Reverse-engineer outcomes to the components that produce them.
Complex policy problems persist not because leaders are indifferent, but because the way the problem is framed rarely matches the way it is experienced on the ground. Statewide averages, broad strategies, and competitive grant programs often reach the system as a whole while bypassing the specific districts, schools, and populations that generated the concern in the first place.
The Components Approach changes the unit of analysis. Instead of managing a headline problem, we decompose it into distinct, measurable sub-problems — each one a component that names who is affected, where in the system the inequity occurs, what policy or practice drives it, and what action can address it.
01 · Components
What the policy is made of
The named, editable parts of a policy — eligibility, funding formulas, thresholds, defaults, discretion, enforcement — treated as first-class objects rather than paragraphs of text. A component is a problem statement you can manage.
02 · Metrics
What the outcomes actually are
The signals that describe how the system behaves in practice, at the grain that matters, for the populations who live inside it. Metrics are tied to specific components, not just statewide totals.
03 · Evidence
Which components produce which results
The analysis that links observed outcomes back to specific components — so a change to policy is a change to the parts that carry the outcome, not the parts that are easiest to touch.
What makes a component well-formed01Visible in data
Grounded in a pattern that recurs across records or outcomes, not a one-off observation.
02Specifies who and where
Names a specific population and locates the problem in a specific part of the system.
03Connected to a lever
Maps to at least one policy or program lever that could plausibly change the condition.
04Monitored over time
Implies a trackable metric that would change if the condition improved.
Example · Component-based findingTraditional finding: "There are disparities in access to advanced coursework."
Component-based finding: Students at one campus enroll in AP courses at a rate 23 points lower than at another. The largest gaps are among Black male students and English learners. The primary driver is a scheduling structure that limits AP access to students who completed specific prerequisite sequences — a gatekeeping mechanism not present at the comparison campus.
Decomposition is not an academic exercise. It is how we make a complex problem workable — so leadership can see which parts of the system are load-bearing, which metrics reveal whether conditions are changing, and what sequence of actions is most likely to move the outcome.