Science Modeling and the NGSS: Day 2 Presented by: Daniella Duran - - PowerPoint PPT Presentation

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Science Modeling and the NGSS: Day 2 Presented by: Daniella Duran - - PowerPoint PPT Presentation

Science Modeling and the NGSS: Day 2 Presented by: Daniella Duran and Matthew Medrano Your Feedback Counts! GOTS WANTS Importance of More planning time with phenomena in engaging grade level counterparts. and understanding More


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Science Modeling and the NGSS: Day 2

Presented by: Daniella Duran and Matthew Medrano

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Your Feedback Counts!

GOTS

❖Importance of phenomena in engaging and understanding science. ❖Investigable vs. Anchoring phenomena ❖Importance of framing and sequencing

WANTS

❖More planning time with grade level counterparts. ❖More ideas and resources for creating storylines and finding phenomena. ❖Planning time!

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Phenomena Homework

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NGSS Instructional Segments

❖Pre-bundled suggestions for Performance Expectations (PEs) that can cohesively tell a story.

Instructional Segment 5: Waves and Electromagnetic Radiation

Students obtain and communicate information about other interactions between waves and matter with a particular focus on electromagnetic waves. They

  • btain, evaluate, and

communicate information about health hazards associated with electromagnetic waves. They use models of wave behavior to explain information transfer.

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NGSS Instructional Segments

❖Pre-bundled suggestions for Performance Expectations (PEs) that can cohesively tell a story.

Instructional Segment 1: Systems and Subsystems in Earth and Life Science

Students practice defining systems, recognizing their components, and describing how they interact using examples at a range of scales from cells to

  • rganisms to the entire planet

Earth.

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Session Outcomes

❖ Identify tools, strategies, and

structures to support modeling in the classroom.

❖ Identify phenomena that will

drive student learning during the school year.

❖ Develop storylines that

connect modeling to phenomena using 3D learning.

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Agenda

❖ Welcome/Inclusion ❖ Tanker Phenomenon

Learning Sequence

❖ Using Phenomena and

Storylines to Drive Learning

❖ Reflection & Feedback

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Cluster 1 (Baldwin, Granada, Fremont, EP, Marguerita, SGHS) Cluster 2 (Ramona, Park, Northrup, Garfield, AHS) Cluster 3 (Ynez, Repetto, BW, MH, MKHS)

  • ---------Inquiry Instructional Rounds, Cycle 1----------

NGSS 101

August 7, 8

Cluster PD Day #1- Storyline Development

Oct 2 Sept 18

Sept 11 Collaboration Days- Research Lesson Development

3-4 sessions between October-December

Instructional Rounds

Jan 8-19

Proposed PD Road Map …for Secondary Science Teachers

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Instructional Inquiry Groups

❖Form groups of 5-6 based on content/grade level and within articulation groups.

Cluster 1 (Baldwin, Granada, Fremont, EP, Marguerita, SGHS) Cluster 2 (Ramona, Park, Northrup, Garfield, AHS) Cluster 3 (Ynez, Repetto, BW, MH, MKHS)

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Science Immersion Model for Professional Learning

SIMPL

Professional Development structure to efficiently and effectively support diverse group of teacher participants. Session Introduction: What pedagogical focus will frame

  • ur learning?

Adult learner Activity: What does this look and feel like in the classroom? Session Reflection: How did this experience impact our thinking about how we facilitate students learning science?

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What do we see? What do we wonder?

As you observe the phenomenon, record what you

  • bserve and any wonderings you might have.

Tanker Phenomena

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Summar Summary W y Wall all

Anchoring Phenomenon

Over-arching Question

Phenomena Based Question What We Did What We Learned Wondering/ Question We Have How This Might Work In Our Classroom

https://padlet.com/mmedrano3/AUSDsummarywall

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Anchoring Phenomenon

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Test Your Model

As a group: Test if your explanatory model accurately describes what was happening in the tanker by recreating the phenomenon on a smaller scale Approved proposals may obtain materials…

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Model Test: Constraints

Time (25 Minutes) Water Paper Towels Hot Pot Ice Post-Its Aluminum Cans Pie Tins Beakers Food Coloring Time Piece Graphic Organizer Pens Markers Plastic Bottles Syringes

Must have a defined plan for approval: plan, materials, predictions, etc.

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Group-Pair-Share

❖Pair with a group in your area and take turns sharing your test as well as your results. ❖Where do we go from here? What additional information do we need to refine our models?

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Informational Text and Simulations

Informational Text

Read the informational text on “Tire Pressure”.

What can you add to or change about your model (in a different color)? Simulations

Run one or more simulations from the Padlet with a partner.

What can you add to or change about your model (in a different color)?

**Record your findings on your graphic organizer**

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Track Your Learning

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See you in 15 minutes…

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Final Model Revision

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What does the framework expect?

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/

Which of these descriptions of models are you most comfortable with?

Students defend their additions/revisions to their explanatory models using evidence from sense-making activities. Students are able to connect the unobservable (causes) to the observable (effects) in their explanatory models. Students are able to use their explanatory model to make predictions about or explain how and why a phenomenon

  • ccurs.

Students are able to apply their learning to explain how and why a new, related phenomenon.

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How has our thinking changed over time?

Take a moment to reflect on the evolution of your thinking during our learning sequence. What opportunities did you have to develop your thinking over time? In what ways did we allow exploration and divergent thinking during the lesson sequence?

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Phenomena Planning

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Highlight the 3D Learning

Science and Engineering Practices

  • Asking Questions
  • Developing Models
  • Planning Investigations
  • Analyzing Data
  • Using Mathematics
  • Constructing

Explanations

  • Arguing from Evidence
  • Obtain, Evaluate, &

Communicate Evidence

Crosscutting Concepts

  • Patterns
  • Scale/Proportion
  • Cause & Effect
  • System Models
  • Energy & Matter
  • Structure & Function
  • Stability & Change

Disciplinary Core Ideas Content

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Phenomena Planning

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What are we learning about scale, proportionality, and science safety?

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Let’s Plan a Learning Sequence

❖Don’t worry about detail. ❖All ideas are good to start with. ❖Leave no stone unturned. ❖Keep all ideas fluid. ❖Have fun!!!

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Choose an Anchoring Phenomena

❖Create a new circle map with your inquiry group based on a topic you hope to teach during the inquiry in Jan. ❖Anchoring Phenomena ❖Connects ideas throughout the unit to build coherent storylines ❖Revisited multiple times ❖Gives an authentic answer to "why are we doing this?"

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Select Key Concepts

Selected Anchoring Phenomena

Key Concept #2 Key Concept #1 Key Concept #4 Key Concept #3

What are they key science concepts students need to know to explain the anchoring phenomena?

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Tanker Storyline

Rail Tanker Crush

Thermal Energy

Pressure

Particle Motion Matter Phase Change

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What investigable phenomena will allow students to understand the key concepts you have selected?

Selected Anchoring Phenomena

Key Concept #2

Investigable Phenomena #1 Investigable Phenomena #2

Key Concept #1

Investigable Phenomena #3

Key Concept #4

Investigable Phenomena #4

Key Concept #3

Select Investigable Phenomena

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Selected Anchoring Phenomena

Particle Motion

Color Tracks Bubble Burst

Pressure

Syringe Play

Thermal Energy

Model Testing

Matter Phase Change

Tanker Storyline

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Lesson Sequence

Anchoring Phenomena Investigable Phenomena #1 Key Concept Focus Question Investigable Phenomena #2 Key Concept Focus Question Investigable Phenomena #3 Key Concept Focus Question Investigable Phenomena #4 Key Concept Focus Question

Identify the scope and sequence for the lessons. Which must come first? What should come last? Is the order important?

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Lesson Sequence

Rail Tanker Crush Bubble Burst Thermal Energy, Pressure, Particle Motion How does temperature affect particle motion? Color Tracks Thermal Energy, Particle Motion How can we visualize particle motion? Syringe Play Pressure What happens when air is pushed into a smaller space? Model Testing Thermal Energy, Particle Motion, Pressure, Phase Change How might we recreate the tanker collapse? Reading/Simulations Thermal Energy, Particle Motion, Pressure, Phase Change Why did the tanker collapse?

Tanker Storyline

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Please use the Google Form Link provided to provide us with feedback! Much Appreciated!!!

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Digital Resources

Follow us on Twitter @UCLAScienceProj

Matthew Medrano

Science Facilitator UCLA Science Project matthew.medrano@gmail.com 626-688-7934

Keep in Contact!

Daniella Duran

Science Facilitator UCLA Science Project dduran@hartdistrict.org

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Video Links

https://www.youtube.com/watch?v=Zz95_VvTxZM https://www.youtube.com/watch?v=RrX2yTGJ6N0 https://www.youtube.com/watch?v=0hEPPKC4PpE https://www.youtube.com/watch?v=Wz4igVjNGq4 https://www.youtube.com/watch?v=JsoE4F2Pb20&t=8s