Scholé AI

Answer

How do you measure whether AI training changed how people work?

Measure AI training at three levels: whether people can do a new task without help, whether they use AI tools in their real work afterwards, and whether a business number moves, because completion rates show attendance and nothing more.

Completion is the easiest number to collect and the weakest evidence. It shows that a lesson was opened to the end, not that anything was learned or used. Stronger evidence comes in three steps. First, can the person do a task they have not seen before, without the AI doing it for them? Second, are they using the tools in real work a month later? Third, does a metric the business already tracks change? Collect the first two for everyone and the third for one team.

At a glance

Weak signal
Completions and hours of training.
Skill
A new task done unaided, before and after.
Adoption
Use of AI tools in real work some weeks later.
Business
A metric the team already tracks, compared with a team that was not trained.

What are the steps to measure AI training?

  1. Set a baseline

    Run a short skill check and note current tool use before training starts. Without a before, the after means little.

  2. Test on a new task

    Check learning with a task the person has not practiced, done without assistance. Repeating the practice task measures memory, not skill.

  3. Look at use after a few weeks

    Ask managers, check tool usage data where you have it and survey the team. Skills that are not used fade.

  4. Pick one business metric for one team

    Choose something already tracked, such as handling time or first-draft turnaround, and compare a trained team with a similar untrained one.

  5. Report mastery, not attendance

    Give leaders mastery per skill and adoption by team. Those are the numbers that tell them where to act next.

Why are completion rates misleading?

Because activity and learning come apart. In a study of nearly 1,000 high-school students, those given a standard chatbot scored 48 percent higher than a control group during practice and 17 percent lower on a later test taken without it (Bastani and colleagues, PNAS, 2025).

A two-year trial of an AI tutor found that 96 percent of students tried it at least once, and that the median student used it in only 17 percent of the exercise sessions in which they made a mistake (Oreopoulos and Low, NBER, 2026). In both cases access and activity did not equal learning.

What does Scholé report?

Scholé reports mastery per skill and per person, team progress and adoption metrics, and lets an administrator ask for them in plain language. It can send progress to your own systems as xAPI statements and through an analytics API. It does not measure your business metrics for you, so pair its skill and adoption data with a number your team already tracks.

Where Scholé fits

  • You want mastery per skill and per person instead of a completion count.
  • You want adoption reported by team, and progress data sent to your own systems.

Where Scholé is not the answer

  • You need an attributed return on investment figure. No training tool produces that alone, and it takes a comparison your organization has to set up.
  • You need the audited record of mandatory course completions. Keep that in your LMS, which is the system of record.

More on this site: Scholé for teams, Integrations.

Related questions

There is no reliable benchmark, and a high rate proves little by itself. Track whether people can do a new task unaided and whether they use the tools afterwards.

Skill checks can show a change within weeks. Changes in how people work take longer to observe, and a business metric needs a comparison group and at least one full reporting period.

Combine usage data from the AI tools you license, manager observation and a short recurring survey, and report it by team. Training platforms such as Scholé add skill and adoption metrics for the people they train.

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Sources

  1. What organizations ask before buying AI training: findings from 82 conversations with 45 organizations, February to September 2026. Scholé, read 2026-10-01.
  2. Generative AI without guardrails can harm learning: Evidence from high school mathematics. Bastani et al., PNAS, read 2026-10-01.
  3. One Click Away: AI Tutoring with Khanmigo in a Two-Year School Experiment. Oreopoulos and Low, NBER Working Paper 35620, read 2026-10-01.
  4. Scholé for teams and learning leaders. Scholé, read 2026-10-01.

Last updated 2026-10-01. Statements about Scholé repeat its public pages, and its plans and audits change over time. Think something here is wrong or out of date? Email team@schole.ai and we will correct it.

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