High School Curriculum Launch - OpenSciEd
Professional Learning Session Overview

High School Curriculum Launch

Introducing OpenSciEd's materials and supporting the shift to instruction driven by student sensemaking about phenomena and problems

Session Overview

This four-day professional learning session introduces teachers to the OpenSciEd materials generally, in addition to the corresponding units. As a result of this professional learning, teachers will understand the supports and routines embedded into the OpenSciEd units that align with the shifts called for by the A Framework for K–12 Science Education and the Next Generation Science Standards

Included in this session are opportunities for teachers to:

  • Watch videos of students engaging with the OpenSciEd units
  • Hear teachers reflect on shifting their instruction with support from the units
  • Engage in the actual lessons of the unit as a student
  • Deepen their understanding of three-dimensional instruction and assessment
  • Reflect on ways to provide feedback to support continued student sensemaking

Session Agenda

Day 1: What does it mean to use phenomena and questions to support student sensemaking?

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Participant Learning Goals:

  • Reflect on goals for high school instruction.
  • Introduce the key shifts in NGSS and the design of OpenSciEd.
  • Explore the anchoring phenomenon routine.
  • Consider how engaging students in a common phenomenon and encouraging their connections to other everyday phenomena capitalizes on student experience to support more equitable learning opportunities for all students.
  • Reflect on the four steps in the Anchoring Phenomenon Routine across the OpenSciEd units.

Length:

  • 1 hour – Introduction: OpenSciEd & the Instructional Model
  • 4 hours – Unit Time: Experience the Anchoring Phenomena Routine
  • 1 hour – Closing: Discussion and Reflection

Day 2: How do we help students see coherence across the curriculum?

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Participant Learning Goals:

  • Consider the problem of practice that students often experience science as a series of disconnected activities or activities driven by the teacher rather than grounded in their own questions, curiosities, and ideas about the world around them. 
  • Analyze vignettes to examine how students build and revise their ideas over time.
  • Reflect on how we work with students to motivate the next step in the investigation and unit using questions.
  • Share their experiences with the Navigation Routine during unit-specific. 
  • Reflect on the methods participants have learned to support coherence across and within the curriculum.

Length:

  • 1 hour – Introduction: Coherence and the Storyline Approach
  • 4 hours – Unit Time: Build the Unit Storyline
  • 1 hour – Closing: Discussion and Reflection

Day 3: How can we support students in sensemaking discussions?

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Participant Learning Goals:

  • Introduce tools and strategies to support students in digging deeper and working with each others’ ideas.
  • Analyze classroom video using these tools and strategies to examine students’ discourse as they engage in a whole class discussion.
  • Reflect on goals and strategies you would like to try to support productive talk in your own classroom.
  • Analyze teacher interview video to observe and discuss establishing classroom norms to support a culture of figuring out.
  • Reflect on and discuss context-specific goals and challenges in leading discussions within an OpenSciEd unit.

Length:

  • 1 hour – Introduction: Productive Talk Strategies
  • 4 hours – Unit Time: Unit Investigations
  • 1 hour – Closing: Discussion and Reflection

Day 4: How do we support and assess students’ growth in 3-dimensional learning?

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Participant Learning Goals:

  • Introduce four characteristics of 3D assessments.
  • Analyze a traditional multiple-choice item using the four characteristics of 3D assessments. 
  • Examine a 3D assessment item, including student work and a rubric. 
  • Assess student models using a rubric for the phenomenon’s components and interactions between components.
  • Reflect on what 3D assessments help us see in terms of student understanding and supporting 3D learning.

Length:

  • 1 hour – Introduction: Assessment
  • 4 hours – Unit Time: Unit Investigations and Assessments
  • 1 hour – Closing: Discussion and Reflection