chapter 5
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Chapter 5. How Students Learn Science. How to Read This Chapter. - PowerPoint PPT PresentationTRANSCRIPT
How Students Learn Science
How to Read This Chapter• This chapter organizes ideas about learning into two
key topics, theories of learning, and learning styles. John Dewey wrote about science learning in the early part of the last century, and from then on, science education researchers have worked with practicing science teachers to try to explain how students learn. You will find the learning theories divided into three categories:
– constructivist– socio-cultural– behavioral
• You might want to look at any one of these three approaches to learning, and see how they relate to your own ideas about learning. You also might be interested in exploring ideas on student learning styles, and how these ideas influence science instruction. You will also find that Chapter 6, Models of Teaching, is correlated with the theories that are presented here. On the one hand this chapter is based more theory-oriented, whereas the next chapter is more practical. Together they form an important pair of chapters that link theory and practice.
Constructivist Theories
Inquiry 5.2: Conrete
Learning
Inquiry 5.3: Formal
Learning
Constructivism Cognitive Theories
How Students Learn Science
Invitations to Inquiry
• How important is it to the secondary science teacher to know about learning theory?
• What is constructivism, and why has it emerged as one of the most significant explanations of student learning?
• How do cognitive psychologists explain student learning?• How do social psychologist explain student learning?• How do behavioral theories explain student learning in science?• What was the contribution of theorists like Skinner, Bruner, Piaget, Vygotsky,
and von Glasersfeld to secondary science teaching?• What is meant by multiple intelligences and how does it impact student
learning?• How do learning styles of students influence learning in the classroom?• What is metacognition, and how can metacognition help students learn
science?
How Students Learn Science
Chapter 5 Map
Chapter 5How Students Learn Science
Theories
Theory to Practice?
Idea of Theory
Constructivist Theories
Sociocultural Theories
Behavioral Theories
Student Learning
Styles
The Gazette
Case Studies
Teacher Talk
Inquiry 5.1: Student
Learning
Inquiry 5.2: Conrete
Learning
Inquiry 5.3: Formal
Learning
Inquiry 5.4: Big Ideas
Inquiry 5.5: Meeting of the Minds
Learning Styles 4MAT Brain-
Based Learning
Inquiry 5.6: Learning
Styles
Feminist Perspective
Deweyan Theories
Constructivism Cognitive Theories
Operant Conditioning
Theory into Practice
How Students Learn Science
Case Study: A New Approach to Learning
• The Case
• Ruth Wilson, a second year high school biology teacher in a community that has only one high school, took a graduate course in the summer at the local university. In the course, she became extremely interested in a theory of learning, called "constructivism” proposed by several theorists. Constructivism, as she understood it, provided a framework to understand how students acquired knowledge. One of the basic notions underlying the theory was that students “constructed and made meaning” of their experiences. The theory provides more freedom for the students in terms of their own thinking processes. Ms. Wilson feels strongly that this “constructivist” framework supported her teaching philosophy better than the more structured approach she was using during her first year of teaching. Prior to the opening of school, Ms. Wilson changed her curriculum plans to reflect the constructivist theory. She spent the first two weeks of school helping the students become skilled and familiar with hands-on learning. For many of her students, this was a new venture. She planned activities where students had to make choices among objectives, or activities, or content. Knowing that students like to work together, she decided to place students in small teams. At the end of the two weeks, she instructed the teams to decide and select the activities and content in the first part of the text that would interest them. They should formulate a plan, and carry it out for the remainder of the grading period. A few weeks later, a rather irate parent called Mr.. Brady, the principal of the school, complaining that her son is wasting his time in Ms. Wilson's class. The parent complained that her son was not learning anything, and
she demanded a conference with Ms. Wilson.
• The Problem
• How would you deal with this situation? What would you say to the parent? Is Ms. Wilson on sound footing regarding her theory of teaching? How do explain your teaching theory to your principal? What is your personal view on this approach to teaching and learning?
How Students Learn Science
Inquiry 5.1: How Do Students Learn Science?
• In this inquiry you will create a set of questions that you will use to interview one or more science teachers about they conceive of how students learn.
• Refer to the Inquiry for a detailed procedure for the inquiry.
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How Students Learn Science
Theories of Learning
Learning Theory or Perspective Key Ideas
Constructivist Perspective
1. Constructivism--Von Glasersfeld
2. Cognitive Theories--Piaget, Bruner
Construction of knowledge with individual mechanisms or social influence; Changes in mental structures
Sociocultural
1. Sociocultural Theories--Vygotsky
2. Feminist Perspective
3. Deweyan Theory of Experience
Social organization is the agent for change for the individual.
Knowledge is “gendered.”
Learner engages in “an experience.”
Behavioral Perspectives
Operant Conditioning--Skinner
Changes in overt behavior of the learner as a result of experience
How Students Learn Science
Alternative Frameworks; Naïve Ideas; Misconceptions
• Students come to class with ideas about most of the concepts presented in science class. What are some of these ideas, and how do they come about?
• Read the section in the text, “The Constructivist Perspective, ” pp. 173-174.
• Identify two or three examples of alternative ideas that students bring to class.
• How can these initial ideas be changed? What is your theory?
• You might check the website shown here, called, “Bad Science
How Students Learn Science
Identify Student’s Initial Ideas
• The diagram from the text, p. 173, shows a typical incorrect and correct answer to the coin toss problem.
• Design a similar activity in biology, chemistry, physics or geology and use it to ascertain students initial ideas about a concept.
How Students Learn Science
Conceptual Change Teaching
• Help the student become dissatisfied with their existing conception.
• Help the student achieve a minimal initial understanding of the scientific conception.
• Make the scientific conception plausible to the student.
• Show the scientific conception as fruitful or useful in understanding a variety of situations.
How Students Learn Science
Cognitive Theories
• Bruner and Discovery Learning
• Piaget and Developmental Learning
• The Learning Cycle
Teachers involved in a constructivist and discovery summer workshop at GeorgiaState University.
176-188
How Students Learn Science
Discovery Learning
• Find out what the following ideas mean, and how it helps explain Bruner’s notion of “discovery learning” (pp.176-178). – Curiosity & Uncertainty
– Structure of Knowledge
– Sequencing
– Motivation
176-178
How Students Learn Science
Inquiry 5.2: Concrete Reasoning
• In this inquiry you will administer several “tasks” to elementary and middle school students. If you can not do this, work with a peer.
• You will need clay, 2 vials, and 2 candy bars as well as the Piagetian tasks described in Figure 5.5 (p. 184).
• How can you use tasks like these to describe the nature of student thinking and how they learn?
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How Students Learn Science
Inquiry 5.3: Mealworm & Mr.. ShortFormal Reasoning
• In this inquiry you will work with two “formal” tasks to find out about thinking at the abstract level. Do the tasks yourself, and then try and work with a middle or high school student, or a peer.
• You will need paperclips and copies of the puzzles in Figure 5.7 (p. 186).
• Read the explanations given by 6 students (Table 5.12). Compare these to the ones you gathered in the previous steps.
• What did you learn about student thinking from these exercises? What are the differences between concrete and formal thinking?
186-188
How Students Learn Science
Sociocultural Theories
• The Sociocultural perspective
• The Feminist Perspective
• Deweyan Theory of Experience
188-193
How Students Learn Science
Role of Cooperative Learning in the Sociocultural Perspective
• “One of the key implications of the sociocultural perspective on student learning is collaboration within groups in the classroom. Collaborative learning (cooperative learning) is viewed as a promising application of sociocultural theory”
• Find support for this notion by referring to pp. 188-190.
• What is the meaning of sociocultural theory?
How Students Learn Science
The Feminist Perspective
• Find out what is the meaning of:– Situated cognition
– Communities of practice
• Design an activity for that takes these concepts into consideration.
190
How Students Learn Science
The Deweyan Theory of Experience
• Dewey said that teachers cannot “give ideas directly to students as if they were bricks.”
• How does nonschool learning, informal learning, incidental learning, and transformative experiences relate to Dewey’s theory of experience?
• Design an activity that takes Dewey’s ideas into consideration.
190-193
How Students Learn Science
Inquiry 5.4: Concepts versus Big Ideas
• In this inquiry you will learn to distinguish between scientific concepts (example: concepts in the Standards), and Dewey’s notion of a “big idea.”
• Study Table 5.13 to get a feel for how concepts differ from big ideas.
• Consult the Standards, and select one or more concepts and use them to identify big ideas that would correspond to them.
• What are some big ideas in your field of expertise?
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How Students Learn Science
Inquiry 5.5: Meeting of the Minds
• What would they talk about if you brought together a theorist from the following perspectives:
• Constructivism
• Behaviorism
• Socioculturalism
• Feminism
• Role play, and use the procedures on p. 197 to facilitate the activity.
• Upon reflection, which theorists provided the most powerful argument explaining how students learn?
197
How Students Learn Science
Student Learning Styles
• What is learning style?• The psychology of
learning styles• Brain hemisphericity
and learning style• Appling learning style
to teaching
198-204
How Students Learn Science
Inquiry 5.6: Student Learning Styles
• Draw a concept map on the topic: “Factors affecting student learning styles”
• Draw a second map on “What are some ways to accommodate students with different learning styles?”
• Compare and contrast maps; how does you work compare to the work of Rita Dunn and Bernice McCarthy?
Consult theLearning Styles Network
http://www.learningstyles.net/
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How Students Learn Science
Psychology of Learning Styles
• Consult Figure 5.11, Learning Style Model developed by Rita and Ken Dunn. Use the model to discovery elements of student learning styles including:
– Environmental elements
– Emotional elements
– Physical elements
– Sociological elements
– Psychological elements
• How can these elements be of practical value in setting up a classroom? In planning lessons?
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How Students Learn Science
Brain Hemisphericity
• Look at the lists to the right. Check off those items that you prefer over the others. Do you prefer left or right brain things, or was there no difference?
• Find out who was Joseph Bogan and Roger Sperry.
• How do researchers think the brain hemisphericity might impact:
– Motivation
– Creativity
– Rationality
– Emotions and feelings
The Left Hemisphere The Right HemisphereDoes verbal thingsLike sequenceSees the treesLikes structureAnalyzesIs rationalIs theoretical
Sees RelationshipsGrabs for the wholeLikes random patternsSees the forestIs fluid and spontaneousIs Intuitive
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How Students Learn Science
4MAT
• 4MAT is a learning style system that identifies 4 types of learners:
– Imaginative learners– Analytic learners– Common sense learners– Dynamic Learners
• Refer to Figure 5.12 and describe the variables that define each type of learner.
• Design a lesson in which you take into account the four types of learners.
• Visit the 4MAT site at: About Learning, Inc.
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