Year 6
Ready for secondary β capable, curious, organised
How we teach in the Upper Primary band β and why
The developing mind (Piaget)
Consolidated concrete operational thought with the first steps toward abstraction: proportional reasoning, variables as 'unknowns', cause-and-effect chains in science and history.
Learning together (Vygotsky)
Learners take more of the regulating role themselves: checklists, self-questioning prompts and peer/parent teach-back replace some adult scaffolds. Hints shift from 'here's the step' to 'which strategy could help?'
Our design commitments
- Growing learner agency: choice of project formats and inquiry angles
- Metacognitive routines β plan, monitor, review β made explicit
- Extended writing and multi-step problem solving with scaffolds the learner opens as needed
- Explicit study skills: retrieval practice, spacing, summarising
Units open now
The Great Debate: Argue Both Sides, Win the Room
Learners step up from persuading to debating β the secondary-school version of the game, where someone argues back. They start as comparative readers, putting two texts on the same issue side by side and mapping what each one claims, proves, loads with bias and quietly leaves out. Then they learn the anatomy of a case that survives contact with an opponent β contention, arguments built from claim, evidence and reasoning, and the art of the fair rebuttal. They master formal register on the page and the speaker's toolkit at the lectern: pace, pause, emphasis and the devices that make an audience lean in. The unit closes with a real debate: a researched case, a formal speech, a live rebuttal, and an audience who scores it.
π§ Why it matters: In eighteen months you'll be in a secondary classroom where 'discuss both sides' is on every second assignment, and out in a world where every feed is one-sided on purpose. This unit is your training for both. Debaters aren't people who love arguing β they're people who can read two versions of the same story and see what each is hiding, who can disagree with someone without making it personal, and who can stand up, keep their voice steady and make a room actually listen. Politicians, lawyers, scientists, team captains, kids negotiating a phone plan with their parents: same skill set. You built the persuasion engine back in Year 4. Now you learn to drive it in traffic β with someone arguing back.
Big ideas
- Every issue has more than one side, and every text about it is written from somewhere β comparing texts reveals what each one claims, proves and leaves out
- Bias is rarely a lie; it's a lean. Loaded words, cherry-picked evidence and silent omissions tilt a text without ever saying anything false
- An argument that can't survive a rebuttal isn't an argument yet β strong cases are built from claims welded to evidence by reasoning, and tested against the best version of the other side
- Formal register and rehearsed delivery aren't decoration; they're the difference between having a point and being heard β the speaker controls formality, pace, pause and emphasis on purpose
Curriculum alignment (AC v9)
AC9E6LA01 Β· AC9E6LA02 Β· AC9E6LY01 Β· AC9E6LY02 Β· AC9E6LY03 Β· AC9E6LY05 Β· AC9E6LY06 Β· AC9E6LY07
Start this unit βThe Number Atlas: Mapping New Mathematical Territory
Learners discover that the number line they have used since Prep was only ever half the map. They explore the integers through below-zero contexts (alpine temperatures, sea level, bank balances), connect percentages to the fractions and decimals they already own, use ratio thinking to keep mixtures fair at any size, and finish by crossing two integer number lines to navigate all four quadrants of the Cartesian plane. Every lesson moves concrete β pictorial β abstract, keeps estimation working as the built-in lie detector, and is framed honestly as secondary-school preparation: this is the territory Year 7 assumes you can already walk.
π§ Why it matters: This unit is the maths of the world you're about to step into. Negative numbers run the weather app, your future bank account and the scoreboard at the golf. Percentages decide whether '30% off' beats '$20 off', what a tip costs, and whether a headline is telling the truth. Ratios keep cordial drinkable, concrete strong and screen sizes sensible. And the Cartesian plane? It's under every video game, every pilot's screen and every graph you will ever draw in high school. Year 7 teachers assume you can walk this territory on day one β by the end of this unit, you'll own the map.
Big ideas
- Zero is not the edge of the number world β every number has an opposite, and the line runs both ways
- A percentage is just a fraction wearing its out-of-100 costume: one quantity, three ways to write it
- A ratio stays fair when both parts are scaled by the same factor β 'for every' thinking beats 'add the same' thinking
- Two number lines crossed at zero turn every location into a pair of numbers β and order matters: across first, then up
- Estimation is still your lie detector: a rough answer kept in your pocket exposes sign slips and percentage blunders instantly
Curriculum alignment (AC v9)
AC9M6N01 Β· AC9M6N03 Β· AC9M6N07 Β· AC9M6N08 Β· AC9M6N09 Β· AC9M6SP02
Start this unit βEnergy and Change: From a AA Battery to the Great Barrier Reef
This unit follows one idea a very long way. It starts small: a single AA cell, a strip of aluminium foil and a torch globe on the kitchen table, and the discovery that a circuit does not 'use up electricity' at all β it transfers energy from the chemicals in a battery and transforms it into light, heat, sound and movement. Then learners take that idea into the kitchen, where they sort changes into reversible (dissolving, melting, freezing, evaporating β the substance is still there, just rearranged) and irreversible (bicarb and vinegar, browning toast, rusting steel wool β a brand-new substance appears, and energy is usually released or absorbed). Finally the arc opens out: the energy that runs Queensland homes mostly comes from one enormous irreversible change β burning fossil fuels β and the by-products of that change are warming water, changing rainfall and pressuring the habitats that living things depend on. Learners investigate how physical conditions such as temperature, light, water and salt control the growth and survival of living things, using seeds, backyard microhabitats and thermometers. The unit closes with a genuine engineering capstone: design, build, test and justify a low-energy battery-powered device, backed by measured data and an honest energy story that traces the energy from its source to its consequences.
π§ Why it matters: Everything in this unit is already running your life. The energy story of your afternoon goes like this: coal or gas is burned somewhere in Queensland (an irreversible change that releases energy), that energy travels to your house, and your circuits transform it into the light you are reading by, the sound in your headphones and the cold inside your fridge. The by-products of that same burning are warming the ocean off Cairns, where corals bleach when the water sits just one or two degrees too warm for too long. Understanding this chain is not doom β it is power. It means you can wire a working circuit and fix a torch, explain why sugar in your drink has not 'disappeared', tell a genuinely reversible change from a permanent one before you ruin a batch of biscuits, read an energy bill, argue for a solar decision at your kitchen table with actual data, and know why the shade of a single backyard tree matters to the creatures living under it. This is the science secondary school will assume you already own β and this term, you will.
Big ideas
- Energy is not created or destroyed in a circuit β it is transferred from a store (the chemicals in a cell) and transformed into light, heat, sound and movement
- A circuit only works when it forms a complete, unbroken loop of conducting material; switches work by deliberately breaking and remaking that loop
- In a reversible change the substances are still there and can be recovered; in an irreversible change new substances form, and energy is usually released or taken in
- The growth and survival of living things depends on physical conditions β temperature, light, water, salinity, shelter β so changing those conditions changes who can live there
- Year 6 scientists work with variables: change one thing, measure one thing, control the rest, repeat the trials, graph the data, then evaluate their own method honestly
Curriculum alignment (AC v9)
AC9S6U01 Β· AC9S6U04 Β· AC9S6U03 Β· AC9S6H02 Β· AC9S6I01 Β· AC9S6I02 Β· AC9S6I03 Β· AC9S6I04 Β· AC9S6I05 Β· AC9S6I06
Start this unit βFederation to the Future
Learners investigate the biggest deal in Australian political history: Federation, 1901 β why six colonies that charged each other customs duty at the border agreed to become one Commonwealth, which ideas were borrowed from Britain and the United States, and who was standing outside the room when the deal was done. Then the story that matters even more: how the democracy of 1901 β which excluded First Nations Australians and had only just begun including women β was widened, decade by decade, by people who organised, marched, walked off, petitioned and went to court: the suffragists, the FCAATSI campaigners of the 1967 referendum, Vincent Lingiari and the Gurindji, Eddie Koiki Mabo. Learners then turn to the arrival stories β gold rush, cane fields, post-war rebuilding, refugee journeys β that built modern multicultural Australia, and map the trade, travel, cultural and digital connections that tie Australia to Asia and the world. The unit closes with a People's Parliament capstone: learners draft a bill, argue it through the readings, and put it to the vote. Every lesson runs on real sources, real data and real names an eleven-year-old can check.
π§ Why it matters: In about six years, your name goes on the electoral roll and this stops being history and starts being your job. Every vote you'll ever cast uses machinery built in this unit β the secret ballot, the referendum, the parliament β and every news story you'll ever read about a law, a court case or a citizenship debate assumes you know how the machine works and who had to fight their way into it. This is also the unit that makes you hard to fool: when someone says 'it's always been this way' or 'one person can't change anything', you'll have the 1967 referendum, a Gurindji stockman and a Torres Strait Islander gardener from Townsville as evidence that both claims are false. That's not trivia. That's equipment for running the country β which, soon enough, is partly your job too.
Big ideas
- Nations are made, not found β Federation was an argument, a compromise and a vote, and understanding how the deal was done tells you how it can be changed
- A democracy is only as strong as its franchise: the story of Australian democracy is the story of who could vote, who couldn't, and who fought to widen the circle
- Rights are rarely given; they are won β by petitions, campaigns, strikes and court cases run by ordinary people, including First Nations Australians whose activism changed the Constitution itself
- Australia is a nation of arrival stories and global connections β migration, trade, culture and ideas link every Australian household to the region and the world
Curriculum alignment (AC v9)
AC9HS6K01 Β· AC9HS6K02 Β· AC9HS6K03 Β· AC9HS6K05 Β· AC9HS6S01 Β· AC9HS6S02 Β· AC9HS6S04 Β· AC9HS6S05
Start this unit βLeading the Way: Coaching, Transitions and Reading the Claims
This is the year the job changes. For six years you have mostly been the one being coached, being organised, being told which court to go to. Year 6 is when people start handing you the whistle β and next year, a new school hands you a timetable and expects you to run your own day. This unit gets you ready for both, and it does it standing up. Lesson 1 puts you in charge of a real warm-up and a real coaching session with someone younger than you, and teaches the two skills that make a leader worth following: designing a session that actually prepares a body, and giving feedback a person can use. Lesson 2 takes the move to secondary school head on β what genuinely changes, what does not, the routines that carry you through it, how belonging is built in small repeated moves rather than one lucky morning, and how to ask for help in a building where nobody knows your name yet. Growing-up changes get a calm, general mention and a clear signpost to the adults and services who answer those questions properly. Lesson 3 is health literacy with a stopwatch: your feed is full of people selling you focus, energy, immunity and detoxes, and this lesson gives you four questions that cut through all of it, plus a self-test where you gather your own data on a claim instead of believing it. Lesson 4 hands you the whole thing: plan, promote, run and review a movement event for real people, designed so everyone who turns up can actually play. You finish the unit having led something, adapted to something, tested something, and reviewed your own work honestly. That is a Year 7 student, ready early.
π§ Why it matters: Every part of this unit is a thing you will actually be asked to do, usually sooner than you expect. Someone will hand you a group of younger kids at a school carnival, a sports club, a church camp or a family barbecue, and how well that half-hour goes will depend entirely on whether you can design a warm-up and give feedback that helps. In about twelve months you will walk into a school where nobody knows your name, with a timetable, a locker and six teachers, and the students who land well are not the confident ones β they are the ones with routines, a couple of ways to start a conversation, and the nerve to ask a question out loud. And for the rest of your life, people will try to sell you health: a drink that promises focus before an exam, a gummy that promises immunity, a tea that promises to detox something the liver was already handling for free. Being able to ask four hard questions about a claim, and to test one yourself with a stopwatch and three trials, will save you money, time and worry for decades. This term you get to practise all of it while it is still low-stakes β on the back lawn, at the park, with people who are on your side.
Big ideas
- Leadership is a set of practised behaviours β preparing, noticing, including, encouraging, deciding β not a personality type, and not a volume setting
- Feedback only helps when it is specific, kind and small enough to act on before the next go
- A warm-up has a job: raise the pulse, move the joints, rehearse the skill β a session designed on purpose beats a session made up on the spot
- Big transitions are survived with routines, belonging and help-seeking, not with luck β and feeling nervous about a change is a normal response, not a warning sign
- A health claim is only as good as its source and its evidence: ask who is saying it, what they are selling, what the evidence is, and who checked it
- Inclusion is a design decision β change the space, the task, the equipment or the people and almost any game can fit almost any player
Curriculum alignment (AC v9)
AC9HP6P01 Β· AC9HP6P02 Β· AC9HP6P06 Β· AC9HP6P04 Β· AC9HP6P08 Β· AC9HP6P09 Β· AC9HP6P10 Β· AC9HP6M01 Β· AC9HP6M02 Β· AC9HP6M08 Β· AC9HP6M06 Β· AC9HP6M09
Start this unit βThe Studio Year: Concept to Exhibition
This unit hands learners the thing art class usually keeps hidden: the process. Not 'make a nice painting by Friday', but the full professional cycle that every working artist β painter, songwriter, dancer, filmmaker, actor β actually runs. It starts in an idea journal, where sparks are collected without judgement and the strongest are researched and sharpened into a concept with a first-draft artist statement. It moves through drafting and feedback, where learners discover what Sidney Nolan's twenty-seven Ned Kelly paintings and the Archibald Prize's annual rejection pile both prove: iteration is the job, and a failed draft is data, not a verdict. It deepens into craft β deliberate practice in the learner's own chosen art form, studied alongside how Margaret Olley worked daily into her eighties and how Bangarra Dance Theatre rehearses a season and, first, asks permission for the stories it tells. And it ends the only place an artwork can end: in front of an audience. The capstone is a real exhibition or performance, mounted with genuine gallery and stage conventions β hanging heights, program order, invitations, labels β opened with an artist talk and closed with a bow. Learners choose their form or forms throughout; the process is identical whether the work is a painting, a song, a dance, a scene or a short film.
π§ Why it matters: Next year, secondary school stops asking you for finished things and starts asking you for folios β visible thinking, drafts with dates on them, statements about intent, work presented to real audiences. This unit is that machine, installed a year early. But here's the bigger secret: the cycle you're about to run β collect ideas, draft, get feedback, revise, polish, ship, front the audience β is not an art trick. It's how novels get written, how apps get built, how science papers survive review, how every speech you'll ever give gets good. Learn it on work you love, in a form you chose, while the stakes are a living-room gallery β and you'll own it for life. And one more thing: you will spend the rest of your days as an audience member. After this unit, you'll never look at a painting, a song or a performance the same way again, because you'll know exactly how much invisible work is holding it up.
Big ideas
- Artworks are grown, not plucked β every finished piece you have ever admired stands on a hidden compost heap of journals, drafts and productive failures
- Feedback is a tool of the trade, not a verdict: professionals ask for it early, ask focused questions, and stay in charge of what they take
- Craft is what makes an idea visible and audible β and craft is built by deliberate practice on your weakest skill, not by talent waiting to be discovered
- An artwork is not finished until it meets an audience: exhibiting, performing and speaking about your work are part of the work β and other people's stories and designs are only yours to use with permission and credit
Curriculum alignment (AC v9)
AC9AVA6E01 Β· AC9AVA6E02 Β· AC9AVA6D01 Β· AC9AVA6C01 Β· AC9AVA6P01 Β· AC9AMU6D01 Β· AC9AMU6C01 Β· AC9AMU6P01
Start this unit βSay It in Code
This is the unit where coding stops being dragging and starts being writing. Learners find out what a general-purpose language actually buys them β precision, reuse, and programs a human can read β then write the four constructs every language shares as text: assignment, conditionals, loops and functions. They learn the single most professional habit in programming, the desk check: tracing your own code line by line with a variable table before you ever run it. They learn to read an error message as a helpful note with a line number on it rather than as proof they are bad at this. They meet lists and the idea of a data structure, work out how one small program sits inside a much bigger designed system, and finish by designing, hand-tracing and building a text-based program to a real brief. Everything is done on paper. A device is optional, unmarked, and never needed to meet a single success criterion.
π§ Why it matters: Next year, or the year after, someone will hand you a screen with a blinking cursor and no blocks to drag. That moment goes one of two ways, and which way depends entirely on whether you already know what a variable, a condition, a loop and a function are β because the punctuation is the easy part. Beyond school, this is the literacy behind almost everything: the traffic lights that hold you at the supermarket carpark, the app that tells your mum the bus is four minutes away, the spreadsheet formula that decides whether the footy club can afford new jerseys, the medical scanner, the irrigation timer on a farm outside Dubbo. You are not learning this so you can 'become a coder'. You are learning it so that when a system in your life behaves strangely, you can think 'somebody wrote a rule that does this, and I could work out what it was' β instead of shrugging. And you are learning the habit that separates people who enjoy programming from people who quit: check your own work before the machine does, and read the error message all the way to the end.
Big ideas
- Every general-purpose language shares the same handful of constructs β learn them once as ideas and the next language is mostly new punctuation
- A variable is a labelled box, and '=' in code is an instruction to put something in the box, not a claim that two things are equal
- You can find most bugs before the computer does, by tracing your own code line by line in a table β this is what professionals actually do
- An error message is data about your program, with a line number attached; reading it carefully is a skill, not an admission of failure
- A program is one component inside a larger designed system of people, data and purpose β it is never the whole solution
Curriculum alignment (AC v9)
AC9TDI6K02 Β· AC9TDI6K03 Β· AC9TDI6P01 Β· AC9TDI6P02 Β· AC9TDI6P05 Β· AC9TDI6P06 Β· AC9TDE6P01 Β· AC9TDE6P02 Β· AC9TDE6P04
Start this unit βJapanese: Keeping the Conversation Going
Most beginner language learning stops at turn one: you ask a question, you get an answer, and then the conversation falls over. This unit is about turn two, three and four. Learners build the machinery of a sustained exchange in Japanese β aizuchi (listening out loud), follow-up questions, polite agreement and polite disagreement, and the γ‘γγ£γ¨β¦ that declines without ever saying no. They gain the polite past tense (-mashita, -masen deshita, deshita, -katta desu) so they can report what they actually did on the weekend, the connector γγ so they can give a reason, and ο½γΎγγγ / ο½γΎγγγ so they can invite someone somewhere. Katakana is consolidated until Australian names, foods and sports can be written confidently, and the first seven kanji β ζ₯ ζ¬ δΊΊ 倧 ε° ε±± ε· β are introduced with their pictographic logic, their multiple readings and their stroke order described in words. Running through all four lessons is the intercultural strand Year 6 is ready for: politeness levels as GRAMMAR that encodes a relationship, η©Ίζ°γθͺγ ('reading the air') explained honestly as a described tendency rather than a rule about individuals, and the documented Japan-Australia relationship β trade, sister cities, the JET Programme, a shared history that includes a war and a deliberate rebuilding. Reciprocity is built in: learners finish able to name what Japanese visitors find puzzling about Australia, not just the other way around. There is no audio in this unit; pronunciation is taught in writing with one consistent respelling system, and the one thing writing cannot carry β pitch accent β is named honestly instead of glossed over.
π§ Why it matters: Next year, secondary school will ask you to keep speaking when the script runs out β and that is exactly the skill this unit builds. But look further than the classroom. Japan is one of Australia's largest trading partners; there are more Australia-Japan sister-city relationships than Australia has with any other country; Australians have been teaching in Japanese schools through the JET Programme since 1987; and Japanese is one of the most widely learned languages in Australian schools, which means the people you sit next to in Year 10 may already speak some. The genuinely useful thing you take from this unit is bigger than a set of phrases: it is the discovery that every language encodes a whole social system in its grammar, and that being a good guest in someone else's language means noticing what you cannot see yet. That skill transfers to every language, every workplace and every border crossing of your life β and it starts with learning to say γ‘γγ£γ¨β¦ instead of 'no'.
Big ideas
- A conversation is a machine with more than one moving part: asking is only a quarter of it β listening out loud, following up and offering something back are the rest
- In Japanese, politeness is not vocabulary you sprinkle on top; it is grammar you cannot avoid choosing, and the choice encodes the relationship between the speakers
- Writing systems carry logic, not just sound: katakana marks a word as borrowed, and a kanji carries a meaning plus MORE THAN ONE reading depending on the company it keeps
- Meaning lives in context as much as in words β γ‘γγ£γ¨β¦ can be a complete refusal, and a pause can be consideration rather than disagreement
- Intercultural understanding runs both ways: Australia and Japan puzzle each other, and noticing your own habits is half the skill
Curriculum alignment (AC v9)
AC9LJ6C01 Β· AC9LJ6C02 Β· AC9LJ6C03 Β· AC9LJ6C04 Β· AC9LJ6C05 Β· AC9LJ6U01 Β· AC9LJ6U02 Β· AC9LJ6U03 Β· AC9LJ6U04
Start this unit βFull year scope
English
Comparative texts, formal writing, speech and debate
Mathematics
Integers, ratios, percentages, the Cartesian plane
Science
Electricity, reversible change, ecosystems under pressure
Humanities and Social Sciences
Federation, democracy and global connections
Health and Physical Education
Leadership, transitions and health literacy
The Arts
Independent works from concept to exhibition
Technologies
General-purpose programming foundations
Languages
Sustained exchanges and intercultural insight