Designed for NGSS
Indicator 1k
Materials are designed to include three-dimensional assessments that incorporate uncertain phenomena or problems.
AI proposed
Structural evidence shows assessments consistently integrate the three dimensions—LLPEs are explicitly designed to combine SEP, DCI, and CCC elements [E1][E2], with assessment items coded to all three dimensions throughout [E5][E6][E9][E12]. Summative tasks consistently center uncertain/novel phenomena: an end-of-unit transfer task on 'the novel phenomenon of engineering bananas resistant to fungus' [E8], the zombie-fire explanation requiring students to apply learning to 'explain a new phenomenon' [E10][E7], and tasks built around explicit 'uncertainty about what will happen to the black bear populations' [E5]. This pattern across multiple units satisfies both required components—consistent uncertain phenomena AND consistent three-dimensional integration.
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Evidence Guide· what the rubric asks for · click to expand
are three-dimensional learning objectives present? If so, do they detail element-level
specificity?
● How often do learning sequences or opportunities provide opportunities for students to use the elements
of the three dimensions in the learning objectives?
HS Science Evidence Guide v2.0 Updated July 2025
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Gateway 1: Designed for NGSS
Criterion 1.2 Three-Dimensional Learning and Assessment: Materials are designed for
three-dimensional learning and assessment.
Indicator 1i Materials include a formative assessment system that is designed to reveal
student progress on targeted learning objectives.
Scoring
4 points
● The formative assessments
are consistently designed to
reveal student progress on
the targeted learning
objectives.
2 points
● The formative assessments
are designed to reveal
student progress on the
targeted learning objectives,
but not consistently.
0 points
● Few to no formative
assessments are designed to
reveal student progress on
the targeted learning
objectives.
About this indicator:
What is the purpose of this Indicator?
This indicator
● examines whether the materials include formative assessments that are connected to and reveal student
progress on the targeted learning objectives.
Boundaries with other indicators:
● Indicator 1k determines if materials are designed to incorporate three-dimensional summative assessment
tasks that focus on uncertain phenomena or problems.
● Indicator 3g determines if the assessment system provides multiple opportunities to determine students’
learning and sufficient guidance to teachers for evaluating studen
---
h of the various components of an
assessment within the summative process.
● Do not consider assessment of standards outside of the grade-band.
● Do not focus on supports for interpreting assessments. These are covered in the examination of the
assessment system in indicators 3g and 3n in Gateway 3.
Cluster Meeting
Discuss and answer the following questions to support consensus scoring conversations:
● How many assessments include information about what standards are addressed by the assessment or
individual assessment questions.
● How many of the claimed assessment standards are measured across the summative assessment
system?
● Describe the types of summative assessments used to determine individual student achievement
(performance tasks, multiple choice questions, written/constructed responses, etc.). Where are they
present? Are they always consistent in form and function or do they vary?
HS Science Evidence Guide v2.0 Updated July 2025
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Gateway 1: Designed for NGSS
Criterion 1.2 Three-Dimensional Learning and Assessment: Materials are designed for
three-dimensional learning and assessment.
Indicator 1k Materials are designed to include three-dimensional assessments that
incorporate uncertain phenomena or problems.
Scoring
2 points
● Assessments consistently
incorporate uncertain
phenomena or problems.
AND
● When incorporating uncertain
phenomena or problems,
assessments consistently
integrate the three
dimensions.
1 point
● Assessments incorporate
uncertain phenomena or
problems, but not consistently.
OR
● When incorporating uncertain
phenomena or problem
---
d
effectively in new problem contexts—an important goal of science learning (National Research Council, 2000,
2007).” (Developing Assessments for the Next Generation Science Standards, BOTA Report, p. 31)
Resources:
● Developing Assessments for the Next Generation Science Standards, BOTA Report
● Critical Features of Instructional Materials Design for Today’s Science Standards
HS Science Evidence Guide v2.0 Updated July 2025
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● Task Annotation Project in Science
Indicator 1k Guiding Question:
Are the materials designed to incorporate three-dimensional assessments that incorporate uncertain
phenomena or problems?
Evidence Collection
Locations to review:
● All identified summative and formative assessments in both student and teacher materials.
Resources to use:
● Review NGSS progression documents and standards as needed. Use the Codes for NGSS Elements
document.
Record evidence:
● Use information about elements identified in formative and summative assessment tasks from indicators
1i and 1j.
● Describe when and how the assessments provide students the opportunity to apply their learning to an
uncertain phenomenon or problem.
○ An uncertain phenomenon or problem can consist of a completely novel scenario or a new
aspect of a phenomenon or problem students have already engaged with.
● Describe how elements of the three dimensions are used together in assessments and assessment
questions.
○ In a set of questions related to the same scenario or phenomenon, the three dimensions may
be present across the set.
Retrieved evidence (12 chunks)
- E1 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBO/hires/B.2%20Teacher%20Edition.pdfrel 0.57
- E2 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBN/hires/B.4%20Teacher%20Edition.pdfrel 0.56
- E3 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBO/hires/B.2%20Teacher%20Edition.pdfrel 0.46
- E4 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBO/hires/B.2%20Teacher%20Edition.pdfrel 0.45
- E5 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBC/hires/B.5%20Teacher%20Edition.pdfrel 0.41
- E6 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBC/hires/B.5%20Teacher%20Edition.pdfrel 0.39
- E7 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBO/hires/B.2%20Teacher%20Edition.pdfrel 0.39
- E8 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBN/hires/B.4%20Teacher%20Edition.pdfrel 0.39
- E9 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBC/hires/B.5%20Teacher%20Edition.pdfrel 0.39
- E10 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBO/hires/B.2%20Teacher%20Edition.pdfrel 0.38
- E11 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBO/hires/B.2%20Teacher%20Edition.pdfrel 0.38
- E12 · grade-9 — openscied-uploads-production.s3.amazonaws.com/G9_UBC/hires/B.5%20Teacher%20Edition.pdfrel 0.37
Evidence is stored as references + retrieval scores (the chunk text isn’t snapshotted); open the source to read the passage in context.