Welcome Science 5 and Science 6 Implementation Workshop.
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Transcript of Welcome Science 5 and Science 6 Implementation Workshop.
![Page 1: Welcome Science 5 and Science 6 Implementation Workshop.](https://reader036.fdocuments.us/reader036/viewer/2022083005/56649f215503460f94c39dbd/html5/thumbnails/1.jpg)
Welcome
Science 5 and Science 6 Implementation Workshop
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The 5Es
Engage
Explore
Explain
Elaborate
Evaluate
Bybee (1997)
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Engage
We engage with a scientific question, event, or phenomenon.
We make connections to prior knowledge and experience.
We confront ways in which prior knowledge may not align with new ideas (which can motivate us to learn more).
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Students are engaged when they
• Ask questions, such as: What happened? What do I do?
• Show interest in the topic
Teachers engage students when they
• Create interest and generate curiosity• Ask questions• Elicit responses that uncover what the
students know or think about the concept/topic
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Explore
We explore ideas through hands-on minds-on experiences.
We formulate and test hypotheses and solve problems.
By exploring, we create explanations for what we observe.
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Students explore when they
• Think freely and suspend judgement• Test and form predictions and
hypotheses• Try alternatives and discuss them• Record observations and ideas
Teachers encourage exploration when they
• Encourage students to work together• Observe and listen to the students• Ask probing questions• Let students puzzle through problems• Act as consultant
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Explain
We explain what we’ve learned by analyzing and interpreting data, synthesizing ideas, and building models.
We clarify our understanding of concepts and explanations by consulting with others.
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Students explain when they
• Offer their own ideas and listen critically to other students and the teacher
• Refer to previous activities• Use recorded observations
Teachers encourage explanation when they
• Ask for justification (evidence) and clarification from students
• Formally provide definitions, explanations, and new labels
• Use students’ previous experiences as the basis for explaining concepts
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Elaborate
We elaborate new understanding and skills and apply what we’ve learned to new situations and circumstances by asking questions and proposing new solutions.
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Students elaborate when they
• Apply new knowledge • Ask questions, propose solutions, make
decisions, and design experiments• Draw reasonable conclusions from
evidence• Record observations and explanations
Teachers encourage elaboration when they• Expect students to use new knowledge by
applying or extending concepts and skills in new situations
• Remind students of alternative explanations• Refer students to existing data and evidence
by asking: What do you already know? Why do you think…?
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Evaluate
We evaluate what we’ve learned and how we learned it by assessing our own progress and asking open-ended questions.
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Students evaluate when they
• Ask and answer open-ended questions that encourage future investigations
• Demonstrate an understanding of concepts or skills
• Assess their own progress and knowledge
Teachers evaluate when they
• Observe and assess students applying new knowledge or skills
• Look for changes in students’ thinking or behaviour
• Allow students to assess their own learning • Ask open-ended questions
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Question
Your students will have opportunities to:
• Ask questions they can answer through investigation
• Listen to the kind of questions being asked by students and teachers
• Have time to think about a question• Decide how to find answers for their
questions
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InvestigateYour students will have opportunities to:• Make observations• Prioritize their observations • Collect evidence • Make predictions based on their
observations• Be curious about their investigations
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DiscoverYour students will have opportunities to:• Record observations through pictures,
charts, and words• Use their observations to support findings • Think about their investigations and how
these relate to their environment• Discover satisfaction from their
investigations and conclusions from a question
• Communicate their findings to peers
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Scientific Literacy
National Science Education Standards (NRC 1996) state that the goal of science education is for all students to “achieve scientific literacy.”
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SCIENTIFIC LITERACY
Use the materials at your table to define this term.
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Find the definition given in the guide and compare it to yours.
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The Guide
• Front Matter (Program Design and Components, Outcomes Framework)
• Outcomes at beginning of each unit
• 4 column spread – Outcomes, Elaborations – Strategies for Learning and Teaching, Tasks for Instructions and/or Assessment, Resources