Neurocognitive Enrichment: Simply Logical
Students will spend 13 or more years engaged in basic education. During this time, their brains will increase to adult size and trillions of synaptic connections will be made as a direct result of learning and memory processes. Yet over this entire timespan little effort is made to specifically teach students how their brains actually work. Not simply the biology of the brain, but much more significantly, the use of the brain in the process of learning and memory and the implications of this knowledge to academic studies from preschool through graduate school. LabLearner’s Neurocognitive Enrichment curriculum provides LabLearner students with an important understanding of the science that goes on every day, all day, in their own bodies – in their own heads – that are directly related to learning and memory… in other words, education!
Elementary children learn about their senses and how their brains must be used to understand the world around them. Middle school students learn the fundamental steps in the Information Processing Model of learning and memory. They will directly apply this new information towards understanding how their own brains function and learn. This understanding, in turn, can be applied to rational and common-sense study habits that will be of further value to them in high school and beyond.
Finally, LabLearner’s high school Cognitive Enrichment combines an understanding of neurophysiology, at a cellular and systems (nervous system) level, and accentuate the great potential of neuroscience in all aspects of academic study and cognitive growth.
How It Works
LabLearner Cognitive Enrichments are designed to provide students at the elementary, middle school, and high school level with one to two-week units that can be integrated into the main curriculum at any number of relevant points. LabLearner elementary and middle school students can perform the Cognitive Enrichments in the LabLearner laboratory. High school students can perform them in any of their science classes.
Regardless of the level (elementary, middle school, or high school) the Cognitive Enrichments are correlated with important NY State P-12 Science Standards and will enhance students’ science literacy and critical thinking skills.
Elementary School Cognitive Enrichment
Children naturally learn by curiosity and exploration. Motivated by novelty, curiosity, and social interactions, children are drawn to sights, sounds, and actions that are interesting and stimulating. Learning activities that engage their senses and prompt responses induce more brain stimulation. Such experiences engage the “whole brain”, which in turn, increases the chances that every child will find their own strengths in learning.
Consequently, at the elementary school level, Neurocognitive Enrichment begins by introducing the five senses – smell, sight, touch, taste, and hearing. For each of the senses, students begin to understand that while our various sense organs collect information from the environment, it is the brain that permits us to understand the meaning of what our senses experience.
Elementary school students conduct simple hands-on experiments that demonstrate the unique types of information each sense collects and transfers to the brain. In addition, important safety information is presented concerning protecting the brain from injury. The importance of bicycle helmets and seatbelts, for example, are explored in terms of preventing head injuries through hands-on lab experiences.
Middle School Cognitive Enrichment
LabLearner middle school students will already have a good idea of how the nervous system works and understand that the brain is the most important organ of learning and memory. Therefore, LabLearner middle school Neurocognitive Enrichment focuses on deeply understanding the Information Processing Model (see Neuropedagogy section for more on the Information Processing Model).
Middle school students will examine the individual components and steps of the Information Processing Model by performing fun and engaging cognitive tests that illustrate to each student how their own brain works.
From this fundamental conception of the learning process, students will be familiarized with a number of metacognitive tools that are extremely useful in approaching their academic studies and problem-solving strategies. Ultimately, middle school students that participate in the LabLearner Neurocognitive Enrichment protocol will have a better understanding of how they think – how their brains work – and how to channel this understanding into improving their academic performance and overall cognitive functions.
High School Cognitive Enrichment
The LabLearner high school Neurocognitive Enrichment is designed to be incorporated as a short unit in the science curriculum. As it reviews aspects of the Information Processing Model explored first in the middle school Neurocognitive Enrichment, the high school Enrichment is very useful in the ninth grade (freshman year) as it is directly relevant to successful study and problem-solving habits.
At the high school level, students will dissect a sheep brain and compare it to human brain models. They will also perform neurological tests on each other, such as knee-jerk reflex, pupillary reflex, and two-point discrimination. Students will gain a solid understanding of basic neurophysiology and also be exposed to various college majors involving this important subject as well as careers in the field.