ngss, 3-d learning, and the design and use of classroom...
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NGSS, 3-D Learning, and the Design and Use of Classroom
AssessmentsSania Zaidi & Brian Gane
University of Illinois at Chicago
Session Goals1. Conceptualizing what to assess in a task: Unpacking Performance Expectations (12:35-12:55)
2. Tasks and rubrics: Eliciting evidence for what students know and can do (12:55-1:25)
NGSS and “3-D Learning”
NGSS defines when students are proficient in science and engineering. Students should:
● Integrate the 3 dimensions ● Explain phenomena and design solutions to solves problems
● Develop deep understanding and skills over time and across disciplines
NGSS standards are expressed as Performance Expectations
Disciplinary Core Ideas
Science & Engineering Practices
Crosscutting Concepts
MS-PS1-4. Develop a model that predicts and describes changes in particle motion, temperature, and state of a pure substance when thermal energy is added or removed.
Next Generation Science Assessment Project
Harris, C. J., Krajcik, J. S., Pellegrino, J. W., & McElhaney, K.W. (2016). Constructing assessment tasks that blend disciplinary core Ideas, crosscutting concepts, and science practices for classroom formative applications. Menlo Park, CA: SRI International.
http://nextgenscienceassessment.org/
“Unpacking” each of the three dimensions
The unpacking process enables you to
● Understand what each dimension really means● Identify the essential components of each dimension● Pinpoint the knowledge and capabilities students need to use in order to use and apply a given dimension
● Describe levels of performance for the dimensions at the grade level you are interested in. Always unpack with the student in mind.
This process is of high value because it
● Promotes consistency in your use of dimensions● Sustains the essential aspects of each dimension● Sets the stage for developing assessment tasks and rubric
MS-PS1-4. Develop a model that predicts and describes changes in particle motion, temperature, and state of a pure substance when thermal energy is added or removed.
Unpacking Disciplinary Core Ideas
● Elaborate aspects of a disciplinary idea● Define assessment boundary● Describe prior knowledge● Identify student challenges● Brainstorm relevant phenomena
Unpacking Disciplinary Core Ideas
Unpacking Crosscutting Concepts
● Describe essential features● Specify features of a high level of performance● Identify possibile intersections with other crosscutting concepts● Identify possibilities for integrating with science practices
Unpacking Crosscutting Concepts
Unpacking Science & Engineering Practices
● Describe the practice and its components● Identify the requisite knowledge and skills
Activity 1: Conceptualizing what to assess in a task: Unpacking the NGSS Performance Expectations
We will engage in group/partner activity in which you will “unpack” one of two science practices, either:
a. Developing and Using Modelsb. Analyzing and Interpreting Data
Use Appendix F and the Unpacking Worksheet
Activity 2: Tasks & Rubrics: Eliciting Evidence for what Students know
We will engage the audience in two related activities:
1. Critiquing one of the two tasks using the Criteria sheet. 2. Using the rubric to elicit evidence from a given response to the
task.
Critiquing Tasks: Is the task measuring the intended learning? This task is measuring whether a student is able to do the following:Use a model as evidence to describe how multiple organisms can interact in ways where they mutually benefit from their interactionsin some way to meet their needs for survival. [mutually beneficial]
This task is measuring whether a student is able to do the following:Analyze and interpret patterns in data to determine that when certain organisms interact to meet their needs, some organisms benefit, while the other organisms (or their entire population) are harmed. [predator-prey]
Science & Engineering Practice: Use a model Science & Engineering Practice: Analyze & Interpret Data
Fairness and Mindfulness Criteria for Designing & Evaluating Assessment Tasks for Formative Use
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Using Rubrics to Elicit Evidence for What Students Know
Understanding the Rubric:1. Each Task is designed to measure a Learning Performance (LP) 2. Each Learning Performance is made up of multiple Aspects of Proficiency
○ Aspects of proficiency are the building blocks for the Learning Performance
● Page 1: Outlines the aspects of proficiency being measured by the tasks. ○ There are levels (Full, Partial, Begining) for each Aspect of Proficiency○ Each level (Full, Partial, Beginning) provides an inference for what a student can and
cannot do.
● Page 2: Criteria for Proficiency on Aspects○ This page lists the criteria used to gather evidence from a student’s response ○ The criteria is applied to the student’s response
● Page 3: Exemplar Response○ The criteria for proficiency is applied to an exemplar response ○ Diagnostic Feedback is provided (using the table on page 1 on what a student can do)
● Page 4: Response provided for audience to apply the criteria for proficiency on all aspects.
Using Rubrics to Elicit Evidence for What Students Know
Birds, bees and cherry trees Locusts migrate toward cotton farms
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Acknowledgements
Nonye Alozie
Chanyah Dahsah
Daniel Damelin
Krista Damery
Louis DiBello
Reina Fujii
Diksha Gaur
Christopher Harris
Phyllis Haugabook-‐Pennock
Joseph Krajcik
Jane Lee
Mon-‐Lin (Monica) Ko
Tiffany Leones
Krystal Madden
Kevin McElhaney
Kiley McElroy-‐Brown
James Pellegrino
Clara Ryan
Samuel Severance
Gauri Vaishampayan
Sania Zaidi
Information
NGSA Tasks: https://ngss-assessment.portal.concord.org/
NGSA Project Website: http://nextgenscienceassessment.org/
Contact Information
Sania Zaidi: [email protected]
Brian Gane: [email protected]