With over 100 billion neurons available to be used, students do not lack the intellectual “hardware” to succeed. Yet, students that struggle often believe they lack the capacity to learn, when in fact, science tells us that they lack in connections to understand. This session invites you along on a journey to model basic principles and strategies to facilitate construction of new neural connections and build powerful webs of knowledge. We will discuss learning zones and performance zones, how to build focus skills, and how to overcome the fear of failure. We will explore century-old techniques for imprinting memory, developing language, and constructing schemas...and have fun while we are doing it
Using effectively and efficiently the plastic properties of our brain is critical for learning, memo...
The study of perception, learning, memory and recall are converging to unite education with neurosci...
This chapter explores how learning is typically studied and measured in scientific research, before ...
Discussions around the impact of life with limited resources on school and life success have long oc...
Learning is a complex, subjective process. An important perspective on learning is that anyone, rega...
Do your students struggle with the mountain of new vocabulary they need to master each year? Do you ...
The earliest educational software simply transferred print material from the page to the monitor. Si...
This session focused on the major points of the book New Science of Learning (co-authored with Ter...
We have identified goals of education by viewing them from the point of neuroscience; through educat...
The world is changing at a rapid pace and our schools must adapt to keep pace with these changes. Th...
Standard teaching in high school science classes does not fully address the idea that science is a d...
New knowledge about the brain and cognitive processing applied to understandings of learning and tea...
Having a baseline understanding of cognitive theory and educational psychology is critical to ensuri...
A proliferation of research findings have emerged recently pertaining to teaching and student learni...
Barbara Oakley didn’t begin learning remedial high school algebra until age 26. Now she’s a professo...
Using effectively and efficiently the plastic properties of our brain is critical for learning, memo...
The study of perception, learning, memory and recall are converging to unite education with neurosci...
This chapter explores how learning is typically studied and measured in scientific research, before ...
Discussions around the impact of life with limited resources on school and life success have long oc...
Learning is a complex, subjective process. An important perspective on learning is that anyone, rega...
Do your students struggle with the mountain of new vocabulary they need to master each year? Do you ...
The earliest educational software simply transferred print material from the page to the monitor. Si...
This session focused on the major points of the book New Science of Learning (co-authored with Ter...
We have identified goals of education by viewing them from the point of neuroscience; through educat...
The world is changing at a rapid pace and our schools must adapt to keep pace with these changes. Th...
Standard teaching in high school science classes does not fully address the idea that science is a d...
New knowledge about the brain and cognitive processing applied to understandings of learning and tea...
Having a baseline understanding of cognitive theory and educational psychology is critical to ensuri...
A proliferation of research findings have emerged recently pertaining to teaching and student learni...
Barbara Oakley didn’t begin learning remedial high school algebra until age 26. Now she’s a professo...
Using effectively and efficiently the plastic properties of our brain is critical for learning, memo...
The study of perception, learning, memory and recall are converging to unite education with neurosci...
This chapter explores how learning is typically studied and measured in scientific research, before ...