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Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

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Page 1: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Applying Cognitive Learning Theories to Engage and Motivate

Students in STEM Classrooms

Stephen TonksEducational Psychology

May 15, 2013

Page 2: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

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Page 3: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Cognitive Science & STEM Ed

1. Learning is constructive, not receptive2. Motivation and beliefs are integral to

cognition3. Social interaction is fundamental to

cognitive development4. Knowledge, strategies, and expertise are

contextual

*Bruning, Schraw, Norby, and Ronning (2004)

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Page 4: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

1. Learning is Constructive

• Constructivism: People combine existing knowledge with new information to build new knowledge

• Learning = constructing meaning• Students need to make their own discoveries

and thus construct their own knowledge• Duckworth (2006) on Piaget: Create a

classroom where students can discover

*Piaget & others 4

Page 5: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

What do you see?

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Page 6: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Constructivism in the Classroom

• Any amount of “active” helps• Background knowledge is HUGE• A range of experiences and many

experiences help students learn• Experiences become background

knowledge• Expending effort & deep processing aids

memory

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Page 7: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

3. Social Interaction is Fundamental

• Cognitive skills evolve from social interactions with parents, teachers, etc.

• Culture uses “tools for thought”– Speech, writing, mathematical & scientific concepts

• Relatedness as a psychological need• In classrooms: Groupwork, scaffolding, peer tutoring,

reciprocal teaching, CUT SOME OF THESE?

*Vygotsky; Deci & Ryan

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Page 8: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

4. Cognitions are Contextual

• Cognitive growth occurs in a sociocultural context that influences the form it takes

• Transfer of advanced skills is difficult• EXPAND?

– Knowledge, strategies, expertise

*Vygotsky

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Page 9: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

2. Motivation & Beliefs are Integral

• Many modern motivation theories• Self-efficacy (Bandura, etc.)• Mindset Theory (Dweck)• Achievement Goals (Pintrich, etc.)• Self-Determination Theory

– Three Psychological Needs

*Deci & Ryan

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Page 10: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Self-Determination TheoryThree Psychological Needs

• Autonomy• Relatedness• Competence

• Innate• Fulfillment = Good• Deprivation = Bad

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• A-B-C (for easy recall)• Environment can change motivation

*Deci & Ryan

Page 11: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Perceived Autonomy

• Students need to feel that they have some control over their own learning

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Page 12: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Mark Twain on Autonomy

…Work consists of whatever a body is OBLIGED to do, and that Play consists of whatever a body is not obliged to do. And this would help him to understand why constructing artificial flowers or performing on a tread-mill is work, while rolling ten-pins or climbing Mont Blanc is only amusement. There are wealthy gentlemen in England who drive four-horse passenger-coaches twenty or thirty miles on a daily line, in the summer, because the privilege costs them considerable money; but if they were offered wages for the service, that would turn it into work and then they would resign. 12

Page 13: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Autonomy Support

• How to– Provide choices– Encourage– Give rationales

• How not to– Give orders– Use bribes– Make threats

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• Giving students SOME control over their own learning

• Opposite of controlling behavior

Page 14: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Why Support Autonomy?

• Conceptual understanding• Retention of content• Achievement• Intrinsic motivation• Positive affect

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Page 15: Applying Cognitive Learning Theories to Engage and Motivate Students in STEM Classrooms Stephen Tonks Educational Psychology May 15, 2013

Now, Apply It!

• Take one concept that you teach, and apply an idea from today

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