How can educators leverage neuroscience research about how the human brain learns? How can we use this information to improve curriculum, instruction, and assessment so our students achieve deep learning and understanding in all subject areas? Upgrade Your Teaching: Understanding by Design Meets Neuroscience answers these questions by merging…

Thanks to unprecedented advances in brain science, we know more about the brain today than ever before. But what does that science tell us about how we learn? How can we capture the power of neuroscience research so that it benefits our students? Judy Willis and Malana Willis answer these questions with clarity and insight, translating recent…

Has it ever seemed to you that some students are hardwired to dislike math? If so, then here's a book that explains how negative attitudes toward math get established in the brain and what you can do to turn those attitudes around. Math teacher and neurologist Judy Willis gives you over 50 strategies you can use right away in any grade level to:…

This article explains two techniques for helping students develop long-term memory skills and retain information taught in class. One technique relies on mental pictures to keep track of a numbered series of items; the other depends on key words derived from the material that must be memorized. (PP)

Describes the distributed practice technique to review course material. Results of a study to compare distributed practice to massed practice indicated that students using the distributed practice technique scored significantly higher when tested two months after practice was completed. (MDH)

Describes a software package entitled the "Computerized Cognition Laboratory" that helps integrate the teaching of cognitive psychology and research methods. Allows students to explore short-term memory, long-term memory, and decision making. Can also be used to teach the application of several statistical procedures. (DSK)

This book offers classroom-tested activities designed to make even the most reluctant learners crazy about math. Appealing to everyone from sports fans to readers, future fashion designers to budding musicians, the activities presented in this book offer ways to develop a deep-rooted love and appreciation of math in every student. Teachers are…

This Fastback contends that educators are in the memory business, that memory is probably our most maligned faculty, that forgetting is a fact of life, and that overall memory skills can be learned. The booklet addresses the following questions: How justified are people's complaints about memory? How much is myth and how much is fact? What memory…

Discusses the value of memorized factual material in science. Describes the use of mnemonic devices to facilitate memorization. Provides a list of 14 mnemonic devices commonly used in science other than ROY G. BIV, which is used to remember the colors of the visible spectrum. (CW)

This guide is designed for those teaching return-to-study courses for adults. It is divided into two parts. A course guide begins by explaining why past approaches for equipping students for academic success are unhelpful. The approach used in this guide is described by drawing on cognitive psychology, especially about short- and long-term memory,…