Artificial-Intelligence Literacy for Upper-Secondary School · Icelandic

You Write First.The Machine Speaks Second.

what
21 modules on four competency lines
who for
upper-secondary students and their teachers
how long
about 20 min per module · 6 project packs

start with module 1for teachers

The Curriculum · 21 Modules on Four Competency Lines

From Module 21 · Video Games · The Human Anchor

„Choose a video game you know well. Write about flow, community, difficulty, frustration, the feeling of victory, unfairness, and what keeps you coming back.“

Read the Module

Start here

Pick one that grabs you. About 20 minutes.

Video gamesThe algorithm wants you to play more, not get better. Can you see the difference?SportsData can measure everything except what actually wins the game.CultureWhat disappears when music is optimized for streaming data?PracticeLetting the machine practice for you is like turning up to a treadmill on rollerblades.

or browse all 21 →

Brand new to the computer? Start here.

Get the basic gestures down first, copy, paste, sending a picture, taking a screenshot, in Handtökin (Hands On): a small, calm practice game with no account and no wrong answers. Then Tækniseigla is easy.

Open Hands On ↗ (opens in a new tab)

How it fits together

Four surfaces, one path. You can start anywhere, but this is the through-line.

  1. FoundationsUnderstand the method and why it works.
  2. A modulePick an interest and work the three-step spine.
  3. ExerciseCritique the machine output and make a fiduciary anchor.
  4. WorkbookCollect your work, evidence and responsibility in one place.

Curious what you can do with the tech? See the Cookbook →

The three-step method

3-step spine, TækniseiglaStep 1: The human anchor; Step 2: The algorithmic pivot; Step 3: The fiduciary anchor.
  1. The human anchor

    The student writes a personal, situated summary without machine help. This sets a baseline that machine output must not swallow.

  2. The algorithmic pivot

    The student uses a structured prompt to push artificial intelligence into systematic analysis that would be hard to do by hand.

  3. The fiduciary anchor

    The student verifies the output, finds errors, records sources, rejects what does not hold, and takes personal responsibility for the result.

For teachers and students

Teachers get a predictable, reusable module with teaching notes and assessment criteria. Anyone who has taught one unit knows at once how the next one is built.

Students practice judgment, not the polishing of a final artifact. The work shows how it was done, where the machine failed, and what responsibility the person took back.

Why practice

Every task here demands practice, whether it is a physics or a maths problem you want to wrestle with, a poem or a swing. The skill does not come from the finished product, it comes from doing the thing yourself, again and again.

Letting the chat sort it out for you is about as smart as turning up to a treadmill on rollerblades, standing still on it, and expecting to get fit. The machine can move the belt, but the legs are yours.

The future will call loudly for amplified people, the ones who have trained their imagination and creativity to put the machines to work. Large language models are buckets, not boxes: every generation has to add to them. Practice is how you become the one who amplifies the machine, instead of being replaced by it.

Listen: large language models are buckets, not boxes → (opens in a new tab)

For teachers: how the course is built and why →

Explore the modules