HUMBLE HCI group University of Jyväskylä, Finland

Teachers are being handed AI faster than anyone can train them, or govern it.

Prashanth Shenoy researches both halves of that problem: what teacher AI training actually changes, and what the EU AI Act now demands of schools. Published evidence, two free tools, and findings put plainly enough to act on.

Prashanth Shenoy
15,919

teachers across 19 countries, synthesised in one meta-analysis of AI adoption

241

teacher responses from hands-on AI workshops run in Bengaluru classrooms

1 of 28

reviews of educator AI-literacy frameworks that address explainability at all

High-risk

where the EU AI Act puts admissions, assessment, placement and exam monitoring

Four questions

Guess first. The numbers are more surprising that way.

Every answer comes from a published study below. Predicting before you are told is also how people actually learn things, which is rather the point.

A 90-minute hands-on AI workshop for teachers. Of five measures of readiness, how many actually shifted?

Two of five

2 of 5 dimensions moved

Only ease of use and self-efficacy shifted. Usefulness, enjoyment and intention were already near the top of the scale before anyone walked in. The room did not need persuading; it needed fluency.

See the study →

Across 28 reviews of AI-literacy frameworks for educators, how many explicitly address explainability?

Exactly one

1 of 28 reviews

Explainability is what decides whether a teacher can trust an AI judgment about a student. It is almost entirely absent from the frameworks schools are currently adopting.

See the study →

India's school AI policy, scored 1 to 5 against UNESCO and OECD benchmarks. What did data protection score?

1 out of 5

the lowest of six dimensions

The curriculum scores full marks. Data protection has no education-specific provisions and no standards for the AI tools already running in classrooms. Curriculum-forward, governance-light.

See the study →

38 studies, 15,919 teachers. How well does the standard adoption model predict what will happen in your school?

The direction, not the terrain

pooled r = .62, prediction interval −.12 to .92

The averages are strong and well estimated. But the range within which a new school could plausibly fall runs from below zero to almost one. Useful as a compass. Useless as a map.

See the study →

Free to use

Two tools, built out of the findings

Both are free, both work today, and neither needs anyone to get in touch first.

AIT3

Free

Find out how much training your teachers actually need, before you book any.

  1. Teachers answer 16 quick questions on their own phones, before the session.
  2. Each one gets a five-character readiness code. Nothing leaves the device, and no individual answer is stored or sent anywhere.
  3. You read the cohort's codes against the trainer card, and see whether the gap is confidence, usability, or something else entirely.

Most cohorts are already convinced AI is useful. Knowing that in advance changes what a session should spend its time on.

Oppija

Free

Something new about AI, every day, in a few minutes.

  1. A teacher opens the app and takes one short, gamified lesson.
  2. The next day there is another, so understanding accumulates instead of fading the week after a training day.
  3. No cost, no jargon. Built for teachers rather than for engineers.

The research reason it works this way: one workshop moves usability confidence and very little else. AI does not sit still long enough for a single session to hold.

Work with PS

Bring this into your school, your newsroom or your leadership team

Keynotes, teacher AI literacy training, leadership briefings, full-day workshops, and expert comment for media. Tell me what you are trying to solve and I will tell you honestly whether I am the right person for it.

About

Who is doing this work

Prashanth Shenoy is a Grant Researcher in the HUMBLE HCI group at the University of Jyväskylä, Finland. Most people he works with call him PS.

The work runs on three tracks. Field studies take generative AI into Indian classrooms and measure carefully what a short intervention does and does not change. Synthesis work pools the international evidence on teacher adoption and tests whether the field's favourite model still holds. Governance work reads the EU AI Act against how these systems actually behave when a student is sitting in front of one.

All of it is co-authored with Mirka Saarela at the University of Jyväskylä, and supported by the Research Council of Finland.