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Volume 7 |
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Models of Teaching |
1. Present a discrepant event related to specific concepts drawn from Earth science, life science, physical science, or environmental science. Your presentation should be brief, and should be designed to engage the class in inquiry.
2. Present a five-to-ten-minute lesson based on one of the following models of teaching. Write a one page report on the strengths and weaknesses of the lesson, and how you would change the lesson if you were to teach it again.
3. Create a chart in which you analyze at least five models of teaching. Your chart should provide insight into the purpose of the model, the essential characteristics of the model, and under what conditions the model should be used.
4. One criticism of inquiry and discovery methods of science teaching is that this approach takes too much time, and students can learn concepts and skills if presented more directly. Debate this criticism by first taking the side of inquiry, and then the side of the criticism. In which were you more convincing? Is there a solution to this problem?
5. Observe a video of a science teacher teaching a lesson. Make anecdotal comments on the chart below indicating examples of the various models of teaching observed during the lesson. What generalizations can you make about this teacher's approach to teaching? View a video of another teacher and compare the two teachers approaches to teaching.
Examples of
how the model was implemented; examples of teacher and
student behavior Direct/Interactive
Teaching Inductive
Inquiry Deductive
Inquiry Discovery
Learning Problem
Solving Learning
Cycle Cooperative/Collaborative
Learning Synectics Person-centered
Learning Integrative
Learning Imagineering
6. Is there a relationship between metaphors of teaching and the models of teaching presented in this chapter. Three metaphors for the nature of teaching are:
Either observe two teachers in their classrooms, or observe video tapes of two teachers. Analyze their teaching in terms of these metaphors. What relationship exists between the perceived metaphor and models of science teaching?