Dashboards leave you unsure
Connect each metric to the decision it is meant to inform.
Read a metric by checking what was counted, who or what it was divided by, and whether the comparison uses compatible periods. A bigger count can coexist with a lower rate. Work through the example before deciding what a chart means.
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A starting goal
I need to use numbers at work without becoming an analyst. Teach me to ask the right question of a chart, read rates and averages properly, and spot when data is being used badly.
Change any word so it fits your situation. The course is built from what you type and a few setup questions.
7 to 30 lessons.
An original website exercise
Imagine two complete weeks of a website test, using the same definitions: week A has 20 sign-ups from 100 eligible visits; week B has 30 from 200. These are made-up figures.
Week A is 20 divided by 100, or 20%. Week B is 30 divided by 200, or 15%. Keep each numerator with its own denominator.
Sign-ups increased by 10, while the visit-to-sign-up rate fell by 5 percentage points. Neither statement cancels the other.
The example does not explain why the rate changed. Different visitor intent, measurement or other conditions could matter. Do not attribute the result to a page edit from these totals alone.
Worked example, not a learner result
We received more sign-ups in week B, but a smaller share of eligible visits became sign-ups: 30 at 15%, compared with 20 at 20%. We need comparable traffic and measurement details before explaining the difference.
Now explain the result without saying "conversion improved" just because the count rose. If your denominator is people in one week and events in the other, stop and fix the comparison first.
Start free in Cadence and describe what you want to learn. Answer the setup questions to create your own course.
Right for now
Every lesson connects to a conversation, decision, or habit you can change between lessons.
Connect each metric to the decision it is meant to inform.
Check the denominator, comparison group, and time window before trusting the claim.
Spot visual choices that exaggerate, hide, or confuse the real comparison.
Ask for the evidence and limits you need without prescribing a technical method.
Example course outline
The lessons follow a clear sequence, so the next practical move is waiting when you come back.
Start with the choice, then decide which evidence matters.
Read rates, averages, segments, distributions, and forecasts in context.
Notice data quality problems, selection bias, uncertainty, and weak causal claims.
State what the evidence supports, what remains unknown, and what to do next.
Turn a workplace choice into one decision question with a clear action at stake
Define a metric by naming its numerator, denominator, population, and time window
Choose a denominator that matches the decision and explain how a different one changes interpretation
Course arc
Cadence turns the course into a returnable habit: short lesson, quick check, review, and the next useful step.
01 / 04Turn a broad request for numbers into an answerable workplace question.
Interpret denominators, averages, variation, and segments.
Check quality, bias, causation, experiments, and uncertainty.
Combine the question, metric, evidence limits, and next step.
Example syllabus
This outline shows one possible path. Your lessons and course length are created from your request and setup answers.
Frame decisions as answerable questions and define metrics with their populations and time windows
Interpret rates, averages, distributions, and segments without confusing unlike groups
Diagnose data quality, selection bias, sampling limits, and uncertainty in workplace evidence
Separate correlation from causation and judge experiments and forecasts for decisions
Read visual evidence and ask analysts focused questions that improve decision quality
Produce and rehearse five-part decision briefs from self-contained workplace evidence
How learning works
Each lesson builds on the one before. Keep going when you want to.
Read the lesson or play its audio when listening fits your day better.
Lessons can use quizzes, written responses, or guided practice. A lesson can also teach without adding a forced exercise.
Track completed lessons, keep a streak, set reminders, and ask the in-lesson coach for help.
Know the limits. Cadence supports guided self-learning. It does not award an accredited degree or professional certificate, and important claims in a lesson should be checked against reliable sources.
Free to read first
Course questions
People who use dashboards, reports, or workplace metrics and want to question the evidence, explain uncertainty, and make better decisions without becoming analysts.
No formal prerequisites are required. The course is designed for guided self-learning, and it is most useful when you bring a real situation or goal to the lessons.
Most courses run 7 to 30 lessons. Cadence sizes yours after the setup questions, and you choose your pace.
Lessons can be read or played as audio. The course includes quizzes or practical checks where the lesson calls for them, plus progress tracking and Ask Coach inside lessons.
No. Cadence is for practical self-learning and does not award accredited degrees or professional certification.
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Get Cadence, type what you want to learn, and answer the setup questions to create your course.
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