When you have studied this section, you will be able to
Self-Assess your understanding on Neuroscience and Neuropedagogy
Explore your ideas about Neuromyths and their effects in teaching and learning
Be aware about the concepts and meaning of Neuromyths
Explore the core Neuromyths that affect Higher Education teaching and learning
Invalidate about neuromyths’ controversies
Analyse the fundamental neuromyth in education concepts and the forces they have helped them grow
Outline the impact of Neuromyths issues and problems in the educational field,
Explain the extent which neuroscience, educational science and cognitive psychology can contribute to reducing the prevalence of neuromyths in education
To make proposals how communication between neuroscience and education might be improved in the future
If attention is misdirected, learning can get stuck.
– Dehaene, 2020:149
The quote above from one of the leading neuroscientists in the world, Stanislas Dehaene, makes clear that attention is crucial for learning. Our brain is always paying attention (Koenig, 2010). However – and perhaps to the frustration of many teachers – not always to what teachers would want.
In this module, you discover what neuroscience can teach us about directing your students’ attention to what you want them to learn.
LEARNING OBJECTIVES
In this module, you learn:
What attention precisely is.
The neural mechanisms involved in the process of attention.
How you can direct your student’s attention.
Strategies you can use to facilitate students’ attention in your classroom.
To learn, we need to engage. – prof. dr. Paul Howard-Jones, Bristol University, UK
Engagement is an essential aspect of learning. However, we all know from experience that engaging students is sometimes a tricky part of teaching. In this module, you discover what educational neuroscience can teach us about students’ engagement with learning.
LEARNING OBJECTIVES
In this module, you learn:
the neural mechanisms involved in the process of engagement
that students all differ in what engages them
that approach responses can engage us in learning
that avoidance responses prevent us from learning
that if you want to increase your students’ engagement, you need to increase their activity
strategies you can try in your classroom to engage your students
To explain what Neuropedagogy is and distinguish it from other Neurosciences, such as behavioural neuroscience, developmental neuroscience, cognitive neuroscience, developmental cognitive neuroscience
To explain how the brain works and learns, and understand and value the importance of this knowledge for the teaching practice.
To explain the guidelines for planning and adjusting teaching methods based on the factors that lead to better learning, as identified when learning about how the brain works and how it processes learning.
EXPECTED LEARNING OUTCOMES
Knowledge:
Define neuropedagogy and associated concepts.
Distinguish neuropedagogy from other neurosciences.
List the parts of the brain and describe how they work.
Describe how you learn through the functioning of the brain.
Defend the usefulness of neuropedagogy in teaching performance.
Outline the general principles of application of neuropedagogy in the classroom.