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reflection 3 about infusion and immersion

Infusion and immersion are both applied in our teaching. to tell the difference between infusion and immersion is very important . And it is very difficult for me. sometimes,I mixed them. After sreading some notes, I found that: in the process of using of infusion, the teacher must show  to student a model in a simple way and then the teacher could ask students to do practice.While the immersion approach is like this: students demonstrate the ability to employ new or difficult operations on their own.  Is is true? I am really not sure.

reflection 2

On yeterday’s class,we have learnt how to evaluation students. Teacher have detaily explained the multiple chioce question,From this class I know that MCQ has it own advantages,but it cannot test students’HOTS. It just include low think skill. If a teacher want to test students HOTS, it is better to use subjective,such as essay.

reflection 1

This monday my group did our micro teaching. The teacher have given some comments. she said that our beggining is very good but she cannot see strategies and the application of infusion.So I thought II should read the notes again to understand the infusion strategy and how to apply it in our teaching. After this ,I hope it help us to modify our lesson plan.

Why does your baidness get serious day by day?””Because I always have to worry about.

“Then what are you concerned of””I lose my hair every day.

What Teachers and Parents Can Do To Simulate Thinking Skills

  1. Use teaching strategies that foster both the development of thinking skills and the mastery of subject matter under consideration.

  2. When learners succeed at tasks of any kind, focus their attention on and label the thinking skills that have enabled them to be successful.

  3. Encourage students to reflect on what they do that is effective and to give names to these processes.

  4. Model strategies by thinking aloud or by asking students why you did something, when you yourself successfully employ a thinking skill.

  5. Encourage students to talk to themselves while they think. At early stages, it may be necessary for them to talk out loud; but eventually they should be able to talk silently to themselves about what they are doing.

  6. Help students overlearn basic skills, so that they can afford the leisure to focus on how they are thinking rather than being overwhelmed by the basic skills included in the task at hand.

  7. Recognize the conditional nature of many thinking skills. Help students realize that a major part of using these skills is knowing when (not just how) to use them.

  8. To encourage transfer, emphasize connections within and beyond the topic of a given lesson. Encourage the integration of knowledge acquired on different occasions.

  9. Provide feedback on the degree to which learners have evaluated their comprehension correctly, not just on the degree to which they have comprehended correctly.

  10. Emphasize not only knowledge about strategies, but also why these strategies are valuable and how to use them.

  11. Be aware that students may not transfer thinking strategies far from the original setting, unless they are guided to do so. The “Remember when…. Now let’s rule” will help generalize these skills.

  12. Supply prompts to aid learners in monitoring the methods and depth at which they are processing information. These prompts can range from simple reminders or checklists to detailed scaffolded instruction programs.

  13. Avoid excessive dependence on external prompting. Although prompts may be necessary in early stages of the development of thinking skills, the ultimate goal is self-regulation.

  14. Focus on affective or personality aspects as well as the cognitive components of thinking skills.

  15. Be careful that attention to thinking skills does not detract from learning by competing for limited learning resources that need to be devoted to academic tasks. (Even though learning thinking skills may be more important goals than mastering specific facts or concepts, it may sometimes be better to help students learn a subject matter topic effectively – without worrying about how they did it. After they have succeeded at doing this several times, they can later be encouraged to focus on how they succeeded. Doing both tasks at the same time may be overwhelming.)

  16. Encourage students to work together on higher order activities, so that they can model thinking skills to one another and evaluate the comparative effectiveness of various thinking strategies. For example, encourage them ask one another why they employed certain cognitive strategies.

  17. Use more explicit strategies for younger learners than for older learners – for novices than for experts.   

Development of Thinking Skills

Young children possess only the beginnings of metacognitive and cognitive skills. They are able to direct their attention (the beginning of a metacognitive skill) but they lack other sophisticated skills needed to integrate higher order thought processes. In contrast, mature thinkers and strategy users possess a wide variety of higher-order, goal-specific, monitoring skills, in addition to factual and procedural knowledge to which they can apply these thinking skills (Brown, Armbruster, & Baker, 1984; Brown, Day, & Jones, 1983). That is, in addition to having a thorough understanding of a wide range of strategies, mature learners also know when, where, and how to apply their knowledge and strategies. They develop these skills by acquiring and overlearning these strategies and using them in combination with an ever-increasing knowledge about their world. At the present time knowledge about the development of cognitive and metacognitive skills is just beginning to develop. As this knowledge expands, one result will be more effective ways to train thinking skills in classroom settings (Pressley & Levin, 1983a, 1983b; Pressley, 1986; Pressley, Borkowski, & Schneider, 1987).

Metacognitive and cognitive theory is deeply rooted in constructivism, including the ideas of Piaget (which were discussed in Chapter 4), and in contemporary insights from cognitive science and information processing (which were discussed in Chapter 6). One reason for developmental maturity of formal operational learners is that they are more skilled than younger learners at using appropriate metacognitive skills to assimilate and accommodate information. Of course, they have acquired this higher level of metacognitive skills through a gradual process of assimilation and accommodation as they progressed from the sensorimotor stage to the stage of formal operations.

Throughout their lives, successful thinkers (including most of the readers of this book) have developed numerous thinking skills. In most cases they have accomplished this by finding important, interesting things to think about – and then thinking about them. Effective thinking skills are logically and naturally adaptive; and as long as there are no obstructions to learning, many learners are able to develop effective skills “automatically” by thinking about problems at an appropriate level of complexity. Until recently, little specific attention has been given to instruction in metacognitive or other thinking skills. However, since a large number of learners &emdash; especially those who have trouble in school &emdash; rely on ineffective strategies, a greater focus on how to teach thinking skills would seem to be productive.

If learners are going to use cognitive skills and strategies effectively, they must possess the following skills (Garner, 1990):

  1. They must be able to monitor their cognitive processes. If learners do not notice that they are not learning, for example, they are not likely to change strategies in order to learn more effectively.

  2. They must resist using primitive strategies that superficially seem to get the job done. For example, they must know the difference between a verbatim restatement of a reading passage and a summary and be willing to engage in the more strategic process of summarizing information they wish to learn rather than merely restating it.

  3. They must have an adequate knowledge base. That is, they must both have adequate information about the subject matters and strategies pertinent to that subject matter and adequate familiarity with the settings in which cognitive strategies will be used.

  4. They must set goals and make attributions that support the use of cognitive strategies. For example, students with low self-esteem who attribute success and failure to something other than effort are unlikely to initiate or persist in the use of cognitive strategies (Borkowski, Carr, & Pressley, 1987).

  5. They must transfer thinking strategies to new situations in which they would be appropriate.

Metacognitive Skills

Metacognition refers to learners’ automatic awareness of their own knowledge and their ability to understand, control, and manipulate their own cognitive processes.2 Metacognitive skills are important not only in school, but throughout life. For example, Mumford (1986) says that it is essential that an effective manager be a person who has learned to learn. He describes this person as one who knows the stages in the process of learning and understands his or her own preferred approaches to it – a person who can identify and overcome blocks to learning and can bring learning from off-the-job learning to on-the-job situations.

As you read this section, do not worry about distinguishing between metacognitive skills and some of the other terms in this chapter. Metacognition overlaps heavily with some of these other terms. The terminology simply supplies an additional useful way to look at thought processes.

Metacognition is a relatively new field, and theorists have not yet settled on conventional terminology. However, most metacognitive research falls within the following categories:

  1. Metamemory. This refers to the learners’ awareness of and knowledge about their own memory systems and strategies for using their memories effectively. Metamemory includes (a) awareness of different memory strategies, (b) knowledge of which strategy to use for a particular memory task, and (c) knowledge of how to use a given memory strategy most effectively.
  2. Continue reading this entry »


I am a chinese girl. My chinese name is Liu xiujun,and my English name is Maggie. Continue reading this entry »

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