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Curriculum and teaching approach

How Lesson Plan It lessons are built: what they're anchored to, how they teach, how levelling and access needs work, and what we don't claim.

Every lesson Lesson Plan It offers is built inside a fixed grid of subjects, year-level bands and topics. This page shows that grid, the AC v9 strand each topic sits in, and the content description each offline lesson targets, so you can check our anchoring against the curriculum yourself. We'd encourage you to: the official curriculum lives at australiancurriculum.edu.au.

Anchored, not verified. Each lesson is built inside the right subject, strand and year level, and each offline lesson shows the AC v9 content description it was written to target. We checked each code against ACARA's published curriculum, and we mark codes as beta while teachers test the lessons in class. If one looks wrong, use “Something off with this lesson?” on the lesson. None of this guarantees a lesson satisfies your school's scope and sequence or your department's requirements. Check every lesson before you teach it. The full detail is in our Terms of Use.

Bands group year levels the way relief and out-of-field teaching actually works: Foundation to Year 2, Years 3 to 4, 5 to 6, 7 to 8, and 9 to 10. Curriculum content is pitched at the class year you select. The offline bank covers Maths, English and Science for Years 3 to 10. Every topic listed also works through the “use your own AI” flow. Foundation to Year 2 lessons are being written and reviewed before they open up.

Our teaching approach

Every lesson teaches the new idea directly first, then gives students a chance to use it. That's the approach Australian school systems now share: the NSW Department of Education, Victoria's Teaching and Learning Model 2.0 and the Australian Education Research Organisation (AERO) all put explicit teaching at the core, with inquiry and problem-solving built on that foundation.

Our pedagogy in one line:

Explain and model it, practise it together, check, then apply it.

A typical lesson:

  1. Retrieve. A short starter that also tells you where the class is up to.
  2. Focus. The learning intention and success criteria in student-friendly words.
  3. Teach. Explain, model and work at least one example.
  4. Practise together. Guided practice with a quick check for understanding.
  5. Apply. Independent practice, or a bounded problem, investigation or argument.
  6. Check. An exit task that shows whether the intention was met.

We lean explicit-first because our lessons are often taught by someone new to the class, or teaching without a team around them. Explicit teaching holds up best when you can't rely on knowing what students already know.

Sources. Our approach is consistent with AERO's explicit instruction guidance, the NSW Department of Education's Best practice in STEM education and Victoria's Teaching and Learning Model 2.0. We don't claim compliance with any of them.

How levelling works

Same goal, different support. When you set your class's literacy or numeracy level, the learning intention stays at the year level you chose. What changes is the route: more worked examples, sentence starters, shorter steps and less reading for classes that need support; harder thinking, not more work, for classes ready for stretch.

If the class isn't ready. The starter doubles as a quick readiness check. If most students can't do it, the lesson gives you a short on-ramp to the skill they need, and shows you where to rejoin the main task.

The levels borrow the plain language of the national proficiency standards (Strong, Developing, Needs additional support). They describe how a lesson is pitched. They are not NAPLAN results or predictions.

Access needs and inclusion

Why it's there

Every lesson is built to work for most students as written: explicit teaching, worked examples, chunked instructions and regular checks help everyone. But a relief teacher often walks in knowing a class has needs without knowing the detail, and a few small changes to how a lesson runs can make a real difference. The access needs options add those changes to the whole lesson.

What the options are

The options are grouped the way Australian schools group needs for the Nationally Consistent Collection of Data (NCCD). They describe the class, not any one student, and nothing you choose is saved.

NCCD categoryOptionMay help students whoWhat changes in the lesson
PhysicalWritten output and fine motorfind handwriting or sustained written output difficultSpoken, sorted or ticked answers; partner scribing; less copying
SensoryVisual accessneed larger, clearer or less visually crowded contentEverything on the board also said aloud; visuals described; large, high-contrast print
SensoryHearing accessare Deaf, deaf or hard of hearing, or benefit from written or visual instructionsEvery spoken instruction also on the board; face the class; captions on any video
CognitiveAttention and focusbenefit from reduced distraction, chunked steps or movement breaksShort chunks; one instruction at a time; timers; a movement break
CognitiveLanguage and processingbenefit from simpler language, visuals and extra thinking timeOne-step instructions with a visual backup; thinking time; sentence starters
Social and emotionalPredictability and routinebenefit from clear routines, advance notice and reduced uncertaintyThe plan on the board; warnings before changes; choice in how to take part; private check-ins

A student can have needs in more than one group, and schools decide each student's needs individually, so treat the groups as a guide.

How to use it

  1. Check for documented adjustments first. If a student has adjustments from their school, such as a scribe, a hearing system, a communication device or a regulation plan, follow those. Schools often keep them in the staffroom or class notes.
  2. Tap the needs that apply to the class. Choose by what students need, not by a diagnosis you may have been told about. Use as many as you need; the lesson weaves the changes through every block.
  3. Check with the school if you have no information and a student seems to need more than general measures.

What it isn't

These are general access measures for a class. They are not a student's individual reasonable adjustments, which their school sets with the student and their family or carer, where appropriate, under the Disability Standards for Education 2005. They don't diagnose, label or record anything about a student, and they never lower the year-level content.

Students learning English (EAL/D)

Learning English isn't a disability, so it has its own setting beside the literacy level, not in the access panel. If students in your class are learning English as an additional language or dialect, turn on “Students learning English” next to the literacy level. Lessons then build in talk before writing, key words taught with pictures or objects, sentence frames, and room for students' home languages, while the thinking stays at year level.

We borrow practical ideas from Universal Design for Learning, such as several ways in and several ways to show learning, without claiming outcomes the research hasn't shown.

What we don't do or claim

Maths

AC v9 Mathematics strands: Number, Algebra, Measurement, Space, Statistics, Probability. Tap a code to see the content description. Codes are in beta while teachers test the lessons in class; if one looks wrong, tell us from the lesson.

BandTopicAC v9 strandAC v9 content description
F–2Counting and place valueNumberNo offline lesson yet. Use your own AI.
F–2Addition and subtraction storiesNumberNo offline lesson yet. Use your own AI.
F–22D shapes around usSpaceNo offline lesson yet. Use your own AI.
F–2Repeating patternsAlgebraNo offline lesson yet. Use your own AI.
3–4Multiplication and arraysNumber
AC9M3N04Year 3: multiply and divide one- and two-digit numbers, representing problems using number sentences, diagrams and arrays, and using a variety of calculation strategies
3–4Fractions of shapes and groupsNumber
AC9M3N02Year 3: recognise and represent unit fractions including \(\frac12\), \(\frac13\), \(\frac14\), \(\frac15\) and \(\frac1{10}\) and their multiples in different ways; combine fractions with the same denominator to complete the whole
3–4Telling timeMeasurement
AC9M3M04Year 3: describe the relationship between the hours and minutes on analog and digital clocks, and read the time to the nearest minute
3–4Chance and simple dataProbability
AC9M4P01Year 4: describe possible everyday events and the possible outcomes of chance experiments and order outcomes or events based on their likelihood of occurring; identify independent or dependent events
5–6Decimals and percentagesNumber
AC9M5N04Year 5: recognise that 100% represents the complete whole and use percentages to describe, represent and compare relative size; connect familiar percentages to their decimal and fraction equivalents
5–6Ordering and comparing fractionsNumber
AC9M6N03Year 6: apply knowledge of equivalence to compare, order and represent common fractions including halves, thirds and quarters on the same number line and justify their order
5–6Area and perimeterMeasurement
AC9M5M02Year 5: solve practical problems involving the perimeter and area of regular and irregular shapes using appropriate metric units
5–6Data displays and interpretationStatistics
AC9M6ST01Year 6: interpret and compare data sets for ordinal and nominal categorical, discrete and continuous numerical variables using comparative displays or visualisations and digital tools; compare distributions in terms of mode, range and shape
7–8Integers and the number lineNumber
AC9M7N07Year 7: compare, order and solve problems involving addition and subtraction of integers
7–8Algebraic expressionsAlgebra
AC9M8A01Year 8: create, expand, factorise, rearrange and simplify linear expressions, applying the associative, commutative, identity, distributive and inverse properties
7–8Solving linear equationsAlgebra
AC9M7A03Year 7: solve one-variable linear equations with natural number solutions; verify the solution by substitution
7–8Ratios and ratesMeasurement
AC9M8M05Year 8: recognise and use rates to solve problems involving the comparison of 2 related quantities of different units of measure
7–8Angle relationshipsMeasurement
AC9M7M04Year 7: identify corresponding, alternate and co-interior relationships between angles formed when parallel lines are crossed by a transversal; use them to solve problems and explain reasons
9–10Linear graphs and gradientsAlgebra
AC9M9A03Year 9: find the gradient of a line segment, the midpoint of the line interval and the distance between 2 distinct points on the Cartesian plane
9–10Pythagoras' theoremMeasurement
AC9M9M03Year 9: solve spatial problems, applying angle properties, scale, similarity, Pythagoras’ theorem and trigonometry in right-angled triangles
9–10Probability of compound eventsProbability
AC9M9P01Year 9: list all outcomes for compound events both with and without replacement, using lists, tree diagrams, tables or arrays; assign probabilities to outcomes
9–10Expanding and factorising quadraticsAlgebra
AC9M9A02Year 9: simplify algebraic expressions, expand binomial products and factorise monic quadratic expressions

English

AC v9 English strands: Language, Literature, Literacy.

BandTopicAC v9 strandAC v9 content description
F–2Retelling familiar storiesLiteracy, LiteratureNo offline lesson yet. Use your own AI.
F–2Rhyme and sound patternsLanguageNo offline lesson yet. Use your own AI.
F–2Building great sentencesLanguage, LiteracyNo offline lesson yet. Use your own AI.
F–2Characters and their feelingsLiteratureNo offline lesson yet. Use your own AI.
3–4Narrative openings that hookLiterature
AC9E3LE05Year 3: create and edit imaginative texts, using or adapting language features, characters, settings, plot structures and ideas encountered in literary texts
3–4Persuasive postersLiteracy
AC9E4LY06Year 4: plan, create, edit and publish written and multimodal imaginative, informative and persuasive texts, using visual features, relevant linked ideas, complex sentences, appropriate tense, synonyms and antonyms, correct spelling of multisyllabic words and simple punctuation
3–4Finding the main ideaLiteracy
AC9E3LY05Year 3: use comprehension strategies when listening and viewing to build literal and inferred meaning, and begin to evaluate texts by drawing on a growing knowledge of context, text structures and language features
3–4Word families and vocabularyLiteracy
AC9E4LY10Year 4: understand how to use knowledge of letter patterns, including double letters, spelling generalisations, morphological word families, common prefixes and suffixes, and word origins, to spell more complex words
5–6Persuasive writingLiteracy
AC9E5LY06Year 5: plan, create, edit and publish written and multimodal texts whose purposes may be imaginative, informative and persuasive, developing ideas using visual features, text structure appropriate to the topic and purpose, text connectives, expanded noun groups, specialist and technical vocabulary, and punctuation including dialogue punctuation
5–6Poetry and imageryLiterature
AC9E6LE04Year 6: explain the way authors use sound and imagery to create meaning and effect in poetry
5–6Informative reportsLanguage
AC9E5LA03Year 5: describe how spoken, written and multimodal texts use language features and are typically organised into characteristic stages and phases, depending on purposes in texts
5–6Point of view in storiesLiterature
AC9E5LE03Year 5: recognise that the point of view in a literary text influences how readers interpret and respond to events and characters
7–8Persuasive techniques in advertisingLiteracy
AC9E7LY03Year 7: analyse the ways in which language features shape meaning and vary according to audience and purpose
7–8Narrative structure and tensionLiteracy
AC9E8LY04Year 8: analyse how authors organise ideas to develop and shape meaning
7–8Analysing a poemLiterature
AC9E7LE06Year 7: identify and explain how literary devices create layers of meaning in texts including poetry
7–8Character studyLiterature
AC9E7LE03Year 7: explain the ways that literary devices and language features such as dialogue, and images are used to create character, and to influence emotions and opinions in different types of texts
9–10Analysing an argumentLiteracy
AC9E9LY03Year 9: analyse and evaluate how language features are used to represent a perspective of an issue, event, situation, individual or group
9–10Media representationsLiteracy
AC9E10LY01Year 10: analyse and evaluate how people, places, events and concepts are represented in texts and reflect contexts
9–10Comparing texts and themesLiteracy
AC9E9LY05Year 9: use comprehension strategies such as visualising, predicting, connecting, summarising, monitoring, questioning and inferring to compare and contrast ideas and opinions in and between texts
9–10Crafting analytical paragraphsLiteracy
AC9E10LY06Year 10: plan, create, edit and publish written and multimodal texts, organising, expanding and developing ideas through experimenting with text structures, language features, literary devices and multimodal features for specific purposes and audiences in ways that may be imaginative, reflective, informative, persuasive, analytical and/or critical

Science

Topics sit in the AC v9 Science Understanding sub-strands; every lesson also works Science Inquiry skills through prediction, observation and explanation tasks. Hands-on tasks use everyday materials and always include a safety line.

BandTopicAC v9 sub-strandAC v9 content description
F–2Living things and their needsBiological sciencesNo offline lesson yet. Use your own AI.
F–2Weather and seasonsEarth and space sciencesNo offline lesson yet. Use your own AI.
F–2Materials and their usesChemical sciencesNo offline lesson yet. Use your own AI.
F–2Pushes and pullsPhysical sciencesNo offline lesson yet. Use your own AI.
3–4Life cyclesBiological sciences
AC9S3U01Year 3: compare characteristics of living and non-living things and examine the differences between the life cycles of plants and animals
3–4Heat energyPhysical sciences
AC9S3U03Year 3: identify sources of heat energy and examine how temperature changes when heat energy is transferred from one object to another
3–4Solids, liquids and gasesChemical sciences
AC9S3U04Year 3: investigate the observable properties of solids and liquids and how adding or removing heat energy leads to a change of state
3–4The water cycleEarth and space sciences
AC9S4U02Year 4: identify sources of water and describe key processes in the water cycle, including movement of water through the sky, landscape and ocean; precipitation; evaporation; and condensation
5–6Animal and plant adaptationsBiological sciences
AC9S5U01Year 5: examine how particular structural features and behaviours of living things enable their survival in specific habitats
5–6Electrical circuitsPhysical sciences
AC9S6U03Year 6: investigate the transfer and transformation of energy in electrical circuits, including the role of circuit components, insulators and conductors
5–6Reversible and irreversible changesChemical sciences
AC9S6U04Year 6: compare reversible changes, including dissolving and changes of state, and irreversible changes, including cooking and rusting that produce new substances
5–6The solar systemEarth and space sciences
AC9S6U02Year 6: describe the movement of Earth and other planets relative to the sun and model how Earth’s tilt, rotation on its axis and revolution around the sun relate to cyclic observable phenomena, including variable day and night length
7–8Ecosystems and food websBiological sciences
AC9S7U02Year 7: use models, including food webs, to represent matter and energy flow in ecosystems and predict the impact of changing abiotic and biotic factors on populations
7–8Classifying living thingsBiological sciences
AC9S7U01Year 7: investigate the role of classification in ordering and organising the diversity of life on Earth and use and develop classification tools including dichotomous keys
7–8Separating mixturesChemical sciences
AC9S7U06Year 7: use a particle model to describe differences between pure substances and mixtures and apply understanding of properties of substances to separate mixtures
7–8Forces and simple machinesPhysical sciences
AC9S7U04Year 7: investigate and represent balanced and unbalanced forces, including gravitational force, acting on objects, and relate changes in an object’s motion to its mass and the magnitude and direction of forces acting on it
7–8CellsBiological sciences
AC9S8U01Year 8: recognise cells as the basic units of living things, compare plant and animal cells, and describe the functions of specialised cell structures and organelles
9–10Atoms and chemical reactionsChemical sciences
AC9S9U07Year 9: model the rearrangement of atoms in chemical reactions using a range of representations, including word and simple balanced chemical equations, and use these to demonstrate the law of conservation of mass
9–10The carbon cycleEarth and space sciences
AC9S9U03Year 9: represent the carbon cycle and examine how key processes including combustion, photosynthesis and respiration rely on interactions between Earth’s spheres (the geosphere, biosphere, hydrosphere and atmosphere)
9–10Motion and Newton's lawsPhysical sciences
AC9S10U05Year 10: investigate Newton’s laws of motion and quantitatively analyse the relationship between force, mass and acceleration of objects
9–10Genetics and heredityBiological sciences
AC9S10U01Year 10: explain the role of meiosis and mitosis and the function of chromosomes, DNA and genes in heredity and predict patterns of Mendelian inheritance

Foundation to Year 2 topics work through “use your own AI” today; offline lessons for them are on the way.

State and territory coverage

Everything above is anchored to the national Australian Curriculum v9 as published by ACARA. Most states and territories teach directly from it. Three don't: Victoria, NSW and WA each run their own curriculum body with its own codes and achievement standards, only loosely based on AC v9. If you're relieving or out-of-field in one of those three, use Lesson Plan It as a general structure and content guide, and check it against your state's syllabus before you teach it.

Anchored teaches directly from AC v9 Own curriculum runs a state-specific curriculum - treat as a caution, not a match
State / territoryStatusNote
QLDAnchoredTeaches directly from AC v9.
SAAnchoredTeaches directly from AC v9.
TASAnchoredTeaches directly from AC v9.
NTAnchoredTeaches directly from AC v9.
ACTAnchoredTeaches directly from AC v9.
VICOwn curriculumVictorian Curriculum F–10 v2.0 (VCAA) - informed by AC v9 but its own codes and standards. Dedicated anchoring is on our roadmap.
NSWOwn curriculumNSW syllabuses under the NESA curriculum reform - "adopt and adapt" from AC v9, not a direct match. Dedicated anchoring is on our roadmap.
WAOwn curriculumWA Curriculum (SCSA) - adapted and contextualised from AC v9, rolling out through 2027. Dedicated anchoring is on our roadmap.

Which state we map next will follow where teachers use Lesson Plan It most. Tell us where you teach when you join the founding teachers or send feedback.

This is a general guide to curriculum governance, not legal advice about any specific school's requirements - always check your own state's current syllabus.

Aboriginal and Torres Strait Islander Histories and Cultures

Aboriginal and Torres Strait Islander Histories and Cultures is a cross-curriculum priority. We don't generate cultural content, because that knowledge belongs to communities, and invented or generic material can be wrong or harmful. Lessons leave room for you to draw on local knowledge through your school and community. We plan to add properly sourced material, developed with Indigenous educators, in future.

Curriculum FAQ

Questions about the free tool, offline use or student data are on the main FAQ.

How do I know a lesson matches the curriculum?

Each offline lesson shows the AC v9 content description it targets, checked by us against ACARA's curriculum and marked beta while teachers test it in class. Its success criteria build towards that description. It's anchored, not verified, so check it against your program.

I teach in NSW, Victoria or WA. Will it match?

Not exactly. Those states run their own curriculum, based on AC v9 but with their own codes. Use lessons as a structure and content guide, and check them against your state syllabus.

Isn't explicit teaching just teacher talk?

No. Every lesson includes guided practice, talk routines and a chance to apply the idea. AERO and Victoria's model both make this point.

Why not start with an open investigation?

Problem-first lessons can work well when the teacher knows what students already understand. Our lessons are often taught by someone who doesn't, so we start with explicit teaching and build the investigation on that foundation.

Does this follow my state's teaching model?

It's consistent with the explicit-teaching core that NSW, Victoria, Queensland schools and AERO share. We don't claim compliance with any of them.

My school says “learning objectives”, not “learning intentions”.

They're the same thing; AERO uses both terms. Some schools say “learning goals” too.

The stretch task looks like next year's work.

Stretch asks for harder thinking on this year's content, not next year's topics. If you find above-year content in the core task, tell us; it's a bug.

Attribution

Content descriptions and codes are © Australian Curriculum, Assessment and Reporting Authority (ACARA), licensed under CC BY 4.0. The National Literacy and Numeracy Learning Progressions are also © ACARA under the same licence. Lesson Plan It is not affiliated with, endorsed by or approved by ACARA or any education department. We show content description codes as a guide to what each lesson targets; they are marked beta and are not a statement that a lesson is verified.

Our differentiation levels borrow the plain language of the national proficiency standards (Strong, Developing, Needs additional support) to describe how a lesson is pitched; they are not NAPLAN results, classifications or predictions, and NAPLAN is not affiliated with or endorsing this tool.