A book of SCIENCE is like a jar of SECRETS

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behind the MAGIC of our UNIVERSE

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WELCOME TO "SCIENCE IN THE CLOUD"


Its All About Me



Hi. My name is Lee Ping. This is my homepage. It tells you a bit about me. Here is here you can find some of the more current things I am doing on the cloud for science education. First, I am a secondary school teacher and teaching subjects such as science and arts in my precious school. In school, I help students to learn. I love to teach science through various creative ways so that my students would fall in love with science like me. Studying is the most enjoyable thing in our lives. So, I would like to deliver this message to all the students so that they can enjoy it. I am going to put together a blog that gives information about my teaching. I will also provide various creative and innovative teaching and learning materials here for teachers and students. So, last but not least, come together with me and fall in love to teach or study science.


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DESIGN A TEACHING & LEARNING METHOD



A CREATIVE MODEL: THE INCREDIBLE EDIBLE CELL


Hands-on learning is an important component of scientific study this exercise is designed to incorporate kinesthetic and visual learning. This activity is designed to reinforce the concepts of cell structures and functions. The student produces a cell model from various food items. Each food item will represent a specific part (organelle) of the cell. When the lab is completed, the cell model is edible. This activity was developed since it is difficult for students to visualize cells as three dimensional structures. Most of the student exposure to cell structure is through diagrams in textbooks and it is hard for them to portray the cells as multidimensional.

         This activity had been carried out in class. The finding is interesting. Students seem to have a great fun since this is the first time they built a model by using food and most of them give the positive feedback to me. They can engaged actively in this activity. This had greatly motivated me to create more innovative methods in teaching science! TEACHING AND LEARNING SCIENCE IS FUN!  


Click on the links below to get more information about this activity:
1. INTRODUCTION
2. FINDINGS
3. LESSON PLAN
4. TEACHER'S HANDOUT
5. STUDENT'S HANDOUT
6. STUDENTS' OUTCOME
7. STRENGTH AND WEAKNESS OF METHOD

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THE AUTHENTIC BEST PRACTICES OF SCIENCE TEACHING


The following four pedagogical practices can be said to be truly best practice according to How Students Learn: History, Mathematics, and Science in the Classroom (National Research Council, 2005). The empirical evidence that supports their use is substantial.
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Engaging Resilient Preconceptions 
(addressing students’ initial understanding and preconceptions about topics)
Students do not come into the classroom as "tabula rasa." They are not blank sheets to be written on. Each student comes into the classroom with ideas that often limit what a student can learn. It is critical that student preconceptions be identified, confronted, and resolved.
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Organizing Knowledge around Core Concepts 
(providing a foundation of factual knowledge and conceptual understanding)
Organizing information can be a powerful way to increase understanding and retention. For instance, recognizing a pattern can be a powerful adjunct to retrieval. It would pay dividends for students to received direct instruction to come to know how the "problem-solving process" is conducted rather than through "learning by example."
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Supporting Metacognition and Student Self-Regulation
(teaching strategies that will help students take control of their learning).
Students need to be made fully aware of what they know and what they don't know. This can often be accomplished by requiring students to summarize what they have learned. Alternatively, the use of a "sample test" or a "pre-test" can be used to help students become more aware of what they know and don't know. Socratic dialogues can be used to the same end. There are many heuristics that can be used to help students self-assess and then self-regulate.
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Cooperative Learning 
(allowing students to learn together)
Cooperative learning should not to be confused with group learning - there are huge differences. Cooperative learning calls for PIG'S FACE: positive interdependence; individual accountability, group processing, social skills, and face-to-face interaction.

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Lesson today

Today we learn the way to create our own blog. Our blogging platform is blogspot.com. This is a very interesting experience for us to explore and build our world in cloud. 

 

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