Living Commons · 01

Concept · generalized principle · cards 1T1 to 1T3

1T1 v2026.05.16

AT6012 Living Commons

The record of student work from AT6012 Design Research: Technology Transformations. Eight groups worked across the 2025 to 2026 cohort.

412 files. The repository stays private. The work is shared with the next cohort, and the cohort decides the rest.

CCAE : UCC / MTU. Source kept private.

1T2 v2026.05.16

From a graded PDF

For years the work ended at a grade. A student handed in a PDF, it was marked, and it stopped there. The next cohort opened an empty folder and started from nothing.

This module moves the work somewhere else.

The problem this is built to solve.

1T3 v2026.05.16

How knowledge moves

  • Create. The group produces research, data, and design work.
  • Capture. It is committed to the repository with its history.
  • Integrate. It links to the concepts already there.
  • Apply. The next cohort builds the next question on it.

One continuous loop across cohorts.

Read the page as pairs. A card in the concept row sits on a spectrum with the card below it in the example row, the way the Citation TWiN holds a seminal source beside a current one. Every card has a code and a version stamp, so it can be cited like a glossary entry. Through the editor embedded in the page a comment becomes a contribution, then collaboration, then stewardship. That is the peer-learning continuum.

Example · special-case scenario · cards 1B1 to 1B3

1B1 v2026.05.16

Data to application

  • Data. What the group gathered.
  • Ontology. The concepts and relations it declared.
  • Knowledge graph. Those concepts linked across the corpus.
  • RAG. Retrieval over the graph answers a new question.
  • Application. Design decisions, and the next inquiry.

The platform runs one spine end to end.

1B2 v2026.05.16

The ambition

Student research becomes cumulative. Work stays navigable across cohorts. Every group leaves a charter so the next person can find the edge of the work and move from there.

Why the commons exists.

1B3 v2026.05.16

The challenges

The work is identifiable student work, so sharing it needs consent. Roughly a gigabyte of media does not belong in a teaching repository. A grade still rewards a final artifact, and does not yet reward a contribution the next cohort can build on. Curation takes staff time.

Stated plainly, for the discussion.

From a graded PDF to a Living Commons Continue · Module homeAT6012-LC · v2026.05.16 · page 1

Concept · generalized principle · cards 2T1 to 2T3

2T1 v2026.05.16

Projected directions

These are proposals for discussion. None of this is decided yet. Separate the asset store from the teaching repository. Add a consent step at submission. Make the charter a graded artifact. Put a light review gate before one cohort builds on another. Track provenance so a branch keeps its lineage.

These stay open for now.

2T2 v2026.05.16

For the external examiners

A nod of approval closes the question. Feedback opens it. The useful outcome of this review is the part that does not hold: where the reframing is weak, where the infrastructure will not carry it, where the assessment logic breaks.

Your read is worth more than a sign-off.

2T3 v2026.05.16

Four Ds of AI fluency

  • Delegation. What the group handed to an AI system and what it kept human.
  • Description. Ontology articulation, saying clearly what is wanted.
  • Discernment. Voice rules and the citation TWiN judge the output.
  • Diligence. Provenance and commit history hold the group to the result.

Full rendering on ENGAGE

Dakan and Feller, AI Fluency, 2025.

Read the page as pairs. A card in the concept row sits on a spectrum with the card below it in the example row, the way the Citation TWiN holds a seminal source beside a current one. Every card has a code and a version stamp, so it can be cited like a glossary entry. Through the editor embedded in the page a comment becomes a contribution, then collaboration, then stewardship. That is the peer-learning continuum.

Example · special-case scenario · cards 2B1 to 2B3

2B1 v2026.05.16

DigComp 3.0

  • Information and data literacy: sourcing, citing, provenance.
  • Communication and collaboration: one shared repository.
  • Digital content creation: dossiers, data, media.
  • Safety: consent, GDPR, the publication basis.
  • Problem solving: the charter and the continuum decision.

Full rendering on ENGAGE

European Digital Competence Framework, EU JRC.

2B2 v2026.05.16

Method lineage (TWiN)

The cohort worked with assembly theory to track how materials and structures form over time.

Seminal
Simon, H. The Architecture of Complexity. 1962.
Current
Sharma, Walker, Cronin and colleagues. Assembly theory. Nature, 2023.

Seminal beside current.

2B3 v2026.05.16

The eight groups

Each link opens the project's detailed entry on the public group-projects page.

Living Commons · 02