Year 3
Stepping into big ideas — the ParkSyde exemplar year
How we teach in the Primary band — and why
The developing mind (Piaget)
Concrete operational: children reason logically about things they can see and manipulate. New ideas start concrete (materials, drawings, acted-out scenarios) and move to representations before abstract notation — the concrete-pictorial-abstract sequence.
Learning together (Vygotsky)
Scaffolds are structured and fading: worked examples first, then guided problems with on-demand hints, then independent work. Lessons script 'thinking aloud' so children internalise expert self-talk.
Our design commitments
- Explicit instruction with worked examples before any independent work
- Concrete–pictorial–abstract progression in mathematics
- Daily review and spaced practice built into the sequence
- Guided exploration tasks where children apply — not discover unaided — new ideas
Units open now
Story Architects: Building Narratives That Grip
Learners discover that gripping stories aren't magic — they're built, like houses, from a blueprint every author knows: orientation, complication, resolution. They learn to paint characters and settings with powerful noun groups, to make characters talk with correct dialogue punctuation, to organise ideas into paragraphs, and to edit like a professional. The unit ends with each learner planning, drafting, editing and publishing their own story.
🧭 Why it matters: Every joke you tell, every 'guess what happened at the beach' — that's you telling a story, and this unit teaches you how the best storytellers make people lean in instead of drift off. When you know how stories work, you can make someone laugh, gasp or feel exactly what you felt, just with words. And clear writing means being truly understood — in messages, cards, speeches, anywhere words matter — for the rest of your life.
Big ideas
- Stories have a structure: an orientation that sets the scene, a complication that creates the problem, and a resolution that sorts it out
- Writers choose words deliberately — a well-built noun group puts a picture in the reader's head
- Punctuation and paragraphs are signals to the reader: who is speaking, and when the idea changes
- First drafts are never finished — real writers edit, and editing is where writing gets good
Curriculum alignment (AC v9)
AC9E3LA04 · AC9E3LA03 · AC9E3LA08 · AC9E3LA11 · AC9E3LE05 · AC9E3LY06
Start this unit →Place Value Powers: Numbers to 10,000
Learners build four-digit numbers with materials they can touch, discover how our whole number system is built on grouping by tens, and use that structure to compare, order and calculate. Every lesson moves concrete → pictorial → abstract, because eight-year-olds reason best about what they can see and handle.
🧭 Why it matters: Big numbers are everywhere in your real life: the price of a bike you're saving for, your step count, a footy crowd, the views on a video. When you can read them, compare them and add them in your head, nobody can trick you — you'll know if $238 plus $347 is enough, whether your high score really beat your friend's, and what those huge numbers in the news actually mean. This unit turns big numbers from mystery squiggles into something you're the boss of.
Big ideas
- Our number system groups in tens: 10 ones make a ten, 10 tens make a hundred, 10 hundreds make a thousand
- The value of a digit depends on its place
- Numbers can be partitioned flexibly, and flexible partitioning makes calculation easier
Curriculum alignment (AC v9)
AC9M3N01 · AC9M3N02 · AC9M3N03
Start this unit →Hot Stuff: The Science of Heat
Learners investigate heat the way scientists do — with their own hands, in their own kitchen and backyard. They discover that heat is a form of energy made by the sun, by friction and by electricity; that heat always moves from warmer things to cooler things; and that some materials let heat race through while others slow it to a crawl. Along the way they learn the single most important skill in all of science: the fair test. The unit ends with a genuine design challenge — engineering a container to keep an ice block frozen as long as possible.
🧭 Why it matters: Heat is part of your day whether you notice it or not — it's why the car door handle burns your hand in summer, why your lunch stays cold in an esky, and why an oven mitt saves your fingers. Once you know how heat moves, you can keep an icy pole frozen at the beach, pick the shady spot on a scorcher, and help your family save power (and money) at home. This is knowledge you'll use every single hot day for the rest of your life.
Big ideas
- Heat is a form of energy — it can be produced by the sun, by friction and by electricity
- Heat always moves from warmer objects to cooler objects, never the other way
- Materials matter: conductors let heat move quickly, insulators slow it down
- A fair test changes one thing, measures one thing, and keeps everything else the same
Curriculum alignment (AC v9)
AC9S3U03 · AC9S3I01 · AC9S3I02 · AC9S3I03 · AC9S3I06
Start this unit →My Community, Our Stories
Learners investigate the place they know best — their own community — like real historians and geographers. They ask inquiry questions, read old photos and maps as sources, learn whose Country their home is on and why Country matters to Aboriginal and Torres Strait Islander Peoples today, discover who makes the rules and decisions that shape their neighbourhood, and curate a Community Museum Exhibition to share what they've found. Every lesson starts from somewhere the learner can stand, walk or point to, because eight-year-olds reason best about places they can actually see.
🧭 Why it matters: You live somewhere real — a street with stories under it, on Country that Aboriginal and Torres Strait Islander Peoples have cared for over tens of thousands of years. Knowing whose Country your home is on, and why your town looks the way it does, turns an ordinary walk down your street into something much more interesting. And when something matters to you — a broken swing, a tree worth saving, a skate park your suburb needs — you'll know exactly who decides and how to have your say.
Big ideas
- Every place has layers of stories, and sources — photos, maps, objects, people's memories — let us uncover them
- Aboriginal and Torres Strait Islander Peoples have been connected to Country for tens of thousands of years, and those cultures and connections are living and continuing today
- Communities work because people make, follow and change rules and decisions together
- Good inquiry starts with a good question, and every claim needs a source
Curriculum alignment (AC v9)
AC9HS3K01 · AC9HS3K02 · AC9HS3K03 · AC9HS3K04 · AC9HS3S01 · AC9HS3S02 · AC9HS3S03 · AC9HS3S04
Start this unit →Full year scope
English
Narrative craft, persuasion, and reading to learn
Mathematics
Place value to 10,000, multiplicative thinking, measurement
Science
Heat, living things and life cycles, Earth's place in space
Humanities and Social Sciences
Community, citizenship and Australia's First Nations histories
Health and Physical Education
Skill mastery, fair play and personal wellbeing
The Arts
Ideas into artworks across five art forms
Technologies
Branching algorithms and designed solutions
Languages
First steps in an additional language