2.1.3

5 Steps by the University of Birmingham

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Bridging Neuroscience and Education

An interesting article was published in 2010 by University of Birmingham researcher Jodi Tommerdahl.

The big question

The big question

  • Is neuroscience useful to educators?
    • Yes.
  • Tommerdahl argues that there is great potential in how neuroscience research can benefit teachers and students in schools.
    • However, she warns that we need to be careful when translating the laboratory findings into the classroom.
  • Brain sciences are the initial step in improving learning in the classroom, but there are several other steps in between.
  • Neuroscience findings need to be linked to social, political, and historical factors.
The 5 steps

The 5 steps

  • In her article, Tommerdahl defends that we should follow five steps to bridge neuroscience and education.
      1. Neuroscience.
      1. Cognitive neuroscience.
      1. Psychological mechanisms.
      1. Education theory.
      1. Classroom.
Neuroscience X CogSci

Neuroscience X CogSci

  • We need to distinguish between neuroscience and cognitive neurosciences. The first is concerned with the pure biological factors in the brain - the synapses and the cells.
  • The latter tries to relate neural activity that underpins cognition and cognitive processes, such as memory, emotional processing and decision making.
CogSci X Psychological mechanisms

CogSci X Psychological mechanisms

  • We also need to distinguish between cognitive neuroscience and psychological mechanisms.
  • The distinction being that the first studies the physical brain, whereas the latter studies “the mind".
  • This differentiation, however, is arbitrary and historical and more related to how the two fields see the same phenomenon of cognition.
Educational theory

Educational theory

  • Then, we have educational theory. Researchers here will develop learning theories based on the neurological and psychological findings from the previous steps.
  • Here, learning will be segmented into more functional areas related to skills and knowledge that students learn.
    • For example, learning vocabulary of a foreign language will have a different educational theory than learning science in someone’s native language.
Teachers

Teachers

  • Tommerdahl says that it would be unreasonable to expect that all teachers base their teaching in the first two fields.
  • However, she argues that it should be expected that teaching and learning in schools derive from recent findings in educational theory.
Classroom

Classroom

  • Lastly, we have the classroom step. Here, teachers and schools will implement research to their classroom and closely monitor the effects that these new strategies have on pupils.
  • All feedback should, then, return to the early steps so the hypothesis can be revisited and improved.
Jump to other topics
1

Important Educational Researchers Currently

2

How to Have an Evidence-Informed Classroom

3

Interleaving

3.1

Optimum Interleaving

4

Curriculum

4.1

Cognitive Sciences and SEND

4.2

Curriculum Design

4.3

Christine Counsell: Senior Curriculum Leadership

5

Future Questions

5.1

Future Questions

Practice questions on 5 Steps by the University of Birmingham

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