Reading student thinking
Teams look closely at responses to SBAC-style math and NGSS-style science tasks: the reasoning, the partial ideas, the misconceptions, and the strengths that a single score can hide.
Assessment literacy is less about scores and more about what student work makes visible. I help math and science teams read evidence carefully, notice what it shows and what it leaves unseen, and decide for themselves what to explore next.
Teams look closely at responses to SBAC-style math and NGSS-style science tasks: the reasoning, the partial ideas, the misconceptions, and the strengths that a single score can hide.
We examine what a task actually asks of students, including claim or domain, depth of knowledge, and item type, so the tasks teachers choose match the understanding they hope to see.
Teachers calibrate together on what proficient work looks like, using scoring guides and real student responses rather than guesswork.
We keep practice estimates in their place: useful for noticing patterns, never a substitute for official state results or a full picture of a student.
Teachers make better instructional decisions when they understand what students are expected to demonstrate, what evidence reveals that understanding, and how that evidence is scored. The Smarter Balanced framework connects each of these layers. The Test Bank is organized around them so the connections stay visible.
| Layer | What it helps teachers do |
|---|---|
| Course and grade | Find questions that fit the mathematics you are teaching, including Integrated Math 1–3. |
| Standards, concepts, and skills | Name the content and the learning expected. |
| Claims and targets | Understand what students must demonstrate: procedures, problem solving, reasoning, or modeling. |
| Task models and evidence | Understand what a task is designed to draw out of students. |
| Depth of knowledge | Recognize the depth of thinking a task requires. This is cognitive demand, not how hard a question is. |
| Stimuli, formats, and tools | See how students engage with a task and show what they know, including representations and accessibility supports. |
| Adaptive questions and performance tasks | Understand the two parts of the test. A performance task’s questions share one context and build on each other, so they belong together. |
| Blueprints | Understand coverage, emphasis, and points across a whole test. Questions that each align to a standard do not automatically add up to a representative test. |
| Keys, rubrics, and score points | Interpret responses consistently against the evidence expected. Any partial credit follows the applicable rubric. |
| Diagnostic interpretation | Identify learning needs while keeping evidence separate from guesses about their causes. |
| Instruction and practice | Choose a response to the need you identified. |
| Reassessment and PLC inquiry | Gather fresh evidence to learn whether the response worked and what to improve next. |
This is a teacher’s guide to the framework, not an official Smarter Balanced taxonomy. Test Bank results are practice estimates, not official SBAC scores.
Your team’s own questions come first; these are only examples.
Test Bank math questions can be filtered by course, claim, target, depth of knowledge, and item type; science questions by domain, performance expectation, practices, and crosscutting concepts. Teachers can preview explanations, build assignments, and print worksheets with answer keys, which gives a team shared tasks to look at together.
Consulting engagements and Test Bank licenses are scoped separately. Test Bank results are practice estimates, not official SBAC or state science test results.
Explore the Test Bank →A good place to start is a One-Semester Improvement Cycle for one department, at one fixed price quoted up front. Larger engagements are shaped around your context.