Updated on
September 9, 2026
IB ATL Skills: Approaches to Learning Explained
The five IB Approaches to Learning categories explained, with practical ways to teach, observe and map ATL skills across PYP, MYP, DP and CP.
What are IB ATL skills?
ATL (Approaches to Learning) skills are a core framework in the International Baccalaureate covering five categories, thinking, communication, social, self-management, and research skills, taught across the curriculum. For teachers, they make the implicit skills behind good learning explicit, so learners develop transferable habits like organisation, collaboration, and critical thinking alongside subject content.
IB Approaches to Learning, usually called ATL skills, give teachers and learners a shared language for communication, social, self-management, research and thinking skills. In lesson planning, ATL means naming one useful learning behaviour, teaching it through the subject task, and checking how learners use it. It is not a separate course or an extra set of marks.
For example, a science teacher can focus on how learners revise a method after a test. The teacher models one change. Learners then improve their own plans. The result shows both scientific thinking and self-management.
Key takeaways
- ATL is the IB's shared language for five interrelated skill categories: communication, social, self-management, research and thinking.
- Teach one precisely named ATL behaviour through an existing subject task, then model, practise and reflect on it.
- Keep the five categories consistent across programmes, but adapt subskills, scaffolding and evidence to the programme and learner stage.
- Observe ATL through normal classroom work. Do not create a second marking system or claim that broad skills transfer automatically.
- Treat AI literacy as an application of existing research, thinking, communication and self-management skills, not a sixth official ATL category.
What ATL Skills Are
Approaches to Learning are the IB's framework for helping learners understand how they learn. The framework organises learning behaviours into five categories that are used across PYP, MYP, DP and CP. A teacher uses ATL well by connecting a clearly named behaviour to meaningful subject knowledge, practice and reflection (International Baccalaureate, 2026).
ATL supports the wider aims described in this International Baccalaureate overview. It also complements the IB learner profile: the learner profile describes valued attributes, while ATL gives practical language for processes such as planning, questioning, collaborating and evaluating. The two are related, but they are not interchangeable checklists.
Imagine a Year 5 inquiry into water use. Instead of writing “research skills” in the plan, the teacher names the behaviour: “compare two sources and explain which is more useful for this question”. The teacher models the comparison. Learners mark up two sources and record one reason for trusting or questioning the evidence.
The five categories are stable, but there are not ten universal subskills that every IB classroom must use in the same way. Programme documents and schools group subskills and examples to suit the age, subject and local context. Shared language should help teachers make sound choices. It should not force every class into one pattern.
ATL is strongest when it sits inside an inquiry cycle and subject curriculum. Learners need knowledge about rivers before they can evaluate explanations of flooding, and vocabulary before they can discuss a poem precisely. The skill focus shapes how learners work with content; it does not replace the content.
The Five ATL Skill Categories
The five official ATL categories are communication, social, self-management, research and thinking. They are interrelated rather than a sequence or hierarchy. In one well-designed task, learners may research evidence, think about its meaning, communicate a conclusion, manage a deadline and respond constructively to a partner (International Baccalaureate, 2026).
Communication skills
Communication includes interpreting and expressing meaning through speech, writing, visual forms and appropriate digital media. A literature teacher can model how to build on another person's interpretation with “I agree with this evidence, but I read the image differently because...”. Learners then contribute to a discussion and submit a short paragraph that incorporates, challenges or refines one peer idea.
Communication is more than confident public speaking. Listening, reading for purpose, adapting language to an audience and choosing a suitable mode all count. A learner who uses a diagram and a recorded explanation to make a scientific process clear may demonstrate stronger communication than one who produces a long but poorly organised paragraph.
Social skills
Social skills concern teamwork, relationships, shared decisions, responsibility and resolving disagreement. In a design task, the teacher assigns roles and models a neutral phrase for disagreeing. The teacher pauses the group halfway through. Learners make a log of the options, the choice and how each person helped.
Do not treat quietness, eye contact or speed of response as simple evidence of weak social skill. Look instead for purposeful actions that fit the learner and context, such as sharing information, inviting a contribution, negotiating a role or repairing a misunderstanding. This makes collaboration teachable without rewarding one personality type.
Self-management skills
Self-management brings together organisation, emotions, motivation, attention and reflection. Before a two-week task, the teacher turns the deadline into four clear steps. The teacher also models how to change a plan after a setback. Learners record the next action, likely obstacle, support needed and new date.
Self-management is not a judgement about character. Missed deadlines may reflect an unclear task, inaccessible instructions, overload or competing demands. Teachers should improve the environment and teach routines before concluding that a learner lacks independence.
Research skills
Research includes information literacy, media literacy, inquiry, source evaluation, ethical use and accurate acknowledgement. In geography, the teacher compares an official dataset, a news report and an unattributed social post. Learners produce a source note that identifies origin, purpose, evidence, limitations and the claim each source can genuinely support.
Finding a fact is only the beginning. Learners also need to frame questions, select methods, notice missing voices, synthesise information and record sources. These behaviours become more demanding across the programmes, but they remain grounded in the same category.
Thinking skills
Thinking includes critical and creative processes, transfer and reflection. In mathematics, the teacher shows two worked answers and thinks aloud about where the methods split. Learners mark up both answers. They choose the sounder method and create a third example to test their view.
Broad thinking skills do not float free from knowledge. A learner may compare sources expertly in history yet need modelling to compare chemical methods. Teachers can support transfer by naming the common move, highlighting important differences and asking learners where the strategy would or would not work elsewhere.
How ATL Changes Across PYP, MYP, DP and CP
All four programmes use the same five ATL categories, but the learning context, level of independence and useful evidence change. Progression is therefore not a simple age ladder. Teachers adapt language, modelling, scaffolds and reflection to the programme, the subject, the task and the learner (International Baccalaureate, 2026).
| Programme | Typical emphasis | Teacher action | Learner evidence |
|---|---|---|---|
| PYP | Concrete routines, guided inquiry, talk and reflection | Model how to sort observations and use picture prompts to plan | A labelled sort, oral explanation or simple reflection showing the chosen strategy |
| MYP | Explicit skill development across subjects and increasing independence | Name a source-evaluation behaviour, model it in the subject and revisit it in another context | An annotated source comparison and a reasoned note about strategy use |
| DP | Independent inquiry, academic communication, workload management and evaluative judgement | Teach milestone planning and model how disciplinary standards shape evidence | A research trail, revised plan or explanation of a methodological choice |
| CP | Applied learning, personal and professional contexts, communication and transfer | Use an authentic brief with stakeholder needs, roles and review points | A client-facing product, decision record and reflection on adapting skills for practical work |
PYP: supported inquiry and visible routines
In PYP, learners benefit from concrete examples, visual cues, talk and repeated routines. During an inquiry into habitats, a teacher models how to turn “animals” into a focused question, provides image cards for sorting evidence and invites spoken, drawn or written explanations. Learners produce a question, a categorised evidence set and a reflection naming what helped them decide.
MYP: explicit development across subject contexts
MYP makes ATL development a deliberate part of planning and teaching. Research into MYP implementation found that shared understanding, explicit teaching, collaboration and sustained school structures matter, while implementation varies between contexts (International Baccalaureate, 2020). A science and humanities team can therefore teach the same source-checking language, while modelling different standards of evidence in each discipline.
The IB's explanation of how the MYP works places ATL within its wider curriculum design. A learner can produce two annotated sources in humanities, then use a parallel prompt to assess a scientific claim. The teacher discusses both the shared evaluative move and the subject-specific differences.
DP: disciplinary independence with timely support
DP learners manage extended tasks and communicate within more specialised disciplinary conventions. In Theory of Knowledge, a teacher may model how to distinguish a claim about evidence from a claim about certainty. Learners produce a paragraph that states the claim, qualifies it and explains why the limitation matters.
Greater independence does not mean the removal of teaching. Milestone planning, research conferences, exemplars and feedback remain appropriate, particularly when a learner meets a new genre or method. The support can be faded as the learner demonstrates control.
CP: applied transfer and professional communication
CP contexts create opportunities to use ATL in authentic personal and professional situations. For a community brief, the teacher clarifies the audience, ethical constraints and review points, then models how to convert feedback into an action. Learners produce a proposal, a revision log and a short explanation of how they adapted their communication for the stakeholder.
How to Teach ATL Skills in Subject Lessons
Teach ATL through a real subject task. Name one behaviour, explain why it helps, model it, guide practice and let learners apply it. Finish with focused reflection. This keeps attention on learning and gives the teacher useful evidence from work already being done.
Choose a behaviour, not a broad category
“Develop thinking skills” is too vague to teach or observe. “Separate an observation from an inference” is specific. In a biology practical, the teacher highlights examples and non-examples, then learners colour-code observations and inferences in their own notes before correcting one unsupported conclusion.
Start with the subject goal and ask which learning behaviour is likely to enable it. This is consistent with concept-based learning, where learners work with important relationships rather than disconnected activities. The ATL focus should sharpen the intellectual work, not compete with it.
Model the process and its decisions
A model should reveal choices, not simply display a polished final product. A history teacher can think aloud while comparing two accounts: “This source is closer to the event, but proximity does not remove purpose or bias. I need corroboration.” Learners annotate the model, then repeat the decision process with a new pair of sources.
Use a short worked example, visualiser demonstration or live planning sequence. Pause at the point of judgement and invite learners to predict the next move. Their product can be a completed organiser plus one sentence explaining the decision that changed their answer.
Practise, prompt and reflect briefly
Guided practice can include sentence stems, a checklist or a partially completed example. Remove prompts as learners gain control. The reflection should point back to the strategy, for example: “Which check made your claim more reliable?” rather than “How did you feel about the lesson?”
This approach builds metacognition without turning every lesson into a diary exercise. In English, learners can plan an argument with three prompts, draft one paragraph, and underline where they changed direction after checking the evidence. The underlining and brief note show strategy use within normal work.
How to Map ATL Across a School
A useful school map shows where ATL is taught, where learners need more practice and where the next step is unclear. It does not put every subskill in every unit. Leaders agree shared terms, map current tasks and select a few priorities. They then inspect learner work and adjust the sequence.
Agree shared language before building documents
Begin with the five categories and a small set of observable behaviours that matter in the school's context. A staff team can agree that “evaluate a source” includes identifying origin, checking evidence, comparing it with another source and explaining limits. Subject teams then show what those actions look like in science, history, arts and design.
Keep programme-specific terms where they are useful. Shared language should create connections, not flatten disciplinary expertise. A whole-school glossary with one example from each programme is more useful than a long generic list that teachers cannot remember or teach consistently.
Map opportunities already in the curriculum
Ask departments to identify tasks where learners naturally plan, inquire, collaborate, communicate or evaluate. Record whether the behaviour is introduced, practised with support or expected more independently. For example, source comparison may be introduced through paired images in PYP, practised with a checklist in MYP and used independently within DP research.
Map evidence, not just intentions. A curriculum document may claim “collaboration”, while the task gives one learner all the writing and provides no decision point. Inspecting actual instructions and learner products reveals whether the opportunity is genuine.
Select priorities and review real work
Choose a small number of priority behaviours for a term or year, based on curriculum need and learner evidence. Teams can bring two anonymised products to a meeting and ask: What was taught? What did the learner do?
What support was present? What should the next level of challenge look like?
The review should lead to an adjustment, such as a clearer model, an earlier opportunity to practise or a scaffold that fades sooner. MYP implementation research suggests that coherent structures and teacher collaboration support more consistent practice, but schools still need to adapt implementation to their context (International Baccalaureate, 2020).
Connect authentic action and reflection
ATL becomes meaningful when learners use skills for a purpose. In Service as Action, learners can research a local need, negotiate responsibilities and communicate with a partner organisation. Their evidence could include a decision record, an amended plan and a reflection on how feedback changed the action.
How to Observe ATL Without Extra Marking
Observe one or two named behaviours in work that already exists. Use the evidence to choose the next teaching move. ATL evidence can inform feedback and reports, but it stays separate from subject grades unless policy says otherwise. No single ATL grading system applies across every IB programme.
| Behaviour | Evidence in normal work | Quick teacher check | Possible response |
|---|---|---|---|
| Explains why a source is useful | Margin note, bibliography annotation or oral conference | Can the learner connect the source to the question and name a limit? | Model a comparison with a stronger source |
| Revises a plan after feedback | Changed milestone, version history or crossed-out step | Is the change purposeful and explained? | Prompt the learner to name the reason for the change |
| Builds on a peer contribution | Discussion note, group decision log or recorded response | Does the contribution extend, question or connect an idea? | Offer one discussion stem and observe again |
| Tests an explanation | Counterexample, second method or revised claim | Has the learner used evidence rather than preference? | Provide contrasting evidence and ask what changes |
Use a narrow observation focus
Before a lesson, write one question on the plan: “Can learners explain why they revised their method?” During circulation, sample four or five learners rather than attempting to score the whole class. Note a phrase, tick “seen with prompt” or photograph existing work according to school policy.
The result informs formative assessment. If learners change an answer but cannot explain why, the next lesson may need a model of using feedback. If they can explain and apply the change independently, reduce the prompt or increase the complexity.
Let learners point to evidence
Short conferences reduce guesswork. Ask a learner to show where they compared evidence, recovered from a problem or adapted communication. The learner produces no extra artefact; they point to an annotation, draft, plan, contribution or revision already present and explain what it shows.
Self-reflection should be specific and occasional. One useful exit prompt is: “Show one place where your plan changed. What information caused the change?” This is more revealing than asking learners to rate broad categories from one to five.
Describe development without converting it into compliance
If a school records ATL development, use descriptions tied to observed conditions, such as “compares sources independently in familiar humanities tasks” or “uses the planning routine with a visual prompt”. Avoid labels such as “poor self-manager”, which hide context and can punish disability, language development or unfamiliarity.
A single lesson rarely justifies a broad judgement. Use evidence from more than one task and make the support visible in the description. This helps the next teacher know what to model, maintain or fade.
How to Scaffold ATL Progression
ATL progression develops when teachers move from clear models and supported practice towards purposeful independence. Increase challenge by changing the complexity of the subject task, the number of decisions, the unfamiliarity of the context or the amount of support. Do not assume that age alone produces strategic, collaborative or self-regulated learning.
Move from modelling to guided choice
At first, a teacher can provide a completed source comparison and explain each judgement. Next, learners complete one column, then choose between two evaluation prompts. Later, they select an appropriate method and justify it. Each stage produces visible evidence while reducing support only when learners are ready.
Effective scaffolding is temporary and responsive. Keep a scaffold when it enables access to the intended thinking, alter it when it distracts, and fade it when the learner can make the decision reliably. Removing every support at a fixed date is not progression.
Control working-memory demand
New subject knowledge, an unfamiliar collaborative routine and a complex reflection form can overwhelm working memory. Introduce one routine at a time and remove decorative or duplicated instructions. A teacher can pre-teach key terms, demonstrate the discussion routine and delay written reflection until the core task is secure.
Graphic organisers can externalise steps, relationships or evidence, but they should match the thinking required. For a causal explanation, learners can use a three-part organiser for factor, mechanism and consequence. The product then shows both subject understanding and how the learner organised the reasoning.
Prompt transfer rather than assuming it
When a strategy reappears, name the connection and the difference. “In geography you checked who produced a map. Today, in science, we will check who funded a claim and whether the method supports it.” Learners create a two-column note showing what transfers and what the new discipline requires.
Transfer evidence should be modest and precise. Using a planning routine in two familiar tasks does not prove that a learner will use it spontaneously everywhere. Provide repeated opportunities, vary the context gradually and discuss when the strategy is unsuitable.
Inclusive ATL Teaching
Inclusive ATL teaching gives every learner access without treating difference as a deficit. Teachers reduce needless mental demand and make routines clear. They offer more than one way to take part and show learning, then fade support with care. The goal stays ambitious, but the route can vary.
Separate the skill from the response mode
If the focus is evaluating evidence, handwriting speed should not determine success. A learner could annotate digitally, record a spoken comparison, select from source cards or use an adult as a scribe. Each mode can still require the learner to identify evidence, explain relevance and acknowledge a limitation.
Likewise, collaboration does not require fast speech, sustained eye contact or comfort in a large group. A learner can contribute through a shared document, prepared statement, paired role or visual choice board. The teacher observes whether the contribution advances the shared task.
Make routines predictable and language accessible
Display a short sequence, model it with a real example and use the same cue until it becomes familiar. For research, the routine can be “Who made it? What evidence? What is missing?” Learners produce a three-note source annotation, with vocabulary, symbols or sentence starters available where needed.
Preview transitions and allow processing time before discussion. Provide key words before asking learners to evaluate, and avoid introducing several new platforms or templates at once. These changes improve access without simplifying the underlying concept.
Use strengths and provide dignified support
Talk with learners about which supports help them plan, communicate or regulate attention. A visual timer may help one learner and increase anxiety for another. Offer choices within clear boundaries, check the effect and record successful conditions so that support is consistent across classrooms.
Do not confuse independence with doing everything alone. Seeking clarification, choosing assistive technology and requesting a quieter collaboration space can be effective self-management. The learner's product should show the targeted thinking or decision, not compliance with a preferred classroom style.
How AI Literacy Fits Within ATL
AI literacy is a current application of existing ATL skills, not an official sixth category. Learners use research skills to verify sources and thinking skills to test claims. They also use communication skills to disclose how they used a tool, and self-management skills to decide when it supports learning or bypasses it.
Teach verification through subject knowledge
In history, a teacher can provide an AI-generated explanation of an event alongside a textbook extract and two primary sources. Learners highlight claims, locate supporting evidence, identify omissions and rewrite one paragraph with accurate citations. The teacher assesses the historical reasoning and source use, not the fluency of the generated text.
Verification requires knowledge. A generic instruction to “check the AI” is weak if learners cannot recognise an implausible claim or find an authoritative source. Teachers should select bounded examples, provide trusted starting points and model how uncertainty changes a conclusion.
Make acceptable use and disclosure explicit
Before a task, state whether AI may be used for brainstorming, feedback, translation, drafting or not at all, and explain why. Learners can keep a short use note: tool, purpose, prompt summary, checks completed and changes made. This produces an auditable research and self-management record without requiring the full chat transcript.
Protect privacy by following school policy and avoiding personal or sensitive data in prompts. Make non-AI routes available so access to a particular tool does not become an unfair condition of success. Where the learning goal is generating an original explanation, the teacher may reasonably restrict AI drafting.
Use AI outputs as material for thinking
An AI comparison can become a critique task rather than an answer source. In science, learners can rank three generated explanations, identify the best-supported one and design an observation that could challenge it. Their product is the evidence-based ranking and test design.
The key question is whether the tool increases purposeful learner thinking. If it removes the decision, practice or recall that the lesson was designed to develop, it is poorly aligned. If it supplies a contestable example that learners must verify, improve or reject, it may support ATL practice.
Common Questions About ATL Skills
Teachers often ask how precise ATL plans should be, whether skills need grades and how many to teach at once. Keep the five category names stable. Teach a few clear behaviours in context and use normal learner work as evidence. The same approach can also help outside IB schools.
The status of ATL subskill lists
No single list of ten universal subskills applies identically across PYP, MYP, DP and CP. The five categories are the shared framework. Programme documents and schools use relevant clusters, subskills and examples beneath them, so teachers should check current programme guidance and the school's agreed progression rather than rely on an isolated online list.
Selecting ATL priorities for a unit
There is no useful quota. Select one or two behaviours that are genuinely important to the subject task and teach them explicitly. A longer unit may revisit other categories, but listing all five does not demonstrate quality. In a geography inquiry, evaluating sources and revising a plan may be more useful than an unfocused claim to cover every ATL area.
ATL evidence and grades
Do not create a second gradebook by default. Observe how learners use a strategy, give feedback and record development where programme or school policy requires it. Keep the evidence separate from subject attainment and describe the context and support. There is no one universal ATL grading system mandated across all IB programmes.
Using ATL outside IB schools
Yes, the five categories can help any school discuss learning behaviours, but non-IB schools should not imply programme authorisation. Start with a real curriculum need, agree a small shared vocabulary and test whether it improves teaching. The official overview of what an IB education is provides the appropriate IB context.
A realistic view of improvement
No universal timetable is justified. Progress depends on the behaviour, prior knowledge, quality of modelling, practice, context and support. Look for a small change in normal work, such as a better source note or a purposeful plan revision, then check whether it recurs. Do not claim broad transfer from a few weeks of practice.
ATL and the learner profile
The learner profile describes attributes that IB education seeks to develop, while ATL organises skills learners use to learn. A learner may become a more effective communicator by practising how to interpret, present and respond to ideas. Teachers can connect the two in reflection, but should avoid scoring personality or treating the frameworks as synonyms.
Limitations and Practical Safeguards
ATL gives schools a useful language for learning, but broad categories can become vague labels or claims that go too far. Link each behaviour to subject knowledge and visible evidence. Describe the support, avoid judging personality and protect learner privacy. Then check whether the approach helps learning.
Do not mistake naming for teaching
Displaying the five categories or adding ATL labels to a planner does not teach learners how to act. Each priority behaviour needs explanation, a model, practice and feedback. If learners are asked to “think critically”, the teacher should specify the decision, evidence and standard involved.
Inspect learner work to test the plan. If a source-evaluation task produces copied facts and generic comments, revise the model or source set. The label can remain the same while the teaching changes.
Be cautious about transfer and progression claims
Success in one context does not guarantee spontaneous use elsewhere. A learner may manage a familiar art project well but struggle with an extended science investigation that has new content and methods. Describe the demonstrated context and create a supported bridge before claiming general independence.
Progression maps are hypotheses to review, not proof that every learner develops in the same order. Use them to coordinate opportunity and support, then adjust them in response to actual products, learner voice and programme demands.
Avoid hidden judgements about behaviour
Broad social and self-management rubrics can reward compliance, cultural familiarity or neurotypical behaviour. Replace “always organised” with evidence such as “uses the agreed planning aid to identify a next step”. Offer accessible response modes and record the conditions under which the learner succeeds.
Do not use ATL scores to explain away barriers created by unclear instructions, inaccessible materials or an overloaded timetable. First ask what the task and environment demand, then teach or adjust the relevant routine.
Keep technology governed by the learning purpose
Digital systems can capture many traces, but a timestamp or click pattern does not reveal a learner's intention or thinking. Do not infer motivation, collaboration or self-management from product analytics alone. Use transparent, proportionate evidence and teacher judgement, following school policy for data protection.
AI outputs can be plausible and wrong, and automated feedback may reproduce bias. Require verification, disclose permitted use, provide non-AI routes and avoid entering sensitive information. The teacher remains responsible for interpreting evidence and deciding the next teaching move.
References
These official International Baccalaureate sources support the current five-category framework, programme context and discussion of MYP implementation. They are the only formal sources cited in this guide. Programme requirements and terminology can change, so schools should use the current programme documentation available through their authorised channels.
- International Baccalaureate. (2026). What is an IB education? https://www.ibo.org/professional-development/free-learning/what-is-an-ib-education/
- International Baccalaureate. (2026). How the MYP works. https://www.ibo.org/programmes/middle-years-programme/what-is-the-myp/how-the-myp-works/
- International Baccalaureate. (2020). Approaches to learning implementation research. https://ibo.org/contentassets/901d3baf4a104aea8aaff44364b001e0/approaches-to-learning-claremont-en.pdf
In your next lesson, choose one existing task, name one observable ATL behaviour, model it for two minutes and ask learners to point to where they used it in their work.
