Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning
As classroom teachers know firsthand, it is critical for K–12 students to be able to extend their learning. But expecting all students to attain the same performance via generalized instruction is unrealistic. Educators must honor and leverage students' unique learning strengths to support students and expand their possibilities for success.
In Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning, authors Andrew Fuller and Lucy Fuller explain that by understanding the brain's eight information-processing systems-(1) spatial reasoning, (2) perceptual and motor skills, (3) concentration and memory, (4) planning and sequencing, (5) thinking and logic, (6) people smarts, (7) language and word smarts, and (8) number smarts-educators can help students apply their processing strengths to areas that challenge them using individualized learning plans. With this approach, learners' growth is limitless.
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In Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning, authors Andrew Fuller and Lucy Fuller explain that by understanding the brain's eight information-processing systems-(1) spatial reasoning, (2) perceptual and motor skills, (3) concentration and memory, (4) planning and sequencing, (5) thinking and logic, (6) people smarts, (7) language and word smarts, and (8) number smarts-educators can help students apply their processing strengths to areas that challenge them using individualized learning plans. With this approach, learners' growth is limitless.
Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning
As classroom teachers know firsthand, it is critical for K–12 students to be able to extend their learning. But expecting all students to attain the same performance via generalized instruction is unrealistic. Educators must honor and leverage students' unique learning strengths to support students and expand their possibilities for success.
In Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning, authors Andrew Fuller and Lucy Fuller explain that by understanding the brain's eight information-processing systems-(1) spatial reasoning, (2) perceptual and motor skills, (3) concentration and memory, (4) planning and sequencing, (5) thinking and logic, (6) people smarts, (7) language and word smarts, and (8) number smarts-educators can help students apply their processing strengths to areas that challenge them using individualized learning plans. With this approach, learners' growth is limitless.
In Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning, authors Andrew Fuller and Lucy Fuller explain that by understanding the brain's eight information-processing systems-(1) spatial reasoning, (2) perceptual and motor skills, (3) concentration and memory, (4) planning and sequencing, (5) thinking and logic, (6) people smarts, (7) language and word smarts, and (8) number smarts-educators can help students apply their processing strengths to areas that challenge them using individualized learning plans. With this approach, learners' growth is limitless.
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Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning
234
Neurodevelopmental Differentiation: Optimizing Brain Systems to Maximize Learning
234
36.0
In Stock
Product Details
ISBN-13: | 9781923116696 |
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Publisher: | Amba Press |
Publication date: | 03/30/2024 |
Pages: | 234 |
Product dimensions: | 7.00(w) x 10.00(h) x 0.49(d) |
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