Every teacher who has piloted a new unit has been asked the same question by a department head: "where does this land on the standards?" The honest answer for a UNI unit is that most of it lands cleanly, some of it stretches the language of the standard, and a small part sits outside the frame entirely. This post is how we do that mapping in the open.
Start with the standard, not the unit
The temptation is to open your unit plan and hunt through the standards document for verbs that match. That produces a coverage grid that looks tidy and teaches you nothing. Reverse it. Read the standard before you open the unit plan. Write, in one sentence, what a student who meets that standard can do that a student who does not cannot do. Then ask whether your unit produces that difference.
For an NGSS practice like "constructing explanations and designing solutions" (Class E, NGSS Appendix F), a UNI unit built around gates already does the work: Gate 1 forces a testable question, Gate 2 forces a plan, Gate 3 forces a conclusion with a named falsifier. See gate design for middle school for a worked example. The alignment here is tight because the standard and the unit are asking for the same observable behavior.
Mark the tight seams, the loose seams, and the outside
We use three labels on our alignment grid.
Tight seam: the standard and the gate are asking for the same evidence. A student who passes the gate meets the standard. Example: NGSS MS-LS1-5 (environmental factors influence growth) maps tightly to a gate that requires a directed prediction and a measurement plan.
Loose seam: the standard and the gate overlap but the language is different. A student who passes the gate probably meets the standard, but a reviewer reading just the standard text might not see it. Example: Common Core ELA writing standards on "citing textual evidence" overlap with our evidence-classing (Class E vs Class B vs Class C), but the vocabularies differ. We flag this and translate for the reviewer in a one-line note.
Outside the frame: the gate teaches something the standard does not name. Example: naming a falsifier before running the experiment. The habit is central to what we teach and is not in most state science frameworks (Class E, from a survey of five state K-12 science frameworks in use in 2024-2025). We do not hide this. We list it as "beyond frame" on the grid and explain what it adds. Department heads have, in every conversation so far, found this more credible than a fully-checked coverage box.
The mapping template we actually use
The grid has four columns. Standard code. One-sentence student-can-do restatement. Which gate carries it. Seam label (tight, loose, outside). That is all. If a standard needs a paragraph of justification, the seam is loose or outside, and the paragraph goes in a footnote rather than pretending the fit is tight.
The configuration piece (Class C): the grid lives in the same folder as the unit plan, in the same repository the teacher edits. When a state framework updates, the grid updates in the same commit as the unit. No parallel document drifts.
What we do not claim
We do not claim a UNI unit covers a standard when it does not. We do not claim NGSS or Common Core endorses the active-inference vocabulary; they do not, and it would be dishonest to imply it. We do not claim the falsifier gate is required by any current state framework. What we do claim is that the gates produce observable evidence a reviewer can check against the standard's own language, and that where the fit is loose or outside, we say so on the grid.
This posture is the one we take across the family. UNI is a working hypothesis on an attainable path toward General Natural Intelligence, natural not artificial, and the classroom version of that posture is: show the seams, do not paint over them.
For high-school science
The mapping gets more interesting at the high-school level, where NGSS performance expectations bundle a practice, a core idea, and a crosscutting concept. See gate design for high school science for how a three-gate structure maps onto a bundled performance expectation without collapsing any of the three strands.