OER·harvester

Competency catalogue

The 104 active T2.3 competencies: the vocabulary the harvester searches with, the descriptor the alignment reads, and what the alignment found. Compose a harvest →

What the alignment foundHow often each was searched

How many resources the alignment reads as contributing to each competency or developing it: decided at level 2 or 3, or not decided yet and more likely than not to reach 2. 54 competencies have none, 24 one or two. Every figure is a lower bound: on a sample graded on every competency, the map counts 33% of what was graded 2 or 3, and almost nothing of the 5 competencies underlined with dots.

How many times a harvest has searched for each competency, once for each source it asked. 101 competencies have never been searched. A search is not material found: the aligned view says what came of it.

none 1–2 3–9 10–29 30+
never 1–2 3–5 6–11 12+
DDigital 94212203420012149086012303134 GGreen 0000000102000010000100010 RResilience & Entrepreneurial 004000000000000010000120000 TDeep Tech 72643202372825212335201140010

T04 Deep Tech · Skill · Advanced

Computer Vision Development

Build and deploy computer vision systems

Alignment

4 resources likely to contribute to it or develop it

0 decided at level 2 or 3 · 4 not decided yet, more likely than not

On a graded sample, 1 pair was graded 2 or 3 for it, and the map counts 1.

Retrieval

0 resources harvested by searching its terms

Never searched yet.

Search vocabulary

Domain group
computer vision developmentimage classificationobject detectionimage segmentationvisual recognitionOpenCVvision model deploymentvision language modelGPT-4Vmultimodal modelimage reasoningimage-text retrieval

Zenodo and arXiv take the whole group in one query. GitHub takes one phrase at a time and works left to right, stopping once the competency is satisfied — so on that lane this order decides which terms actually run.

The compiled queries
zenodo ("artificial intelligence" OR "machine learning" OR "generative AI" OR "deep learning" OR "reinforcement learning" OR "large language model" OR "AI") AND ("computer vision development" OR "image classification" OR "object detection" OR "image segmentation" OR "visual recognition" OR "OpenCV" OR "vision model deployment" OR "vision language model" OR "GPT-4V" OR "multimodal model" OR "image reasoning" OR "image-text retrieval")
arxiv (all:"artificial intelligence" OR all:"machine learning" OR all:"generative AI" OR all:"deep learning" OR all:"reinforcement learning" OR all:"large language model") AND (all:"computer vision development" OR all:"image classification" OR all:"object detection" OR all:"image segmentation" OR all:"visual recognition" OR all:"OpenCV" OR all:"vision model deployment" OR all:"vision language model" OR all:"GPT-4V" OR all:"multimodal model" OR all:"image reasoning" OR all:"image-text retrieval")
github · term 1 AI "computer vision development" in:name,description,readme fork:false archived:false
github · term 2 AI "image classification" in:name,description,readme fork:false archived:false
github · term 3 AI "object detection" in:name,description,readme fork:false archived:false
github · term 4 AI "image segmentation" in:name,description,readme fork:false archived:false
github · term 5 AI "visual recognition" in:name,description,readme fork:false archived:false
github · term 6 AI "OpenCV" in:name,description,readme fork:false archived:false
github · term 7 AI "vision model deployment" in:name,description,readme fork:false archived:false
github · term 8 AI "vision language model" in:name,description,readme fork:false archived:false
github · term 9 AI "GPT-4V" in:name,description,readme fork:false archived:false
github · term 10 AI "multimodal model" in:name,description,readme fork:false archived:false
github · term 11 AI "image reasoning" in:name,description,readme fork:false archived:false
github · term 12 AI "image-text retrieval" in:name,description,readme fork:false archived:false

Profile 306be0a51756252b

Alignment descriptor draft

Outcomes
  • Can build a computer vision system: data, model, training, evaluation.
  • Can apply classification, detection or segmentation to images.
  • Can deploy a vision model and assess it on new images.
Develops it

Hands-on material on building vision systems with OpenCV, deep learning or vision-language models, where the learner trains, runs or deploys one.

Only mentions it

An image displayed in a notebook about another subject.

Alignment terms
opencvimage segmentationobject detectionimage classificationyolovision transformerdata augmentation

Read in a resource's text beside the domain group. They are never compiled into a search.

Neighbours

Descriptor a601cb51e146

How a vocabulary becomes a search

Every candidate must match both concept groups in its title, description or keywords before any content is downloaded. Precision warnings are recorded for audit; they never silently cancel positive evidence.

  1. Official name and description
  2. AI/ML terms and domain terms
  3. Zenodo, arXiv and GitHub syntax
  4. Metadata relevance gate
Mandatory AI/ML group
artificial intelligencemachine learninggenerative AIdeep learningreinforcement learninglarge language modelAI

GitHub's repository search takes one phrase at a time. Measured against the live endpoint, a parenthesised OR group returns nothing at all where each term alone returns thousands, and the 256-character limit rejects a long group outright — so that lane issues one query per term and stops as soon as the competency is satisfied.

coverage-vocabulary-1.3.0+sha256:08ad2cd19868 · catalogue sha256:04970bfc77255b1f

What a descriptor is

A descriptor is how the alignment reads a competency: what a learner who has it can do, what a resource has to do to develop it, what only mentions it, the phrases its subject is written in, its false friends, and how to tell it from the competencies that share its words. The definition above it stays the authority.

Every descriptor is a draft until a partner approves it; 0 of 104 are approved. Read the alignment rubric →

competency-descriptors-1.0.0+sha256:3cc741a61ced