The Learning Architecture

The Learning Architecture

A common structure for different learning needs

A learning system needs more than a collection of subjects, lessons and course materials. It needs a clear structure connecting what a learner is expected to achieve with what is taught, what is practised and how achievement is recognised.

WARA’s learning architecture provides that structure.

It is designed to support academic subjects, vocational occupations and different learning pathways through a common underlying framework. The knowledge, tasks, safety requirements and standards vary according to the subject or occupation. The basic structure connecting learning to demonstrated capability remains consistent.

The architecture begins with a simple design question:

What should the learner be able to do after completing this course?

The answer determines the competencies to be developed, the tasks through which they can be demonstrated, the knowledge and skills required, and the practice and assessment needed to establish achievement.

The architecture at a glance

The learning and occupational structure follows this sequence:

Domain → Occupation / Subject → Pathway → Foundation Level → Competency → Task → Lesson Unit → Learning Element

Each part has a distinct purpose:

• Domain: The broad area of learning or work.
• Occupation / Subject: The specific type of work or academic area being studied.
• Pathway: The progression towards a defined educational or occupational outcome.
• Foundation Level: A defined stage within the Foundation portion of an occupational pathway.
• Competency: A capability the learner must be able to demonstrate.
• Task: A defined problem or piece of work through which capability is developed or demonstrated.
• Lesson Unit: A planned instructional package that helps develop the required capability.
• Learning Element: The knowledge, principle, procedure or skill needed to perform the task or lesson.

These elements are connected, but they are not interchangeable. A chapter is not a competency, a lesson is not proof of achievement, and completing an activity does not automatically establish that the required standard has been met.

Domains: organising the learning landscape

A domain is a broad area of learning or work. It helps organise related subjects, occupations and pathways without treating every occupation as an entirely separate system.

WARA’s vocational learning framework uses seven broad domains:

1. Digital, AI & Business Services
2. Education & Learning
3. Healthcare, Care & Community Support
4. Security, Technical & Infrastructure
5. Textiles, Manufacturing & Rural Production
6. Hospitality, Tourism & Local Services
7. Agriculture, Household & Essential Services

Each domain can contain multiple occupations and courses. The particular pathways offered depend on the intended learning outcomes, appropriate training arrangements, available resources and relevant requirements.

Academic subjects can also be organised within domains. Mathematics, science and language, for example, have their own learning outcomes and competencies even when they are not directly preparing a learner for a particular occupation.

Digital Foundation supports every domain

Digital Foundation is a common foundation across the seven vocational domains, not an eighth domain.

Digital capability can support a tailor managing customer records, a tutor using learning resources, a care worker handling appropriate digital records, a technician using diagnostic tools or a local service provider communicating with customers.

Its role is to help learners participate more safely and effectively in modern education, everyday life and work.

Occupations, subjects and pathways

A domain groups related areas. Within it, an occupation or subject identifies the more specific learning direction.

An occupation describes the type of work for which a learner is preparing. A subject describes an academic area of learning. Both can use the same underlying competency architecture, even though their intended outcomes and assessment methods differ.

A pathway defines how a learner progresses towards an educational or occupational outcome.

For occupational learning, the standard progression is:

L1 → L2 → L3 → Certificate → Diploma

The first three stages are progressive levels within Foundation; they are not three separate qualifications.

• L1 — Assisted Work: The learner can perform defined tasks with guidance.
• L2 — Skilled Work: The learner can perform a broader range of defined tasks with limited supervision.
• L3 — Complete Foundation: The learner has demonstrated the complete Foundation competency set for the defined pathway.
• Certificate: The pathway aims to develop an independent worker capable of completing defined work within the relevant scope.
• Diploma: The pathway aims to develop a service provider capable of organising people, resources and delivery to provide a service.

The exact competencies and requirements depend on the occupation. Progression must be based on demonstrated achievement and the applicable requirements, not simply on attendance or time spent in training.

Competency is the central unit

A competency is a clearly defined capability that a learner can demonstrate.

This is the central organising idea of the architecture. The competency describes the intended achievement; the lesson, learning material and practice activities are the means used to help the learner develop it.

A competency should be sufficiently specific to be observed and assessed against defined requirements.

For example:

Vocational competency

The learner can terminate and test a network cable using the specified procedure and required standard.

Mathematics competency

The learner can calculate percentage change correctly and apply it to suitable problems.

The two competencies concern different kinds of learning. Yet both can be defined clearly, developed through practice and assessed using appropriate evidence.

A competency is not merely a topic to cover. It represents something the learner should be able to do or demonstrate.

Tasks connect learning with application

A task is a defined problem, situation or piece of work through which one or more competencies can be developed, practised or demonstrated.

Tasks help give learning a clear context. They allow the learner to understand what is being attempted, why particular knowledge is needed and what a successful result looks like.

Examples include:

• Terminating and testing a network cable.
• Comparing two shop offers after applying the stated discounts.
• Preparing a household budget using a spreadsheet.
• Measuring materials to determine which provides better thermal insulation.

A task may support one competency or several related competencies. Some academic competencies require a task set—a collection of representative problems—because one question may not be sufficient to establish the required level of achievement.

Where reasonably possible, tasks should reflect meaningful work or recognisable real-life problems. They must also be appropriate to the learner’s level and the relevant safety and assessment requirements.

Lesson units and learning elements

A Lesson Unit is the smallest reusable planned instructional package in the framework. It helps the learner develop one or more competencies through a defined task or learning context.

A lesson unit may include:

• Learning objectives.
• The task or problem being addressed.
• Required knowledge and skills.
• Explanation and demonstration.
• Guided practice.
• Independent practice.
• A check of learning.
• Links to the relevant competencies and tasks.

A Learning Element is an individual item of knowledge, a principle, a procedure or a skill required for a task or lesson unit.

For example, a mathematics task involving discounts may require percentage calculation, determining the discount amount and calculating the final price. These are learning elements supporting the larger competency.

Learning elements explain what must be learned along the way. They do not replace the competency as the intended outcome.

Courses bring the elements together

A course is a structured programme designed around a defined set of competencies. It is not simply a collection of chapters.

A course connects its intended competencies with a learning plan, lesson units, tasks, practice, assessment and completion requirements.

Its structure can be represented as:

Course → Defined Competencies → Learning Plan → Lesson Units → Practice → Assessment → Verified Competencies → Completion

The learning plan organises how a learner progresses through the required work. It may take account of competencies that the learner has already demonstrated and had properly verified.

Chapters, topics and concepts remain useful for organising textbooks, navigation, search and reference materials. However, they are not the primary operational structure of the competency framework.

The central relationship is:

Competency → Task → Learning → Practice → Assessment → Evidence → Verification

This keeps course design focused on the capabilities the learner is expected to develop.

One architecture for academic and vocational learning

Academic education and vocational training do not need entirely separate learning architectures.

They use the same underlying structure but differ in their content, context, pace and assessment requirements.

The same competency can also be developed in different environments. A school may introduce and practise it gradually over several academic years, while a vocational centre may provide more intensive practice. The learning environment changes, but the competency and its defined standard should remain consistent where they are intended to be equivalent.

This is the principle:

Same competency. Different pace.

Learning, demonstration and verification

The architecture distinguishes between learning a competency, demonstrating it and having that demonstration verified.

The common competency status model is:

Not Started → Learning → Demonstrated → Verified

• Not Started: The competency has not yet been attempted.
• Learning: The learner is developing and practising the capability.
• Demonstrated: The learner has successfully performed the required task or assessment.
• Verified: An authorised assessment or verification process has accepted the evidence against the defined standard.

Evidence may include completed work, a practical demonstration, correctly solved problems, a digital output or another appropriate record of performance.

Verification matters because a learner’s familiarity with content or attendance at a session is not, by itself, proof of capability.

Verified competencies are recorded so that achievement can be recognised in later learning. The intended principle is that a learner should not have to repeat a competency that has already been properly demonstrated and verified merely because they move between school, vocational training or another learning setting.

From competencies to qualifications

Competencies, courses, qualifications and credentials serve different purposes.

A competency defines a capability. A course develops and assesses a defined set of competencies. A qualification represents achievement of its specified competency, assessment, prerequisite and applicable occupational requirements. A credential is the document or formal recognition issued for the relevant achievement.

Completing a course does not automatically establish that a learner has achieved a larger occupational qualification. Similarly, a WARA course certificate or credential should not be assumed to be a government-recognised qualification, professional licence or externally accredited award unless that recognition has been established.

The architecture makes these distinctions explicit so learners and institutions can understand what has been achieved and what further requirements may apply.

One course source, multiple learning materials

A consistent course should not become a different curriculum every time it is delivered through a new medium.

WARA’s framework uses a Course Master as the academic source of truth for a course. It can inform the materials and resources needed by learners and trainers, including:

• Student learning material.
• Teacher or trainer guides.
• Digital learning content.
• Practice activities.
• Assessment materials.
• Printable resources.

This allows different delivery formats to support the same approved learning outcomes and standards. Digital and printed resources may differ in presentation and functionality, but they should not silently introduce conflicting curricula.

The course content can be versioned, while competency identifiers remain stable when the underlying competency itself has not changed.

The architecture in one view

The following simplified view shows how the main parts connect.

DOMAIN
  └── OCCUPATION / SUBJECT
        └── PATHWAY
              └── FOUNDATION LEVEL (where applicable)
                    └── COMPETENCY
                          └── TASK / TASK SET
                                └── LESSON UNIT
                                      └── LEARNING ELEMENTS

COURSE
  ├── Defined competencies
  ├── Learning plan and lesson units
  ├── Practice
  └── Assessment
        └── Evidence
              └── Demonstrated competency
                    └── Verified competency
                          └── Competency record
                                └── Qualification requirements
                                      └── Credential, where applicable

The diagram is a conceptual overview rather than a claim that every subject or course follows an identical occupational pathway. Academic and vocational programmes use the elements appropriate to their outcomes.

What this architecture is intended to achieve

The learning architecture is intended to make the relationship between teaching, learning and achievement clear.

It provides a common structure in which:

• Course design starts with intended outcomes.
• Competencies describe the capabilities to be developed.
• Tasks give learners opportunities to practise and demonstrate those capabilities.
• Learning elements and lesson units support the learning process.
• Assessment uses suitable evidence to establish achievement.
• Verified progress can inform future learning.
• Course completion and qualification requirements remain distinct.
• Academic and vocational pathways can share a framework without losing their individual requirements.

This structure is the foundation for consistent course development and delivery. It does not, by itself, guarantee a particular learning or employment outcome. Results depend on the quality of the course, instruction, practice, assessment and the opportunities available to the learner.

Explore the next part of the framework

• Our Learning Vision — the overall purpose and direction.
• The Philosophy of Learning — the values and principles behind the approach.
• How Learning Works — how tasks, learning, practice and assessment fit together.
• From Capability to Qualification — how competency records and progression are handled.
• Putting the Vision into Practice — how the architecture informs course delivery and learning resources.

The central idea: Organise learning around the capabilities people need to develop, the tasks through which they can demonstrate those capabilities, and the evidence required to recognise achievement.