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Learning Theories and Learning Theories and Integration Models Integration Models Integrating Educational Technology into Teaching
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Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Dec 22, 2015

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Page 1: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Learning Theories and Learning Theories and Integration ModelsIntegration Models

Integrating Educational Technology into Teaching

Page 2: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Current Educational Goals and Methods

• Directed instruction: “ is grounded primarily in behaviorist learning theory and the information processing branch of the cognitive learning theories” (IETIE p55), such as drill and practice, and tutorials.

• Constructivism: “ evolved from other branches of thinking in cognitive learning theory “ (IETIE p55), such as problem solving, multimedia applications, telecommunications.

Page 3: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Differences in Terminology

To DescribeDirected In-struction

To DescribeCon-structivism

Advocatesof directedinstructionsay:

Teacher-directedSystematicinstructionSystemsapproaches

DiscoverylearningUnstructuredlearningSelf-directedlearning

Page 4: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Differences in Terminology

To DescribeDirected In-struction

To DescribeCon-structivism

Advocatesof Con-structivismsay:

Teacher-centeredKnowledgetransferTransmissionmodels

Student-centeredKnowledgeconstructionGenerativelearningmodels

Page 5: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Differences in Philosophical Foundations

• Constructivists and their opposites come from separate and very different “planets” (Molenda,1991; Philips,1995).

• “Philosophers believe that knowledge has a separate, real existence of its own outside the human mind”(IETIT p.56).

Page 6: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Differences in Philosophical Foundations( cont.)

• “Advocates of directed instruction believe that learning happens when knowledge is transmitted to the learner.

• Constructivist philosophers believe that humans construct all knowledge in their minds, so that learning happens when a learner constructs both mechanisms for learning and his or her own unique version of the knowledge, colored by back and etc”( Willis, 1995).

Page 7: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Instructional Needs Met by Two Instructional Models

• Needs Addressed by Directed Instruction

1. Individual pacing and remediation, when a teacher’s time is limited.

2. Making learning paths more efficient, especially for instruction in skills that are prerequisite to higher-level skills.

3. Performing time-consuming and labor-intensive tasks, freeing teaching time for other, more complex student needs.

Page 8: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Instructional Needs Met by Two Instructional Models (cont.)

4. Supplying the sequence for self-instruction, especially when human teachers are not available, teacher time for structured reviews is limited, and /or students are already highly motivated to learn skills.

Page 9: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Instructional Needs Met by Two Instructional Models (cont.)

• Needs addressed by Constructivism

1. Making skills more relevant to students’ back ground and experiences by anchoring learning tasks in meaningful, authentic, highly visual situations.

2. Addressing motivation problems through interactive activities in which students must play active rather than passive roles.

Page 10: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Instructional Needs Met by Two Instructional Models (cont.)

3. Teaching students how to work together to solve problems through group-based, cooperative learning activities.

4. Emphasizing engaging, motivational activities that require higher-level skills and prerequisite lower-lever skills at the same time.

Page 11: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Summary of Characteristics of the Two Instructional Models

• Directed instructional models tend to:

1. Focus on teaching sequences of skills that begin with lower-level skills and build to higher-level skills.

2. Clearly state skill objectives with test items matched to them.

3. Stress more individualized work than group work.

4. Emphasize traditional teaching and assessment methods.

Page 12: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Summary of Characteristics of the Two Instructional Models(cont.)

• Constructivist leaning models tend to:

1. Focus on learning through posing problems, exploring possible answers, and developing products and presentations.

2. Pursue more global goals that specify general abilities such as problem solving and research skills.

3. Stress more group work than individualized work.

Page 13: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Summary of Characteristics of the Two Instructional Models(cont.)

4. Emphasize alternative learning and assessment methods: exploration of open-ended questions and scenarios, doing research and developing products; assessment by student portfolios, performance checklists, and tests with open-ended questions; descriptive narratives written by teachers.

Page 14: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Learning Theories Associated with Directed Instruction

• Behavioral theories.

“Behavioral theorists concentrated on immediately observable changes in performance as indicators of learning ” (IETIT p59).

• Information-processing theories.

Focused on the memory and storage processes that make learning possible.

Page 15: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Skinner’s Behaviorist Theories of Learning

• Stimulus. An event, combination of events, or relationship among events that affect a learner’s perception.

• Reinforcement.

An event that increases the probability of an act that immediately preceded it.

• Contingencies of reinforcement.

Arranging situations for the learner in which reinforcement is made contingent upon a correct response.

Page 16: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Skinner’s Behaviorist Theories of Learning (cont.)

• Respondents.

Reflex actions elicited by a given stimulus.

• Operants.

Responses without any obvious stimulus, which are, therefore, attributed to internal processes in the brain.

Page 17: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

The Contributions of Behavioral Theories

• “Grandfather of Behaviorism,” B.F. Skinner generated much of the experimental data that serves as the basis for behavioral learning theory.

• Two behavioral principles:

1. Behavior modification techniques

in classroom management.

2. Programmed instruction.

Page 18: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

The Contributions of Information Processing Theories

• Emphasis on sensory input, memory, and application.

• Didn’t agree with the behaviorists’ view that stimulus-response learning alone could form the basis for building higher-level skills.

• More concerned with the internal processes.– “cognitive structures”– “advance organizers”

Page 19: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Three Tasks to Link Learning Theories

1. Develop & State prerequisite skills

2. Supply instructional conditions

3. Determine the type of learning.– “ systematic instructional design”

(foundational) or “ systems approaches” (self-contained tutorials).

Page 20: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Gagne’s Principles

• Events of Instruction.1. Gaining attention

2. Informing the learner of the objective

3. Stimulating recall of prerequisite learning

4. Presenting new material

5. Providing learning guidance

6. Eliciting performance

Page 21: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Gagne’s Principles (cont.)

7. Providing feedback about correctness

8. Assessing performance

9. Enhancing retention and recall– Types of learning

1. Intellectual skills

-- Problem solving

--Higher-order rules

--Defined concepts

Page 22: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Gagne’s Principles (cont.)

--Concrete concepts

--Discriminations

2. Cognitive strategies

3. Verbal information

4. Motor skills

5. Attitudes

Page 23: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

The Information-Processing Theorists

• S WM(ST) LT

• Sensory Register

• Working (STM)

• Long Term Register

Page 24: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Managing the Complexity of Teaching

• “ Gagne specialized in the use of instructional task analysis to identify required sub-skills and conditions of learning for them. Briggs’s expertise was in systematic methods of designing training programs to save companies time and money. Together the two are credited with ISD.

Page 25: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Managing the Complexity of Teaching (cont.)

• When they combined these two area of expertise, the result was known as a systems approach to instructional design or systematic instructional design came into use in the 1970 s and 1980s” (IETIT p63).

Page 26: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Evaluate and Improve Teaching Plans

• Instructional goals and objectives

• Instructional analysis (task analysis)

• Tests and measures

• Instructional strategies

• Evaluating and revising instruction

Page 27: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Directed Methods: Problems

• Students cannot solve problems

• Students find directed instruction unmotivating and irrelevant.

• Students cannot work cooperatively.

Page 28: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Learning Theories Associated with Constructivism

• Constructivists strategies attempt to account for and remedy perceived deficiencies in behaviorist and information-processing theories and the teaching methods based on them.

• Constructivists try to inspire students to see the relevance of what they learn to prevent what the CTGV (1990) call “ inert knowledge” (IETIT p65)

Page 29: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

The Contributions of Early Cognitive Learning Theories

• Dewey

Laying the theoretical ground-work for many characteristics of today’s educational system. Progressive Movement in Education

• Lev Vygotsky

“scaffolding” and “ zone of proximal development” twin concept.

Page 30: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

The Contributions of Early Cognitive Learning Theories(cont.)

• Piaget

Stages of Cognitive Development in children ranging from sensory motor to formal operations (IETIT p65). Experiences a child has helps it experience, assimilate, and adapt to its environment.

• Jerome Bruner - intellectual development with intervention (active participation)

Page 31: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Lev Vygotsky: Scaffold

• Implications for education Vygotsky’s:

1. Education is intended to develop

children’s personalities.

2. Develop human potential.

3. Help students master their inner values.

4. Direct and guide the individual

activities of students.

5. Link student learning with individual development.

Page 32: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Piaget’s Theories

• Ormrod (1995)summarizes Piaget’s basic assumptions about children’s cognitive development in the following way:

1. Children are active and motivated learners.

2. Their knowledge of the world becomes more integrated and organized over time.

Page 33: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Piaget’s Theories (cont.)

3. Children learn through the processes of assimilation and accommodation.

4.Cognitive development depends on interaction with one’s physical and social environment.

5. The processes of equilibration helps to develop increasingly complex levels of thought.

Page 34: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Piaget’s Theories (cont.)

6. Cognitive development can occur only after certain genetically controlled neurological changes occur.

7. Cognitive development occurs in four qualitatively different stages.

(IETIE p67)

Page 35: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Jerome Bruner’s Theories

• Enactive stage - initiation of actions• Iconic stage - use of imagery• Symbolic stage - representations • Six indicators or “ benchmarks” that

revealed cognitive growth.

1. Responding to situations differently.

2. Internalizing events into a “ storage system.”

Page 36: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Jerome Bruner Theories (cont.)

3. Increased capacity for language.

4. Systematic interaction with a tutor.

5. Language as an instrument for ordering the environment.

6. Increasing capacity to deal with multiple demands.

• “Discovery Learning” is most successful with prerequisite knowledge & structured experiences.

Page 37: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Papert’s “microworlds”• “Like Piaget, Papert characterized

children as “ builders of their own intellectual structures”, and he asserted that these structures developed in a certain order”(IETIT p68).

• “Logo offered what he called “mircroworlds,” or self-contained, orderly environments that children could use as “ incubators for knowledge” (IETIT p69).

Page 38: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

John Seely Brown’s Theories

• “Inert knowledge,” a term introduced in 1929 by Whitehead, is a problem which was identified by John Seely Brown.

• “Cognitive apprenticeships” is a term that refers to a student’s ability to transfer knowledge in meaningful ways.

Page 39: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

CTGV

• Stands for “The Cognition and Technology Group at Vanderbilt.”

• Anchored instruction or teaching that is “ situated in engaging, problem-rich environments that allow sustained exploration by students and teachers” (IETIT p 70).

• “ Generative learning”

Page 40: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Characteristics of Constructivist Approaches

• Problem-oriented activities.

• Visual formats and mental models.

• “Rich” environments.

• Cooperative or collaborative(group) learning.

• Learning through exploration.

• Authentic assessment methods.

Page 41: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Constructivist Methods

• How can one certify skill learning?

• How much prior knowledge is needed?

• Can students choose the most effective instruction?

• Which topics suits Constructivist methods?

Page 42: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Constructivist Methods (cont.)

• Will skills transfer to practical situations?

• What objective evidence demonstrates the effects of Constructivist methods?

Page 43: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Integration Strategies Based on Directed Models

• Integration to remedy identified weaknesses.

• Integration to promote fluency or automaticity of prerequisite skills.

• Integration to make learning efficient for highly motivated students.

• Integration to optimize scarce resources.• Integration to remove logistical hurdles.

Page 44: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

Integration Strategies Based on Constructivist Models

• Integration to generate motivational learning.

• Integration to foster creativity.

• Integration to facilitate self-analysis and metacognition.

• Integration to increase transfer of knowledge to problem solving.

• Integration to foster group cooperation.

Page 45: Learning Theories and Integration Models Integrating Educational Technology into Teaching.

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