Year 5
Reasoning, argument and project depth
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
Between the Lines: How Stories Work On You
Learners stop reading like passengers and start reading like mechanics β popping the bonnet on stories to see how they actually run. They learn that authors show character instead of telling it, and that every claim a reader makes must be anchored to evidence from the text. They discover that the narrator is a choice, not an accident β and that whose eyes you look through changes everything you see. They open the writer's toolbox of imagery and sound devices and learn to name not just the device but its effect. Finally they meet theme β the idea underneath the plot β and build a full literary response in pointβevidenceβexplain paragraphs, planned, drafted, edited and delivered to a real audience. The Year 4 persuasion skills come along for the ride: a literary response is simply an argument where all the evidence lives between the covers of a book.
π§ Why it matters: Last year you learned how persuaders work on you β and once you saw the tricks, they stopped working. Here's the thing: storytellers work on you too. Every book, movie, game and song that's ever made you cry, cheer or lie awake thinking was ENGINEERED to do that β and the people who can see how are the ones whose opinions get taken seriously. 'It was good' convinces nobody. 'The author never once tells you she's brave β she just keeps doing brave things, and that's why the ending wrecked me' β THAT gets people reading your recommendations, quoting your reviews, arguing with you at lunch because your take was too interesting to ignore. This unit turns 'I liked it' into a case you can actually prove.
Big ideas
- Authors show more than they tell β readers who gather evidence from actions, speech and small details know characters better than the characters know themselves
- Point of view is a decision: the author chooses whose eyes you borrow, and that choice steers what you see, what you miss, and who you barrack for
- Figurative language and sound devices aren't decoration β each one is chosen for its effect, and naming the effect is what separates spotting from understanding
- A theme is not a topic: the topic is what a story is about, the theme is what it's trying to say about life β and a claim about either is only as strong as the evidence behind it
Curriculum alignment (AC v9)
AC9E5LA02 Β· AC9E5LE02 Β· AC9E5LE03 Β· AC9E5LE04 Β· AC9E5LE05 Β· AC9E5LY05 Β· AC9E5LY06
Start this unit βFraction Frontier: The Numbers Between
Learners cross into the territory between whole numbers and discover it has its own logic β and that their multiplication superpower from Year 4 is the key to all of it. They use multiplying and dividing to rename fractions without changing their size, place fractions and mixed numerals on the number line to compare them honestly, add and subtract fractions with same and related denominators, and extend the place value system past the decimal point to thousandths. Every lesson moves concrete β pictorial β abstract, with benchmarks and estimation as the built-in lie detector for checking that answers make sense.
π§ Why it matters: The numbers between the whole numbers run your actual life: half-time in the footy, 1.5 L bottles, petrol at 189.9, a swimming race won by 0.003 of a second, three-quarters of a tank, a recipe that needs 2/3 of a cup when you're doubling it. People who are shaky on fractions get overcharged, mis-measure, and misread the news. People who are fluent can halve a recipe in their head, spot that 0.35 is NOT bigger than 0.5, and know exactly what '25% off' really costs. This unit makes you one of the fluent ones β a person who reads the small numbers as easily as the big ones.
Big ideas
- A fraction is one number with many names β multiplying top and bottom by the same number renames it without changing its size
- Fractions live on the number line just like whole numbers, and benchmarks (0, one half, 1) let you compare them at a glance
- You can only add or subtract parts when they're the same size β renaming with equivalence makes unlike parts likeable
- The place value system doesn't stop at the ones: the Γ10 machine runs in reverse past the decimal point, making tenths, hundredths and thousandths
Curriculum alignment (AC v9)
AC9M5N01 Β· AC9M5N03 Β· AC9M5N04 Β· AC9M5N05 Β· AC9M5N08
Start this unit βLight Detectives: Shadows, Mirrors and Bending Beams
Learners investigate light the way scientists do β with a torch in a dark hallway, a spoon at the breakfast table and a coin at the bottom of a mug. They discover that light always travels in straight lines from a source, that seeing anything at all means light has entered their eyes, and that shadows are simply places where a straight-travelling beam got blocked. Then things get stranger: light BOUNCES off every surface it strikes (and off smooth ones in a beautifully predictable way), and at the surface of water it does something so sneaky it can make a hidden coin float back into view and snap a drinking straw in two β without touching either. Along the way learners level up their inquiry skills, Year 5 style: naming the variables they change, measure and keep the same, recording repeated observations in tables and labelled ray diagrams, and hunting down sources of error. The unit ends with a genuine engineering challenge β designing and tuning a cardboard periscope that lets them see over a fence or around a corner, the same science that lets a submarine crew watch Hervey Bay whales without ever breaking the surface.
π§ Why it matters: Light science runs your whole day, whether you notice it or not β it's why your sunnies and sunscreen matter under a Queensland sky, why the school crossing supervisor's vest blazes in headlights, why the creek is ALWAYS deeper than it looks (a fact that keeps swimmers safe every summer), and why the dentist can inspect the back of your teeth with one tiny mirror. First Nations spear fishers have used the bending of light at the water's surface for thousands of years to aim true; submarine crews use bouncing light to see above the waves; and doctors send light down bendy glass threads to look inside people without a single cut. Once you know how light travels, bounces and bends, you can win at shadow puppets, pull off a genuinely baffling magic trick, read the water before you swim β and build a periscope that sees around corners. This is the science of everything you have ever seen. Literally.
Big ideas
- Light comes from sources and travels away from them in straight lines β we see something only when light from it enters our eyes
- Shadows form where an object blocks light's straight path; the shadow's size and shape follow from where the light, the object and the surface are
- Every surface reflects some light; smooth, shiny surfaces reflect it in a neat, predictable bounce, which is why mirrors show images
- When light crosses from one material into another β like water into air β it changes direction at the boundary (refraction), and our brains, assuming straight-line travel, are fooled
- Scientists earn trustworthy answers: they name their variables, repeat their observations, record results in tables and diagrams, and look for sources of error
Curriculum alignment (AC v9)
AC9S5U03 Β· AC9S5H01 Β· AC9S5H02 Β· AC9S5I01 Β· AC9S5I02 Β· AC9S5I04 Β· AC9S5I05
Start this unit βGold, Grit and the Vote
Learners step into the 1800s, the century that built the Australia on today's maps β and they investigate it like historians, not tourists. First they think like colony planners: why did British colonies multiply after 1800, and why exactly THERE β before facing the honest flip side, that every 'perfect site' was already someone's cared-for Country. Then gold turns everything upside down: the 1851 rushes triple the population in a decade, bringing diggers from across the world β including some 40,000 Chinese miners whose skill, and whose unfair treatment, both belong in the record β while the diggings rewrite whole environments and accelerate dispossession on Wadawurrung, Dja Dja Wurrung and other Countries. From the mud of Ballarat rises the unit's third act: Eureka, the miner's right, the secret ballot the world copied, self-government β and the honest asterisk that the vote took until 1894 to reach women in South Australia and until 1962 to reach First Nations Australians federally. Along the way learners upgrade their source skills to the historian's O.P.P. test β origin, purpose, perspective β and close by curating a three-room Colony Files Exhibition that holds the whole century together: why here, the rush, and the voice.
π§ Why it matters: One day β sooner than you think β you'll walk into a school hall that smells of democracy sausages, take a ballot paper, and help choose who makes the rules. This unit is the story of how that ordinary Saturday became possible: rebels in a muddy stockade, an idea called the secret ballot that Australia gave the world, and generations of people who weren't included yet and refused to accept it. It's also the story of why your town sits where it sits, why Australia speaks with accents from everywhere, and whose Country all of it is on. And the O.P.P. test you'll learn β origin, purpose, perspective β works on every video, ad and news story you'll ever scroll past. Historians call it source evaluation. You'll call it not being fooled.
Big ideas
- Colonies grew for reasons β economic, political and social β and in places chosen for water, harbours, soil and grass; none of those places was empty, because all of them were First Nations Countries, owned, named and managed
- Migration remade the colonies: the gold rushes drew people from across the world whose work, cultures and legacies are part of Australia's story β and so is the unfair treatment some of them faced
- People change places and places change people: the rushes rewrote rivers, forests and hillsides in a decade, and the people who felt it first were the custodians whose Country it was β custodians who continue caring for those places today
- Democracy is built, not delivered: Eureka, the secret ballot and self-government were beginnings, and the vote widened slowly because people kept pushing β a push that continued long past the 1800s
Curriculum alignment (AC v9)
AC9HS5K01 Β· AC9HS5K02 Β· AC9HS5K03 Β· AC9HS5K04 Β· AC9HS5S01 Β· AC9HS5S02 Β· AC9HS5S04 Β· AC9HS5S07
Start this unit βGame On: Strong Bodies, Fair Players, Safe Choices
Learners spend this unit moving β and learning to read, referee and protect the mover. First they discover the dashboard every human is born with: a heart that reports its work rate through a wrist or neck pulse, lungs that switch gears you can hear, and muscles that send two very different messages β the warm 'working!' feeling that fades, and the sharp 'stop!' signal that matters. They learn that fitness is a set of things a body can DO β keep going, push, stretch, balance β that it's invisible from the outside, and that it grows in any body that practises. Then the whistle comes out: why games have rules at all, what sportsmanship costs and pays, and how it actually feels to umpire your own mates under pressure β including the hot-faced moment when the right call is the unpopular one. The third stretch is safety, handled the ParkSyde way: calm, practical and empowering. Learners muster the safety skills they already own, build a hand-sized team of trusted adults, learn what makes information private, and rehearse the three-step plan for anything that feels wrong online or off β Stop, Close, Tell β until it's as automatic as checking for cars. The finale hands them the clipboard: design a fitness adventure for their whole household β balanced stations, rules that are fair for a five-year-old AND an adult, dashboard checks and a proper safety sweep β then run it, tune it and coach it.
π§ Why it matters: Every athlete you've ever cheered for runs on the skills in this unit. Marathon runners and Matildas read their body's dashboard mid-game to know how hard to push; every great team sport on Earth only works because most players, most of the time, choose fair over sneaky; and the umpires holding it all together are doing one of the hardest jobs in sport β being fair when it would be easier not to be. But this unit isn't really about them. It's about you: knowing the difference between good-tired and hurt could save your ankle this weekend; knowing why rules exist turns backyard-cricket arguments into thirty extra minutes of actual cricket; and having a safety team and a practised plan means that if anything online ever feels wrong, you'll know exactly what to do and exactly who's got your back β no panic required. Bodies that move, games that stay fun, kids who know their own strength and their own supports: that's the whole point of HPE, and it's yours to keep for life.
Big ideas
- Your body reports on itself constantly β heart rate, breathing and muscle feel are a live dashboard you can learn to read, and reading it tells you when to push, when to ease off and when to stop
- Fitness is what a body can do β keep going, push hard, bend, balance β not how a body looks; it's invisible from the outside and it grows in any body that practises
- Puffed and hurt are different messages: puffed is an engine working and eases when you slow down; sharp, sudden or dizzy is a stop signal that always outranks the score
- Rules are what make a game possible β fair, safe and fun for everyone playing β and playing fair when nobody would know is what integrity means
- Feeling safe is a skill set, not luck: a team of trusted adults, a clear idea of what stays private, and a practised plan for when something feels wrong β online and offline, telling a trusted adult is the strong move, never dobbing
Curriculum alignment (AC v9)
AC9HP6M04 Β· AC9HP6M01 Β· AC9HP6M07 Β· AC9HP6M08 Β· AC9HP6P06 Β· AC9HP6P08
Start this unit βMake It Yours
This unit answers the three questions every artist eventually faces β and it answers them by MAKING, not just talking. Question one: why can you tell a Bluey frame, a Sidney Nolan painting or a Paul Kelly song from across the room, no signature required? Because style isn't magic and it isn't accident β it's a pattern of repeated choices, and once learners can spot the pattern in famous work they start hunting it in their own. Question two: is it cheating to be influenced by other artists? No β it's how art has always worked β but there's an honest way and a dishonest way, so learners build the remix test (transform, credit, permission) and run it on real cases: an album built almost entirely from cleared samples, homage that transforms versus tracing that pretends, and the line every Australian artist must know β cultural designs carry law and belong to their communities, so honest inspiration comes from your own life, never from copying First Nations art. Question three: who is this FOR? Learners discover that a real audience sharpens every choice β the same piece aims differently at a toddler, a grandparent and a stranger β and that aiming your work isn't selling out, it's craft. The whole unit funnels into the Showcase: audience chosen first, work curated and re-tuned for that audience, an artist's talk with honest credit lines, and real audience responses gathered β because art isn't finished until somebody meets it.
π§ Why it matters: Everything you'll ever make β a birthday card, a short video, a speech, a bedroom wall, a business one day β lands better when you know your style, borrow honestly and aim at a real audience. This unit is where you stop making things that look like everyone's and start making things that look like YOURS. It's also where you learn a rule that will matter your whole Australian life: the difference between being inspired by this country and taking what belongs to its First Peoples. Artists, designers and brands get that line wrong in the news every year. You'll know exactly where it is β and the honest, generous side of it β by the end of lesson two.
Big ideas
- Style is a pattern of repeated choices β colour, line, sound, movement, words β not a fluke and not a gift; you find yours by making enough things to see what keeps showing up
- Every artist is influenced; honest artists transform what they borrow and credit where it came from β and some things, like the cultural designs of First Nations Peoples, are not available to borrow at all, because they carry law and belong to their communities
- Art is aimed: knowing your audience changes your choices β length, volume, colour, jokes, difficulty β without changing who you are as the maker
- Making and responding feed each other: the more precisely you can say what another artist did, the more deliberately you can choose what YOU do
Curriculum alignment (AC v9)
AC9AVA6E01 Β· AC9AVA6E02 Β· AC9AVA6D01 Β· AC9AVA6C01 Β· AC9AVA6P01 Β· AC9AMU6E01 Β· AC9AMU6C01 Β· AC9AMU6P01 Β· AC9ADR6P01
Start this unit βBlocks, Briefs and Things That Actually Work
Learners find out that every program on Earth β the game, the traffic lights, the self-checkout, the app that nags you about your steps β is built from exactly three ideas: do things in order, choose between paths, and repeat. They build a deck of paper block cards and lay real scripts out on the table, then learn to desk-check them by hand, tracing values through a program the way a programmer does when the bug won't show itself. They meet variables as labelled boxes that hold exactly one thing at a time, and event-driven thinking, where a program isn't one long list but a set of little scripts each waiting patiently for its own trigger. Then the unit turns professional: reading a design brief properly, writing success criteria you can actually test, sketching three alternatives before falling in love with one, and judging designs against criteria instead of taste. The capstone is a small interactive project β a quiz, a game or a helper tool β decomposed into testable pieces, built to a brief the learner writes for a real person, debugged honestly and evaluated against the criteria they set at the start. Everything works on paper. Coding on a device is offered, never required, and never worth extra marks.
π§ Why it matters: Right now, code is deciding things about your life. It picks the next video, works out whether the lights change when you press the crossing button, tells the self-checkout you put an unexpected item in the bagging area, and quietly decides which posts your family sees. If you don't know how programs think, all of that is magic happening to you. Once you know the three building blocks, it stops being magic and starts being something you can read, argue with and build. And the design half matters just as much: the world is absolutely full of things that work perfectly and help nobody β the app the netball club never used, the sign nobody could read, the gadget that solved a problem no one had. Learning to read a brief, write criteria and judge honestly is how you stop being the person who builds the beautiful useless thing. By the end of this unit you'll have built something small and real for someone you actually know β and you'll be able to prove, with evidence, that it does what they asked for.
Big ideas
- Every program ever written is made from three building blocks β sequence, selection and iteration β combined and nested; learn the three and you can read any program
- A computer does one instruction at a time, in order, exactly as written β it never guesses what you meant, which is why precision is kindness to your future self
- A variable is a labelled box holding exactly one value: the newest one. Programs are mostly the story of what's in the boxes and when
- Event-driven programs are not one long list β they are lots of small scripts, each waiting for the thing that wakes it up
- A design brief tells you the need, the user and the limits; success criteria turn it into tests, so a design can be judged on evidence rather than on whose idea it was
- Nothing works first go. Debugging is a method β reproduce it, predict it, trace it, change one thing β not a mood
Curriculum alignment (AC v9)
AC9TDI6P01 Β· AC9TDI6P02 Β· AC9TDI6P05 Β· AC9TDI6P06 Β· AC9TDE6P05 Β· AC9TDE6P01 Β· AC9TDE6P02 Β· AC9TDE6P03 Β· AC9TDE6P04
Start this unit βWatashi no Sekai: My World in Japanese
This unit hands learners the language to describe the world they actually live in β in Japanese. They start with describing words: Εkii (big), chiisai (small), atarashii (new) and tanoshii (fun), and the two places a Japanese adjective can sit β straight in front of a noun, or at the end of a sentence with desu β plus the truth that these words DO change their endings, which is the mistake most beginners make. Then they learn to say where things are, using ue, shita and naka with ni arimasu and ni imasu, and they learn the distinction properly: arimasu for things that stay put (including plants), imasu for people and animals that move themselves. Lesson 3 puts the clock into their Japanese β mainichi, ~ji, ~ji han, and the -masu verbs of a real day, with the verb parked at the end where Japanese keeps it β and introduces katakana by writing the learner's own name in it. Lesson 4 opens the window: tenki, the four seasons, and a genuine climate comparison between a country that stretches 3,000 km from snow country to the subtropics and a continent that does much the same thing upside down. Culture runs through every lesson from documented public sources β Japan's islands and mountains, homes and genkan, trains and bicycles, seasons and rains β and always in two directions, because describing your own place well is half of describing anyone else's. And because ParkSyde has no audio, pronunciation is taught in writing all the way through with one consistent beat-spelling system, and every lesson asks the learner to say it out loud.
π§ Why it matters: Here is the honest version of why this matters. You are not going to be fluent in Japanese in four lessons β nobody is, and anyone who promises that is selling something. What you ARE going to get is the thing every second-language learner remembers forever: the first time you look at a set of marks that meant nothing last week and read them. That moment does something permanent to your brain. Australia sits in Asia's neighbourhood, Japanese is one of the most-studied languages in Australian schools, and about a million people fly between our two countries in an ordinary year β so the odds of you standing in a Japanese train station, or beside a Japanese exchange student in a Queensland classroom, are genuinely decent. But even if you never use one word of it, you will have learned how a language that is nothing like English builds a sentence, and you will never again assume that the way English does things is the way things are done. That is worth four lessons of anyone's time. Watashi no sekai β my world. Go and describe yours.
Big ideas
- A language is a set of moving parts, not a list: Japanese adjectives, particles and verbs each have a job and a place, and once you know the pattern you can build sentences nobody taught you
- Writing systems carry information: hiragana, katakana and kanji do different jobs in the same sentence, and katakana quietly tells you 'this word travelled here from somewhere else'
- Sound is structure: Japanese runs on even beats, and holding a vowel for two beats or pausing for a silent one changes the word β ojisan is an uncle, ojΔ«san is a grandfather
- Describing another place teaches you to see your own: comparing Japan's islands, homes, trains and seasons with Australia's makes both places sharper, and neither one strange
Curriculum alignment (AC v9)
AC9LJ6C01 Β· AC9LJ6C02 Β· AC9LJ6C03 Β· AC9LJ6C04 Β· AC9LJ6C05 Β· AC9LJ6U01 Β· AC9LJ6U02 Β· AC9LJ6U04
Start this unit βFull year scope
English
Persuasive power, literary analysis, multimodal texts
Mathematics
Fractions and decimals in depth, patterns to algebra, data
Science
Light, solids/liquids/gases, adaptations, the solar system
Humanities and Social Sciences
The Australian colonies; resources, economics and choice
Health and Physical Education
Fitness concepts, ethical play, online and offline safety
The Arts
Style, influence and audience
Technologies
Visual programming projects and design briefs
Languages
Describing my world in another language