Duration: 6 months
Course Overview:
This fellowship bridges the gap between neuroscience and education, helping professionals understand how the brain learns, remembers, and adapts. Participants will explore neuroplasticity, attention, emotion, and motivation to design effective learning experiences rooted in scientific principles.
Course Structure:
Module 1: Introduction to Educational Neuroscience
- Brain structure and cognitive processes
- The science of learning and memory
- Neuroplasticity and its educational implications
Module 2: Attention, Emotion, and Motivation in Learning
- How attention impacts information processing
- Emotional regulation and learning outcomes
- The role of intrinsic and extrinsic motivation
Module 3: Neurodevelopment and Learning Differences
- Understanding developmental stages of the brain
- ADHD, dyslexia, and executive functioning
- Supporting learners with neurodiverse profiles
Module 4: Teaching Strategies Based on Neuroscience
- Brain-based classroom strategies
- Enhancing retention through sensory engagement
- Creating emotionally safe learning environments
Module 5: The Neuroscience of Well-being and Stress
- Impact of stress and anxiety on learning
- Mindfulness and brain health
- Building resilience and mental agility in students
Module 6: Research and Application Project
- Case-based research on brain-based learning
- Designing an intervention plan using neuroscience principles
- Presentation and peer review
Learning Outcomes:
- Translate neuroscience insights into effective teaching practices
- Enhance learning outcomes through brain-based strategies
- Support neurodiverse learners with empathy and science-backed tools
- Foster emotional and cognitive well-being in educational settings
Certification:
Graduates receive the Fellowship in Applied Neuroscience for Education from Espiratia, positioning them as leaders in innovative, evidence-based teaching and training.