Feb 22, 2021

Brain Based Learning

Neuroplasticity is ability of our brain to change and restructure itself which enables us to learn and adapt. This enables our brain to make synapses all through our childhood and adulthood. New synapses are formed when we learn something new.

One of the basic application of Neuroplasticity is disagreement with the practices that involve rote memorization in academics. Research shows rote memorization wont help learners unless they are given an opportunity to actively recognize relationships of the new information with their prior knowledge especially through authentic & personally meaningful activities.

So, what does that mean? This means that when learners are given opportunities to apply learning to new problems and situations, their brain undergoes the cellular changes of neuroplasticity that link them into larger neural circuits of prior information. Learners must be provided formative assessments and immediate feedback so that key concepts move from rote memory & become part of their long term memory.

Some of the activities that help your carving new pathways and strengthening the existing ones and help you move away from rote memorization, bullets points and lecture are-

  • ·        Encourage making hypothesis and predictions
  • ·        Solve a variety of problems
  • ·        Include a lot of What-if scenarios
  • ·        Role Play
  • ·        Group discussions
  • ·        Provide opportunities to solve problems in different ways and then have a discussion around feasibility and
  • ·        Self- feedback and self evolutions

Pinel, J. Biopsychology: Hot Topics. Neurogenesis in the Adult Human Brain

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Brain Based Learning

Neuroplasticity is ability of our brain to change and restructure itself which enables us to learn and adapt. This enables our brain to make...