualistic learning. Breakout rooms and virtual activities can facilitate social interaction and engagement.

Break from routine to engage students. Start classes with informal discussions about their day, creating a relatable environment. Use 'teacher moves' to address incorrect answers as learning opportunities, explaining concepts to benefit the entire class. Incorporate virtual labs, craft games, or contests related to content, using gamification apps like Kahoot or Quizlet to make learning fun and unique.