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Using Neuroscience to Improve Learning Fractions

Thursday July 28, 2016 @ 4:00 pm - 5:00 pm EDT

learning functions

Presented by Dr. Valorie N. Salimpoor, Neuroscientist
Sponsored by Cignition, Inc.

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There is no need to convince a math educator that students have difficulty with fractions. Nonetheless, fractions are critical building blocks for future algebra and other math topics. In this presentation, take an easy-to-digest look into how the brain processes mathematical information to gain a better understanding of how we can optimize learning fractions and other mathematical topics more generally. Dr. Valorie N. Salimpoor shared:

  • How to increase the number of pathways in the brain that represent a concept
  • How to improve the integration of these pathways to facilitate re-activation
  • How to strengthen connections between neural pathways

These strategies can help students develop a deeper and more meaningful understanding of the material and facilitate efficient recall of information. Learn the important role that working memory, attention, and visuospatial abilities play in learning fractions and mathematics more generally, and how to improve conceptual understanding by changing the degree to which these cognitive processes are required to understand a mathematical concept. Discover techniques that can be used to lower cognitive demands until a full understanding of the concepts are achieved. Learn how to use neuroscience to improve your students’ learning of fractions concepts.

 

Valorie Salimpoor Dr. Valorie Salimpoor holds a Master’s Degree in Clinical Developmental Psychology with a focus on development of complex cognitive function in children and a Ph.D. in Psychology with a focus on understanding the brain’s dopaminergic reward systems. Her current work focuses on how dopamine can be used to enhance learning. She was also a researcher at Stanford University examining neural correlates of mathematical processing in children. Currently, Valorie is a consultant at Cignition.com to develop educational video games that apply the principles of neuroscience towards learning mathematics. Her work has been published in top journals (Science, Nature Neuroscience, PNAS, etc.), and she has received prestigious national and international awards and worldwide media coverage for her research.

 

WATCH THE WEBINAR RECORDING

 

cignitionCignition Transforms the Way Students Learn Mathematics While Maximizing the Potential of Every Child. We develop immersive online virtual worlds to help students conceptually understand mathematics and achieve computational fluency. The games within our world have a deep integration of neuroscientific learning principles, effective pedagogy, and engaging game-play design.

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