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Janet Fulks, Bakersfield College

Learning Theory and Neuroscience

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Helping our Students REALLY Get I t. Janet Fulks, Bakersfield College. Learning Theory and Neuroscience. Have you ever asked…. Why didn’t my students learn that important concept we went over and over and over and over in class?. Real Learning. Perpetuating the learning cycle: - PowerPoint PPT Presentation

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Page 1: Learning Theory and Neuroscience

Janet Fulks, Bakersfield College

Page 2: Learning Theory and Neuroscience

Why didn’t my students learn that important concept we went over and over and over and over in class?

Page 3: Learning Theory and Neuroscience

Perpetuating the learning cycle:1. Understanding How the Brain Works2. Active Learning – The Learning Environment –

a. Using all of the brainb. Many inputsc. Many chemicalsd. Many outputs

3. Deep learning – Scaffolding – Neural Netsa. Patterning and organization content (chunking

info)b. Concrete words and abstract words versus

nonsense wordsc. Visualizing to make concrete patterns

4. Ownership/metacognition

Page 4: Learning Theory and Neuroscience

The Art of Changing the Brain by Zull

How People Learn by the National Research Council

Scientific Teaching by Jo Handelsman et al.

HHMI & PBS online resources

Harvard https://www.testmybrain.org/index.html?page=home

Page 5: Learning Theory and Neuroscience

Learning and memory require physical changes in the neurons of the brain

Page 6: Learning Theory and Neuroscience
Page 7: Learning Theory and Neuroscience

Primitive Brain controlling survival functions-

Breathing Consciousness Heart Rate and Blood

Pressure Relaying informationDigestionAlertnessThink vegetable

Page 8: Learning Theory and Neuroscience

Center for movement control

Voluntary muscle movements

Fine motor skills Posture, balance,

and coordinationThink repetitive

movements – dancing, bicycling

Page 9: Learning Theory and Neuroscience

The Surface of the Brain –

Touch Vision Hearing Judgment Reasoning Problem solving Emotions LearningThink HUMAN

Page 10: Learning Theory and Neuroscience

Frontal lobes = personality, speech, and motor development

Temporal lobes = memory, language and speech

Parietal lobes = sensation

Occipital lobes =primary vision centers

http://www.nlm.nih.gov/medlineplus/ency/imagepages/9549.htm

Each lobe of the brain has a different set of functions, so damage to a particular lobe may determine the type of problems that could be expected.

Page 11: Learning Theory and Neuroscience
Page 12: Learning Theory and Neuroscience

Learning = modification, growth, and pruning neurons, Learning =connections (synapses) & neural networks

Four stages of Kolb’s Learning Cycle.

1) Concrete experience,2) Reflective observation and Connections,3) Abstract hypothesis,4) Active testing

http://sharpbrains.wordpress.com/2006/10/12/an-ape-can-do-this-can-we-not/

Page 13: Learning Theory and Neuroscience
Page 14: Learning Theory and Neuroscience

PET Scan fMRIOther new

technologies

Discrete physical areas -http://www.pbs.org/wgbh/aso/tryit/brain/probe.html

Page 15: Learning Theory and Neuroscience

http://www.pbs.org/wnet/brain/

Page 16: Learning Theory and Neuroscience

Right side controls the left side of the body, creativity and artistic abilities

Think – non-verbal Left cerebral

hemisphere controls the right side of the body, logic and rational thinking.

Think - Language

Page 17: Learning Theory and Neuroscience

The Girl from Volga. Zull, p 143Paying attention is not focusing on a single focal point.

Page 18: Learning Theory and Neuroscience

HHMI – Howard Hughes Medical Institute http://www.hhmi.org/senses/e110.html

Brain function when listening

Page 19: Learning Theory and Neuroscience

http://www.pbs.org/wnet/brain/

Page 20: Learning Theory and Neuroscience

Learning and memory require physical changes in the neurons of the brain – electrical rewiring

Page 21: Learning Theory and Neuroscience

I will read some numbers, you remember them

Page 22: Learning Theory and Neuroscience
Page 23: Learning Theory and Neuroscience

Image of actual neurons firing in a monkey’s brain and the image he is staring at creating a physical image in the brain. Zull, p 144

Page 24: Learning Theory and Neuroscience
Page 25: Learning Theory and Neuroscience

Note that as we go down the pyramid, we are engaging additional areas of the brain, creating deeper learning.

Page 26: Learning Theory and Neuroscience

Washington Crossing the Delaware by Emanuel Leutze 1816-1868

Page 27: Learning Theory and Neuroscience

Multiple Inputs = Multiple Pathways

Page 28: Learning Theory and Neuroscience

http://www.cs.stir.ac.uk/~lss/NNIntro/InvSlides.html#what

http://www.youtube.com/watch?v=XwUn64d5Ddk&feature=fvwrel

Page 29: Learning Theory and Neuroscience

Patterning and organization Concrete words and abstract words

versus nonsense words

Infection Syphilis Treponema pallidum

Visualization – metrics and real life How do you create patterning in

your teaching?

Page 30: Learning Theory and Neuroscience

Requires organizing and linking knowledge for later retrieval – deep learning

through Scaffolding

Figure 1.1 - Functions of the Communal Scaffold

Page 31: Learning Theory and Neuroscience

Patterning and organization content (chunking info)

Concrete words and abstract words versus nonsense words

Visualizing to make concrete patterns Infection

Syphilis Treponema pallidum

Visualizing content – metrics and real life How do you create patterning in your

teaching?

Page 32: Learning Theory and Neuroscience

http://www.ccsse.org/publications/2008_Executive_Summary.pdf

Page 33: Learning Theory and Neuroscience

Definition Two simultaneous processes:

Monitoring your progress as

you learn and

Making changes and adapting your strategies if you perceive

you are not doing so well

Page 34: Learning Theory and Neuroscience

“The most shocking finding of all is that if students aren’t aware of these skills and have not found ways to master them, they cannot learn discipline content.” National Research Council – How People Learn (2003)

Students with Basic Skills needs arrive without metacognitive experience – they don’t know how to be successful students, therefore……

Page 35: Learning Theory and Neuroscience

1. Taking conscious control of learning

2. Planning and selecting strategies

3. Monitoring the progress of learning

4. Correcting errors

5. Analyzing the effectiveness of learning strategies

6. Changing learning behaviors and strategies, when necessary

Page 36: Learning Theory and Neuroscience

CATs

Exam Post Mortem

Self Evaluations

Student Self Assessment

Learning Styles Assessment

Page 37: Learning Theory and Neuroscience
Page 38: Learning Theory and Neuroscience

Create outcomesDevelop scaffolded contentEmbed metacognition activitiesCreate feedback-heavy learning activities Manage the environment & consider

teamworkAssessment – See article chapter 5 Appendix

Page 39: Learning Theory and Neuroscience
Page 40: Learning Theory and Neuroscience

Write down one thing you

will do in response to

this information.

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