Year 11
Senior studies — subject specialisation begins
How we teach in the Senior Secondary band — and why
The developing mind (Piaget)
Formal operational reasoning applied to complex systems: abstract models, counterfactuals, multi-variable problems, critique of sources and methods.
Learning together (Vygotsky)
Learners largely self-scaffold with expert feedback loops: drafting, criterion-referenced feedback, and revision cycles mirror how experts actually improve. The platform and parent act as mentors, not managers.
Our design commitments
- Pathway-aware programs with senior subject planning support
- Exam-style and performance-based assessment with criterion feedback
- Independent study routines with visible planning and review tools
- Authentic tasks connected to further study, work and community
Units open now
Perspectives in Play: Texts in Conversation
Senior English starts with a demolition: the comfortable idea that texts describe the world gets taken apart, and learners rebuild it properly — every text is a made thing, constructing a perspective through selection, language and silence, and inviting its audience to a particular seat. From there the unit widens the lens: no text stands alone. Learners study texts in conversation — a colonial short story and the First Nations play that answers it a century later, a beloved poem and the texts that now argue with it — and learn how contexts of production and reception remake meaning. Then they join in. First with the analytical voice: arguable interpretations, embedded evidence, metalanguage that names how texts work on readers. Then with the creative one: a transformation that gives voice to a silence, defended in a writer's statement that turns every craft choice into an argument. Four lessons, one arc: from reading the made world to making some of it yourself.
🧭 Why it matters: The honest version first: this is senior territory. English is the subject nearly every Queensland senior completes, and the skills in this unit — deconstructing representation, comparing texts across contexts, sustaining an analytical argument, defending creative choices — are precisely what senior assessment rewards, internal and external alike. Practising them now, at Unit 1–2 depth, is how the Year 12 versions stop being frightening. But here's the part that outlasts any result: you live inside representation. Every feed you scroll, every news bundle, every ad, every history you were taught is a made thing arguing for its version of the world — and most people never learn to see the making. This unit is that training. The person who can ask 'who built this text, from what, for whom, and whose voice is missing?' cannot be casually manipulated — by media, by marketers, by anyone. And the person who can then write back — clearly, analytically, creatively — doesn't just decode the conversation. They get a say in it.
Big ideas
- Texts do not reflect reality — they represent it: every text is built from selections, language choices and silences that construct one version of people, places and ideas, and quietly retire the others
- Every text invites its reader to a particular seat; a trained reader can take the seat, name it, or politely decline it — and knows which of those they are doing
- No text is an island: texts answer, borrow from, contest and transform other texts, and their meanings shift as contexts of production and reception change around them
- Analysis and creativity are the same muscle flexed two ways — the analyst names how choices position audiences; the maker deploys choices to position them — and senior English demands you do both, on purpose, for real audiences
The Real-World Toolkit: Money, Models, Matrices and Data
This unit samples the four load-bearing walls of senior General Mathematics, Units 1–2. Learners get compound interest properly — not as a formula to memorise but as repeated multiplication they can build in a spreadsheet — then follow the money into loans and depreciation, where the same engine runs in reverse. They put linear equations to work on phone plans, wages and break-even decisions, meet matrices as spreadsheets with superpowers, and finish with univariate data analysis on real Australian datasets, building genuine intuition for standard deviation instead of just pressing the button. Every lesson pairs calculator fluency with estimation sense-checks, because a senior mathematician's first skill is knowing when an answer smells wrong.
🧭 Why it matters: Within a couple of years you will sign things: a phone plan, a car loan, a rental agreement, maybe a HECS debt. Every one of them is priced by the maths in this unit, and the people on the other side of the table have already done it. Compound interest decides whether your savings quietly double or your credit card quietly buries you. Linear models are how you compare job offers and utility plans. Matrices are how every spreadsheet, supply chain and sports ladder actually stores its numbers. And data literacy — knowing when 'the average' is telling the truth — is self-defence in a world of headlines. This is not maths for a maths exam. This is maths for the contracts with your name on them.
Big ideas
- Compound interest is repeated multiplication — money that earns money that earns money — and a spreadsheet makes the whole story visible one row at a time
- Loans and depreciation run the same growth engine in reverse: understand one recurrence and you understand them all
- A linear model is a story with a starting value and a constant rate — find those two numbers and you can predict, compare and decide
- A matrix is data with a postcode: rows and columns give every number an address, and the dimension rules are what make the arithmetic mean something
- The mean is not always the fairest summary — real data has skew and outliers, and choosing the right centre and spread is a judgement call, not a reflex
- Estimate before you calculate: the rule of 72, benchmark percentages and a rough mental model catch calculator slips that blind trust never will
Biology Units 1–2: Cells, Systems, and Staying Alive
Senior Biology begins with a border. Every living thing on Earth, from the mangrove crab in the Moreton Bay mud to the person reading this, is a bounded system that keeps its inside different from its outside — and spends energy doing it every second of its life. This unit follows that single idea up through four scales. First the membrane itself: a fluid mosaic of phospholipids and proteins that lets some things through, blocks others, and pumps a select few uphill against their gradient at real ATP cost. Then the size problem: diffusion is beautifully fast across ten micrometres and hopeless across ten millimetres, and that one piece of physics forced multicellular life to invent specialised cells, tissues, organs, folded exchange surfaces and transport systems. Then the internal environment: a body in a humid Ipswich summer or a frosty Toowoomba morning is fighting a live physiological battle, and the negative-feedback loops that win it — vasodilation, sweating, shivering, ADH and thirst — are exactly the loops learners will trace on paper and then measure on themselves with a stopwatch and a thermometer. Finally, the craft that QCAA actually assesses: turning a vague curiosity into a researchable question, designing a method that controls what matters, processing data without flattering it, and writing a conclusion that goes precisely as far as the evidence allows and not one sentence further. Learners finish the unit having designed, run, processed and evaluated a genuine student experiment of their own — the same moves the Unit 3 assessment will demand, rehearsed early, at the kitchen table.
🧭 Why it matters: This is the unit where biology stops being a nature documentary and starts being about the body you are currently sitting in. By the end you will know why a sports drink is isotonic and what happens when someone drinks far too much plain water during a Gold Coast fun run; why an IV bag says 0.9% sodium chloride and not 'water'; why your fingers go pale on a cold Darling Downs morning and blotchy red after netball; why a burns patient is in danger from fluid loss before infection; why lungs are folded into hundreds of millions of alveoli instead of being two smooth balloons; and why a mangrove can live in salt water that would kill a mango tree in a fortnight. It is also, bluntly, the gateway unit. Nursing, paramedicine, physiotherapy, veterinary science, marine biology, agricultural science, biomedical research, sports science and medicine all assume you own this material, and every one of them assumes you can design an investigation, read a graph honestly and state the limits of your own evidence. Units 1 and 2 are where those habits get built. Build them properly now and Units 3 and 4 are a continuation rather than a cliff.
Big ideas
- A cell is not a bag of liquid — it is a compartmented system whose membrane decides what enters and leaves, and that decision is what keeps the inside chemically different from the outside
- Movement across membranes is either passive (down a gradient, free) or active (up a gradient, paid for in ATP), and telling them apart explains almost everything a cell does
- Surface area to volume ratio is the hidden constraint on life: as something gets bigger its volume outruns its surface, so exchange must be solved by folding, flattening, branching and pumping
- Multicellular organisation — cell, tissue, organ, system — exists because diffusion time rises with the SQUARE of distance, making bulk transport a physical necessity rather than a design flourish
- Homeostasis is not staying still: it is a dynamic equilibrium held inside tolerance limits by negative feedback loops made of receptors, control centres and effectors
- In senior science a claim is worth exactly as much as the evidence and reasoning attached to it — which is why method design, data processing and honest evaluation are the assessable skills, not just the results
Ideas, Movements and the Historian's Craft
This is where history stops being a story you receive and becomes a discipline you practise. Learners begin with the ideas that detonated the modern world — the rights of man, popular sovereignty, nationalism — tracing them from the declarations of 1776 and 1789 through the pens of Mary Wollstonecraft and Olympe de Gouges, and following nationalism's double life as both liberator and destroyer. Then two deep studies in how ideas become movements: the United States civil rights movement from Montgomery to Selma, studied through its organisers as much as its orator; and Australia's own rights campaigns — the 1965 Freedom Ride, the decade-long build to the 1967 referendum, and the road to Mabo — including the documented traffic of tactics and inspiration across the Pacific. Throughout, learners work as source critics, interrogating every document for origin, purpose, audience and reliability, and weighing what each source can and cannot prove. The unit closes with the capstone question senior history exists to ask: when two credible accounts of the same event disagree, what does a historian do next? Learners run a genuine historiographical investigation — same event, competing accounts, a justified position — and come out the other side knowing that history is not what happened; it is the discipline of arguing responsibly about what happened.
🧭 Why it matters: You are one or two years from full civic adulthood, and you are living through an information environment your grandparents could not have imagined — where every feed serves you confident, contradictory accounts of the same events, daily. This unit is the training for exactly that. Source criticism — who made this, why, for whom, and what can it actually prove? — is the single most transferable skill the humanities own, and it works identically on an 1789 declaration, a 1961 press photograph and this morning's viral post. The history matters in its own right too: the rights language in every modern constitution, the case law under Australian land ownership, and the protest playbook used by every campaign you will ever witness were all built in the events you are about to study. And if you sit external assessment in Modern History, this is precisely the discipline — sources, corroboration, historiography, justified argument — the examiners are paying for. Either way, you leave harder to fool. That is not a small thing. That is the point of the subject.
Big ideas
- Ideas are historical forces: the rights of man and nationalism moved armies, toppled empires and wrote constitutions — and the same idea can liberate in one century and destroy in the next
- Movements are organised, not sparked: behind every famous moment stands years of strategy, networks of unfamous people, and a deliberate match of tactic to target
- Every source is an argument: origin, purpose, audience and context shape what a document says and hides — reliability is always 'reliable for what?', never a yes/no
- History is contested by design: accounts of the same event differ because authors differ, and the historian's job is not to pick a side by taste but to explain the divergence and argue a position from evidence
The Lens and the Code: Senior Visual Art
This is where art stops being a subject where you make nice things and becomes a discipline you practise. Senior Visual Art begins with a shock: nobody tells you what to make. You are handed a stimulus — sometimes a single word — and the subject assesses what you do next: how you observe and reinterpret the world through a lens of your own (personal and contemporary contexts), how you command visual language as a code (the elements and principles that construct meaning, and the cultural codes that belong to communities), and how you run the senior making cycle — developing, researching, reflecting, resolving — with every experiment logged and every decision annotated and justified. Along the way learners study contemporary Australian artists at working depth: Ben Quilty's paint-as-testimony portraits of returned soldiers, Patricia Piccinini's tender impossible creatures, Fiona Hall's sardine tins that turn material into argument, Vincent Namatjira's Archibald-winning wit — and the serious senior questions of influence, appropriation and Indigenous Cultural and Intellectual Property, handled with the respect and precision the law and the culture both demand. The unit closes with a Units 1–2-style folio capstone: a resolved work, a curated annotated development, and a written analysis of your own work in the discipline's own language. You leave with the thing senior art actually teaches: not how to draw what you see, but how to think in public, with evidence.
🧭 Why it matters: You will spend the rest of your life inside the most image-saturated environment humans have ever built — feeds, ads, packaging, political imagery, AI-generated pictures — all of it constructed, all of it coded, most of it designed to move you before you notice. This unit is training for exactly that: once you can name how a colour choice, a crop, a scale decision or a borrowed symbol manufactures a feeling, you can read any image the way this unit reads gallery works — and you become much harder to manipulate. The making side trains something just as transferable: the folio discipline — set an intention, experiment systematically, document honestly, evaluate against the goal — is the working method of designers, architects, filmmakers, engineers and researchers, and it is precisely what Year 12 Visual Art and its external assessment reward. The appropriation and ICIP content is professional-grade knowledge: real courts have awarded real damages over it, and every working creative in Australia is expected to understand it. And if you make things — for a living or for love — this unit hands you the honest version of how sustained creative work actually happens. Not waiting for the muse. Running the cycle.
Big ideas
- Artists don't wait for inspiration; they run a lens: the same stimulus refracted through different personal and contemporary contexts produces genuinely different bodies of work — the lens, not the subject, is the art
- Images are constructed in a code: elements and principles work like grammar, meaning is built and read, and some codes belong to communities — visual literacy includes knowing which codes are not yours to use
- Making is a documented cycle, not a lightning strike: developing, researching, reflecting and resolving loop and spiral, failures are data, and annotation is justification — the visible thinking is assessed, not just the artefact
- A resolved work is judged against its intention, not against photorealism: resolution means the visual language delivers the meaning you set out to build — and evaluating the gap honestly is a strength, not a confession
Digital Solutions Units 1–2: Creating with Code, Designing for People
Senior Digital Solutions is not a computing subject about computers. It is a subject about producing a defensible solution to somebody else's problem, and being able to show the reasoning that got you there. This unit runs that idea across four scales. It starts with the machinery: data types chosen deliberately, the four control structures, functions with defined inputs and outputs, arrays and the traversal patterns that live on them, and the single most underrated skill in the subject — desk-checking an algorithm with a formal trace table until you can state, with evidence, exactly what it will output before you ever run it. It then turns outward to the person the solution is for, converting a client's vague wishes into functional and non-functional requirements that can actually be tested, designing interfaces against usability and accessibility principles rather than taste, and gathering usability evidence from real humans who get stuck in front of you. Next comes memory: modelling structured data as entities, attributes and keys, writing queries that answer real questions, and building validation that catches bad data on the way in — alongside the privacy obligations that attach to every field you decide to collect. Finally the craft that QCAA actually assesses: the explore–develop–generate–evaluate problem-solving process, taught explicitly, and the documentation habits that make a folio persuasive. Learners finish having produced a Units 1–2-style project folio of their own — requirements, algorithm design, prototype, test evidence and a criteria-referenced evaluation — entirely on paper if that is what is available.
🧭 Why it matters: Let us be straight about the stakes, calmly. If you carry Digital Solutions through to Units 3 and 4, it becomes one of the subject results that follows you out of school — and Units 1 and 2 are where the habits that decide those results get built or missed. Almost nobody loses marks in this subject because they could not think of an idea. They lose them because the requirements were never testable, the algorithm was never desk-checked, the test evidence was written from memory afterwards, or the evaluation said 'it worked well' instead of naming which criterion was met and what the evidence was. Every one of those is a habit, and habits are cheap to build in Year 11 and expensive to build in Year 12. Beyond school, the same four moves — define the problem precisely, design before you build, test against evidence, evaluate honestly — are what software engineers, data analysts, UX designers, business analysts, cyber security teams, health informatics staff and half of modern agriculture actually do all day. And there is a quieter payoff. You are about to spend your life surrounded by systems that collect your data, shape your choices through interface design, and occasionally get things badly wrong. Once you have built one properly — keys, validation, error states, privacy decisions and all — you stop being someone software happens to, and start being someone who can read it, question it, and if you want to, build a better one.
Big ideas
- A computer has no intent and no common sense: it executes exactly what was written, which makes precision a technical requirement rather than a personality trait
- An algorithm can be proven before it is built — a formal trace table turns 'I think this works' into 'here is the output, row by row, and here is why'
- Decomposition into functions with defined inputs and outputs is what makes a solution testable, changeable and explainable by someone other than its author
- Requirements are only real when they are testable: 'easy to use' is a wish, 'a first-time user completes registration in under three minutes without assistance' is a requirement
- You are not your user — usability is measured by watching real people attempt real tasks, and the designer is always the worst possible tester
- Data becomes useful when it is structured: entities, attributes and keys are what turn a pile of records into something you can query, validate and trust
- Validation protects the shape of data; it cannot protect the truth of it — knowing the difference is what stops a solution quietly producing confident nonsense
- In senior assessment the folio is the artefact: the marks live in the documented reasoning — criteria, alternatives considered and rejected, test evidence, honest evaluation — not in how polished the product looks
Full year scope
English
Senior English: perspectives and texts in conversation
Mathematics
General / Methods pathways: Units 1–2
Science
Biology, Chemistry, Physics or Psychology: Units 1–2
Humanities and Social Sciences
Modern History, Geography, Legal Studies or Economics: Units 1–2
Technologies
Digital Solutions: Units 1–2
The Arts
Senior arts subjects: Units 1–2