A fully sequenced, ACARA v9.0-aligned after-school curriculum for students. The capstone year — students graduate as independent scholars ready for secondary school. Reading embraces literary criticism, writing develops publication-quality voice, and numeracy achieves pre-secondary fluency across all strands. Every session intentionally builds towards graduation as confident, intellectually engaged young women.
Girls arrive as confident junior scholars. Term 1 launches Year 6 identity through deep literary analysis — understanding unreliable narrators, symbolism, and allegory across two complete novels. Grammar advances to complex-compound sentences and cohesive devices. Enrichment: Documentary and Journalism — students develop research and interview skills. A term of intellectual rigour preparing the capstone year.
Introduce Term 1: we are critical scholars who analyse texts for deeper meaning. Read opening pages of novel 1 (minimum 150 pages). Discuss: What is a critical reader? What questions do we ask about books? Establish reading partnership protocols. Each girl writes personal reading goal in Scholar's Journal.
Review: tens of millions, hundreds of millions. Introduce billions: 1 billion = 1,000 millions. Represent on place value chart: 5,432,876,123. Read aloud: "five billion, four hundred thirty-two million...". Compare two large numbers using > < =. Identify which digit is in the billions place.
View: National Geographic or BBC documentary excerpt (10 min). Analyse: How does the film begin? What question or problem is introduced? How does the narrator guide us? Is the narrator's voice neutral or opinionated? Record observations. Discuss: Can a documentary be objective? What is the filmmaker's perspective?
Reading checkpoint: first 50+ pages of novel 1. Introduce: unreliable narrator (a narrator who lies, is confused, or has limited knowledge). Analyse: Is our narrator showing bias? What does the narrator want readers to believe? Compare narrator's account to other characters' views. Create a "narrator reliability" chart. Write one paragraph: "Is our narrator trustworthy? Provide text evidence."
Add: 234,567,890 + 456,789,012. Subtract: 987,654,321 − 123,456,789. Multiply: 5,000,000 × 3. Divide: 8,000,000 ÷ 4. Show algorithm steps. Real-world: world populations (e.g. China ~1.4 billion, India ~1.4 billion, USA ~330 million). Problem: How many more people in China than USA?
Teach: open questions ("Tell me about a time when...") vs closed questions ("Yes/no?"). Model interview with staff member. Girls practise paired interviews: "Tell me about a meaningful moment at your school." Record on device, play back portions. Listen for: storytelling, emotion, specific details. Transcribe 3 best quotes.
In novel 1, identify 3 recurring symbols (e.g. a storm, a door, a colour). What does each represent? Why might the author use it? Create a chart: Symbol → Meaning → Evidence. Analyse: Does the symbol change meaning through the novel? Write paragraph: "The symbol of ___ represents ___ because the author uses it to show ___." L4+: compare use of same symbol across two texts.
BODMAS: Brackets, Orders (exponents), Division/Multiplication (left to right), Addition/Subtraction (left to right). Solve: 48 ÷ 6 + 2 × 3 = ? (step by step: 8+6=14). Solve: (10−2) × 5 + 3^2 = ? Practise 10 multi-step problems. L4+: include fractions and decimals in expressions.
Case study: a documentary filmed a war zone and one subject was harmed afterwards. Ethical question: should the filmmaker have filmed? Discuss: consent, safety, impact. Write position statement: "A documentary filmmaker's responsibility is ___." Debate: privacy vs public interest. Connect to journalism code of ethics.
Sentence types: simple (one clause), compound (two independent clauses with and/but/or), complex (independent + dependent with because/although/if). Write: "The narrator was unreliable, but the reader trusted him anyway." Teach cohesive devices: furthermore (add idea), however (contrast), as a result (cause-effect). Rewrite a paragraph using 5+ connectives. Edit for flow and clarity.
Number line with zero: positive right, negative left. Temperature context: −3°C + 5°C = 2°C. Money context: owing $8, earn $5 = owing $3. Solve: −7 + 4, 3 − 9, −5 − 2. Use number line to visualise. Identify: is the answer positive or negative? Why?
Story choice: your school facilities upgrade, Adelaide environmental issue, or student-selected topic. Develop 3 research questions. Find sources: interview, research, data. What is the story? Who are key stakeholders? What is the evidence? Draft article outline with headline, lede, key facts, quotes, conclusion.
Week 5 vocabulary set (20 Tier 2 words): crucial, perspective, nuance, transform, ambiguous, parallel, ironic, explicit, implicit, analogy, metaphor, establish, sustain, clarify, justify, evaluate, synthesise, analyse, evidence, subsequently. Use each in reading annotation. Create academic vocabulary wall. Write 5-sentence paragraph using 8+ words from this set.
Exponential form: 3^4 means 3×3×3×3 = 81. Calculate: 2^6, 5^2, 7^3. Bacteria problem: one bacterium doubles every hour. After 24 hours: 2^24 = ?. Real contexts. L4+: order 2^3, 3^2, 4^1 from smallest to largest (explain why).
Watch two documentaries on the same topic (e.g. climate change, homelessness). Compare: How does each filmmaker frame the issue? What evidence is shown? What is emphasised vs hidden? Storyboard a 2-minute documentary on a Year 6 your school topic. Sketch scenes, write narration, note sound/music choices.
Read: pages 150+ of novel 1. Identify central theme (e.g. courage, identity, belonging). Is the novel allegorical? Explain: allegory uses characters/events to represent abstract ideas. Example: *The Hunger Games* allegories war, power, media. Write 2-page analytical essay: "The theme of ___ is developed through ___ and symbolised by ___." Support with 4+ textual citations. L5+: compare allegorical elements across two texts.
Prime numbers: only divisible by 1 and itself. Prime factorisation: express number as product of primes. Factor tree for 48: 48→2×24→2×2×12→2×2×2×6→2×2×2×2×3 = 2^4 × 3. Use to find GCF and LCM. GCF(36,60): 36=2^2×3^2, 60=2^2×3×5, so GCF=2^2×3=12. LCM(12,18)=?
Teams of 3–4 plan a 3-minute documentary (final film Week 10). Topics: your school tradition, environmental issue, peer story, school facility. Assign: director, camera operator, sound/lighting, researcher. Create shot list (10+ shots). Script/narration outline. Begin filming: establishing shots, interview footage, detail shots. Review footage for quality.
Essay formula: Introduction (hook, context, thesis statement) → 3 Body Paragraphs (each: topic sentence, evidence quote, analysis sentence, link to thesis) → Conclusion (restate thesis, broader reflection, final thought). Model essay analysing novel 1. Draft comparative essay: "Analyse how both novels develop the theme of ___." Girls complete 1500+ word draft.
Problem 1: Bells ring at 4-second, 6-second intervals. When do they ring together? (LCM = 12). Problem 2: Share 24 apples and 36 oranges equally. How many bags maximum? (HCF = 12, so 12 bags with 2 apples + 3 oranges each). Solve 5 word problems using LCM and HCF. Show factor method or prime factorisation.
Edit documentary film (3 minutes target). Footage organisation: establish shots, interviews, B-roll. Add: opening title sequence (15 sec), transitions between sections, background music (non-copyright), narration voiceover (if needed), closing credits. Review pacing: does the narrative flow? Are interviews compelling? Does the film answer the central question?
Begin novel 2 (alternative genre or author, minimum 150 pages). Read opening chapters. Create comparison matrix: Novel 1 vs Novel 2 — Narrator (reliable?), Tone (dark? optimistic?), Setting (concrete? symbolic?), First impression theme. Write: "Comparing the openings, I notice ___. This suggests ___." Predict: What themes might novel 2 explore? How might it contrast with novel 1?
Add/subtract: find common denominator. 1/3 + 1/4 = 4/12 + 3/12 = 7/12. Multiply: multiply numerators and denominators. 2/3 × 3/4 = 6/12 = 1/2. Divide: invert and multiply. 3/4 ÷ 1/2 = 3/4 × 2/1 = 6/4 = 1.5. Model with area diagrams. Solve 10 multi-step fraction problems.
Screen all Term 1 documentaries (3 minutes each). Audience watches in silence. Teams self-assess: "What aspect of filmmaking am I most proud of? What would I improve if I had more time?" Peers complete feedback forms: "One strength: ___. One question: ___." Discuss: How do different filmmakers tell the same story differently?
Pages 100+ of novel 2. Focus: character transformation, symbolism deepening, thematic patterns. Close-reading practice: select a powerful paragraph (200 words). Annotate with 5+ observations: word choice, metaphor, rhythm, perspective shift, foreshadowing. Write analytical paragraph: "In this passage, the author uses ___ to show ___." Extend essay outline to include novel 2.
Convert fraction → decimal: 1/8 = 0.125. Decimal → percentage: 0.85 = 85%. Percentage → fraction: 60% = 3/5. Real contexts: sale discount (original $50, 20% off = $40), tax (cost $30, 10% tax = $33). Calculate: 15% of 200, 25% of 60, 12.5% of 80. Justify which form (fraction, decimal, percentage) is most useful for each context.
Seated circle discussion. Prompts: "What surprised you about filmmaking? What problem did you solve creatively? If you made a documentary again, what would you do differently? What do Year 7 filmmakers need to know?" Record insights on chart paper. Connect: How is filmmaking like analytical essay writing? Both tell a story with evidence and perspective.
Comparative essay comparing novel 1 and novel 2 (1500+ words minimum): How do both texts explore the theme of ___? Assess: introduction with clear thesis, 3+ body paragraphs with textual evidence, analysis of literary devices (symbolism, unreliable narrator, allegory), complexity of ideas, academic vocabulary use, citation accuracy, conclusion. Reading journal assessment: annotations show deep engagement, questions reveal critical thinking. Assign L1–L6 Literacy benchmark for Term 1.
Written assessment: Represent 5,234,890,123 three ways. Operations: 234,567 + 456,789, 987,654 − 123,456. Integers: solve −12 + 7, 5 − 13. Index: calculate 2^7, 5^3. Prime factorisation: express 72 using prime factors, find GCF(48,60) and LCM(12,18). Fractions: 3/4 + 2/5, 5/6 − 1/3, 2/3 × 3/4, 4/5 ÷ 2/3. Decimals/Percentages: convert 7/8 to decimal and percentage, calculate 18% of 250. Oral: explain your strategy for one multi-step problem.
Public screening in school hall (parents, staff, community invited). Each documentary (3 minutes). Team presentations (1 min): "Our film explores ___. We made it by ___. We learned ___." Audience applause. Awards voted by audience: Most Compelling, Best Technical Execution, Most Surprising Perspective, Most Creative Problem-Solving. Celebration and reflection. DVD copies for each girl and school archive.
Girls develop persuasive power. Term 2 advances literacy through argumentative writing — students learn to construct claims, find counterclaims, and write rebuttals supported by evidence. Research skills deepen: synthesising 4+ sources with APA citation. Numeracy explores fractions, decimals, percentages mastery, ratio and proportion, algebra, coordinate graphing, and spatial reasoning. Enrichment: Aerospace and Engineering — students tackle real design challenges, code problems, and build solutions.
Argumentative writing structure: introduce topic, state your claim (your position on a debatable question), provide evidence from sources, explain how evidence supports your claim. Model: "Claim: Social media should have age restrictions. Evidence: Studies show excessive screen time harms sleep. Analysis: This matters because sleep is essential for adolescent brain development." Girls select a debatable question and write a claim + 2 pieces of evidence.
Ratio: simplest form 3:2 (boys to girls). Equivalent ratios: 3:2 = 6:4 = 9:6. Scale recipe: original 2 cups flour : 1 cup water. Double it: 4:2. Proportion problem: 5 apples cost $2. What do 15 apples cost? (ratio 5:2 = 15:x, so x=6). Real contexts: mixing paints, resizing photos, map scales.
Watch: NASA rocket launch clip or similar. Discuss: forces that affect rockets (thrust from engines, weight pulling down, drag from air). Design challenge: on paper, sketch a water rocket (using 2-litre bottle, water pressure). Predict: will it go up? Calculate: if rocket weighs 500g and has thrust of 10kg, will it launch? (Thrust must exceed weight.)
Research topic: students select a debatable issue. Find 4 sources: 2 books/journal articles, 1 website, 1 interview or primary document. Record for each: author, title, publication date, source type. Create APA citation list (basic format: Author, A. (Year). Title. Publisher). Annotate each source: key finding, credibility assessment, relevance to argument.
Expression: write symbolic. "A number n increased by 7" = n+7. "Twice a number minus 3" = 2n−3. Equation: solve for unknown. 3x + 2 = 11. Work backwards: 11−2=9, 9÷3=3, so x=3. Check: 3(3)+2=11 ✓. Real context: "A notebook costs $2 and a pen costs $3. You buy 2 notebooks and n pens for $10. How many pens?" 2(2) + 3n = 10 → n=2.
Each girl folds 3 different paper plane designs (wide wings vs narrow, heavy nose vs light). Test each: throw from same spot, measure distance to landing point. Record: design name, distance (metres), stability (did it wobble?). Compare: which design performed best? Why? Link: wing shape affects flight, engineers test designs before building real planes. Iterate: modify one design to improve performance.
Strong arguments acknowledge the other side. Counterclaim: "Some people argue ___." Rebuttal: "However, ___" + evidence proving them wrong. Model: Claim: "School should have later start times." Counterclaim: "Critics argue this costs money." Rebuttal: "Yet studies show sleep benefits increase productivity, saving costs overall." Girls write one counterclaim/rebuttal paragraph on their argument topic.
x-axis (horizontal), y-axis (vertical), origin (0,0). Plot: (3,2), (−2,3), (1,−4), (−2,−1). Identify: which quadrant? Graph linear equation y=2x+1. Create table: x=0 → y=1; x=1 → y=3; x=2 → y=5. Plot and draw line. Predict: if x=3, what is y? Find point on line.
Materials: spaghetti sticks, mini marshmallows (joints). Challenge: build tallest free-standing tower (minimum 30cm, maximum 5 minutes). Test structural integrity: add weights (coins) to the top until it fails. Measure: height, weight capacity. Calculate: stability ratio (height ÷ base width). Analyse: what made towers fail? Which design succeeded?
Teach: volume (project voice), pace (don't rush), pause for effect, eye contact, posture, gestures (purposeful, not nervous). Draft a 3-minute persuasive speech arguing their position. Practice in front of mirror, then peer. Peer feedback form: "What was persuasive? What could improve?" Deliver formal speech to small audience (classmates, staff).
Parallelogram: opposite sides equal and parallel. Area = base × perpendicular height (not the slant side!). Example: base 8cm, height 5cm → area 40cm². Trapezium: one pair of parallel sides. Area = 1/2 × (sum of parallel sides) × height. Example: parallel sides 6cm and 10cm, height 4cm → area = 1/2 × 16 × 4 = 32cm². Solve 8 area problems with diagrams.
Challenge: design a crewed mission to Mars. Plan: launch date, journey time (6-9 months), crew roles (commander, scientist, engineer, doctor), supplies (water, oxygen, food, fuel), surface base design, mission duration, return timeline. Budget: allocate $1 billion among equipment, personnel, fuel. Create poster showing mission overview. Present: "Our mission will succeed because ___."
Teach propaganda techniques: emotional appeals (fear, appeal to authority), loaded language (positive/negative connotations), omission of facts, false causality. Analyse: newspaper articles, advertisements, social media posts, political speeches. Students identify: What emotion is being triggered? What facts are missing? Who benefits from this message? Write analysis paragraph: "This advertisement uses ___ to persuade ___ to ___."
Rectangular prism: length 6cm, width 4cm, height 3cm. Volume = 6 × 4 × 3 = 72cm³. Surface area = 2(lw) + 2(lh) + 2(wh) = 2(24) + 2(18) + 2(12) = 108cm². Triangular prism volume = (area of triangle base) × length. Calculate 6 prism volumes and surface areas. Real context: rectangular water tank holds how litres?
Design and build a bridge using popsicle sticks (max 100 sticks) spanning 30cm gap. Must support weight (add coins incrementally until failure). Measure: sticks used, maximum weight held, bridge mass. Calculate: strength-to-weight ratio (weight held ÷ bridge mass). Compare with classmates: whose bridge was strongest? Most efficient?
Synthesis: weave multiple sources together to support argument. Quote (with quotation marks and citation): "Research shows ___" (Smith, 2022). Paraphrase (restate in own words, cite): According to Smith, ___. Maintain voice: don't let sources take over. Draft 4–5 page argument essay integrating all 4 research sources. Include counterargument and rebuttal. Cite all claims in APA format (basic in-text citation: author and year).
Two-step: 2x + 5 = 13. Subtract 5: 2x = 8. Divide by 2: x = 4. Check: 2(4) + 5 = 13 ✓. Multi-step: 3(x−2) + 4 = 10. Expand: 3x − 6 + 4 = 10. Simplify: 3x − 2 = 10. Add 2: 3x = 12. Divide: x = 4. Solve 10 equations with clear step-by-step work. Include checking solutions.
STEM Expo is Week 20 — prepare pitch (2–3 minutes). What challenge did you tackle? (rocket launch, aerodynamics, structural strength, space mission). What did you build/design? How did you test it? What was the result? What would you improve with more time/resources? Prepare: poster, prototype or photos, data/measurements. Practice delivery in front of peer audience.
Peer editing: exchange essays with a partner. Check: Does the thesis make sense? Is each paragraph focused on one idea? Does evidence support claims? Are citations correct? Revise based on feedback. Self-edit: read aloud to catch awkward phrasing. Proofread: grammar, spelling, punctuation, formatting. Final essay meets length (4–5 pages), APA citations, clear argument with evidence and counterclaim.
Translation (slide): shape ABCD moves right 3, up 2 → A'B'C'D'. Reflection (flip): shape reflects across y-axis (x changes sign), across x-axis (y changes sign). Rotation (turn): rotate 90° clockwise around origin. Plot original and transformed shapes. Identify: are shapes congruent? How do coordinates change?
Final iteration week. Teams refine their project: rocket, airplane, tower, bridge, space mission design. Final test: measure outcomes (distance, height, strength, weight capacity). Gather final data. Create professional display: title, problem statement, design sketch, materials used, results, lessons learned, what's next. Prepare verbal explanation for STEM Expo.
Final submission: 4–5 pages, argument essay with 4+ sources, proper APA citations, counterclaim and rebuttal, compelling conclusion. Check: all formatting requirements met, no plagiarism (citations clear), grammar/spelling correct, ideas well-developed. Submit for publication in school magazine, online student publication, or journal. Celebrate research and writing achievement.
Design a research question: "What is the favourite sport among Year students?" Survey 20+ peers. Collect data: tally responses. Organise: frequency table. Calculate: mode (most common), median (middle value), mean (average), range (highest − lowest). Identify outliers (unusual values). Example: sports responses [football 5, basketball 8, netball 4, swimming 3]. Mode = basketball (8), mean = 5.
Full run-through of 3-minute team presentations. Small audience (staff, other students). Practise: clear explanation of problem, design choices, testing methods, results. Show prototype or photos. Answer questions. Audience feedback: "What was clear? What questions do you have?" Refine pitch based on feedback. Check timing (not over 3 minutes). Polish delivery.
Flip a fair coin 100 times. Tally heads and tails. Experimental probability of heads = (number of heads) ÷ 100. Theoretical probability = 0.5 (expected). Compare: Did experiment match theory? Why might results vary? Discuss: larger sample size = closer to theoretical probability. Conduct: 3 different probability experiments (coin, dice, spinner) and compare results to predictions.
Roll standard die 60 times. Tally each outcome (1–6). Experimental probability for rolling a 3: count ÷ 60. Theoretical: 1/6 ≈ 0.167. Compare. Conduct: spinner experiment. Theoretical: each section should appear equally. Experimental: actually tally spins. Analyse: is the spinner fair? Conduct probability experiments with multiple trials and compare data to predictions.
STEM Expo is tomorrow (Week 20)! Final preparations: arrange display table with prototype/photos, data posters, explanation boards. Practise 30-second "elevator pitch" (quick version of 3-minute presentation). Prepare to answer: What problem were you solving? How did you approach it? What did you discover? What would you improve? Dress rehearsal: run through entire presentation one more time with full attention to detail.
Evaluate: argument essay (4–5 pages, published quality), media analysis (identifying propaganda), formal speech delivery (recorded or presented), research quality (4+ sources, proper APA citations). Assess: thesis clarity, evidence strength, counterclaim sophistication, citation accuracy, writing quality, persuasiveness. Assign L1–L6 Literacy benchmark for Term 2. Evidence of secondary school readiness in argumentative writing.
Written assessment covering: Fractions (add/subtract/multiply/divide), decimals, percentages (convert and calculate). Ratio and proportion word problems. Algebraic expressions and multi-step equations. Coordinate plane: plot points, graph lines, transformations. Area of parallelograms and trapeziums, volume of rectangular prisms. Probability: experimental vs theoretical. Statistical analysis: mean, median, mode. Show all working. Oral: explain strategy for one problem type.
Public exhibition in your school halls. Girls present STEM projects (rockets, planes, towers, bridges, space missions, water designs). Each team: 3-minute pitch on design problem, solution, testing, results. Display: prototype/photos, data poster, explanation board. Parents, staff, community tour and ask questions. Audience voting for awards: Most Innovative Design, Best Technical Execution, Strongest Teamwork, Most Creative Problem-Solving. Celebration: refreshments, reflection on achievements.
Girls express their voices through creativity. Term 3 develops publication-quality writing portfolios — novels excerpts, short stories, poetry collections. Dramatic writing explores character, dialogue, and stage craft. Numeracy focuses on geometry (angles, quadrilaterals, circles), transformations, statistical investigations, probability, and financial mathematics (compound interest). Enrichment: full Musical Theatre production — scripting, composing, choreography, set/costume design, technical production. Culminates in a gala performance.
Portfolio project: students create 3+ pieces by Term 3 end. Piece 1: short story (1000–1500 words) with compelling characters and plot twist. Piece 2: poetry collection (5+ poems) exploring a theme (identity, nature, relationships, social issues). Piece 3: novel excerpt (1000+ words) showing craft. Workshop today: story structure (inciting incident, climax, resolution), sensory details (show, don't tell), dialogue that reveals character. Girls brainstorm story ideas and begin drafting.
Angle types: acute (0–90°), right (90°), obtuse (90–180°), straight (180°), reflex (180–360°). Complementary: 30° + 60° = 90°. Supplementary: 120° + 60° = 180°. Vertically opposite angles: equal. Solve: find the missing angle when two lines intersect. Use protractor to measure and draw angles.
As a whole class, choose or create the story for Term 3 musical. Options: adapt a fairy tale, create original contemporary story, or historical narrative. Discussion: what appeals to Year students? What themes matter? What would be technically feasible? Vote on final choice. Assign roles: scriptwriters (2–3 girls), composers/music team (2–3 girls), choreography team (2 girls), set/costume design (3–4 girls), technical crew (lighting, sound, props). Begin brainstorming: key scenes, character arcs, musical moments.
Draft short story (800+ words): compelling opening hook, introduce protagonist, establish conflict early. Use dialogue to reveal character. Describe setting with sensory details (sight, sound, smell, taste, touch). Peer workshop in small groups (3–4 girls): read story aloud, listeners ask questions: "What's the central conflict? Do you care about the character? What surprised you?" Giver takes notes for revision.
Quadrilaterals: four-sided polygons. Parallelogram: opposite sides parallel and equal, opposite angles equal. Rectangle: all angles 90°, opposite sides equal. Rhombus: all sides equal, opposite angles equal. Square: all sides equal, all angles 90° (special rectangle and rhombus). Trapezium: one pair of parallel sides. Kite: two pairs of adjacent equal sides. Classify given shapes. Identify properties.
Scriptwriting team drafts Act 1 (opening scenes). Format: character name, then dialogue and stage directions (italics). Establish: where is the scene? Who is present? What is the conflict? Write dialogue that sounds natural and reveals character. Consider: pacing, transitions between scenes. First draft of 10–15 pages for musical theatre adaptation.
Poetry portfolio: write 5+ poems with varied forms. Haiku (5-7-5 syllables about nature). Free verse (no formal structure, focused on imagery). Acrostic (first letters spell word). Attempt sonnet (14 lines, iambic pentameter). Theme connects poems: self-identity, environmental change, relationships, social justice. Use metaphor and simile. Sound devices: alliteration, assonance, onomatopoeia. Peer critique: read poems aloud in circle. Listeners: "What image stands out? What emotion do you feel?"
Circle vocabulary: radius (r, centre to edge), diameter (d = 2r), circumference (C = πd or C = 2πr). Area (A = πr²). Calculate circumference of circle with radius 5cm: C = 2π(5) = 31.4cm. Calculate area: A = π(5)² = 78.5cm². Real context: circular pool with diameter 10m — what is circumference? Area?
Composers (using Garage Band or instruments) create 3–4 pieces: opening number (upbeat, 2 minutes), pivotal emotional scene (slower), climax (powerful), finale (celebratory). Choreographers design opening dance number (8 counts of music). Both teams collaborate: dancers perform to composer's music, adjustments made together. Explore: how does music guide movement? What motifs (repeated patterns) create continuity?
Analyse dramatic scripts (scenes from published plays). How do playwrights show character through dialogue? What is subtext (what's implied but not stated)? Stage directions create physical comedy or tension. Write one dramatic scene (2 characters, 1–2 pages). Focus: conflict drives the scene, dialogue reveals personality and stakes, stage directions guide performance. Example: two friends disagree about a plan. One wants adventure, the other fears risk. What does each say? How does body language show fear vs excitement?
Full statistical inquiry cycle. Step 1 (Design): Research question: "What is Year students' favourite colour?" Step 2 (Collect): Survey 30+ students. Record tally. Step 3 (Analyse): Create frequency table. Graph: bar chart or pie chart. Calculate mean (if numeric), median, mode, range. Step 4 (Conclude): Write findings: "Blue was the most common choice (mode = 12), with a range from 1 to 12."
Set design team sketches key set pieces needed for musical. Backdrops? Furniture? Props? Determine: what can we build, what can we borrow/adapt, what is essential vs nice-to-have? Create mood board with colour palette, style references, atmosphere. Costume designer sketches main character costumes (5+ characters). Consider: period, personality, practicality for movement and dancing. Budget both teams' projects.
Select 15–20 pieces for school literary magazine: short stories, poems, essays, personal narratives, artwork from all Year 6 work this year. Write: editor's note (message about theme/vision), table of contents, artist bios (50 words each). Design magazine cover (title, artwork, masthead). Coordinate printing with school office. Launch: distribution to school community.
Interest: money earned on investment or paid on loan. Simple interest: only on original amount. Compound interest: interest earned on interest. Example: invest $500 at 4% per year. After 1 year: 500 + (500 × 0.04) = $520. After 2 years: 520 + (520 × 0.04) = $540.80. Real contexts: savings account, loans, credit cards. Understand: compound interest grows faster over time.
Scriptwriters complete Acts II & III. Full script now 40–50 pages. Composers finish: at least 4 musical pieces (opening, emotional moment, climax, finale). Choreographers have dance choreography for each song (8–16 counts minimum each). Technical crew creates running order lists: scene transitions, lighting cues, sound cues, prop changes. Integration: does music match script pacing? Do dances fit transitions?
Spoken word performance skills: voice projection (project to back of room), pacing (don't rush), pause for effect (emphasise key moments), expression (match emotion of poem). Poetry slam: students perform 1–2 poems from their portfolio. Audience silently scores 1–10 (no harsh criticism, only appreciation). Celebrate each performance. Discuss: what makes performance compelling? How does delivery change meaning?
Investigation (no single answer): "Design a Year 6 garden for your school. Budget: $500. Must include: seating area, flower beds, water feature. Maximise beauty and function. Calculate areas, costs, justify choices." Girls show: rough sketches, calculations (area, cost breakdown), written explanation of design logic. Problem-solving showcases mathematical thinking in real contexts.
Distribute full scripts. Table read-through of entire musical (all actors, all crew present). Cast assignments (actors play roles). Begin blocking (positioning on stage) of Act I, Scene 1. Tech crew runs through cues checklist: scene transitions, lighting changes, sound cues. Establish rehearsal schedule (daily Week 26–30). Focus: learn lines, understand character motivations, coordinate ensemble moments.
Advanced peer editing training: structure feedback (does introduction hook? Does conclusion satisfy?), line editing (can we strengthen this phrase?), copy editing (grammar, spelling, punctuation). Peer editing protocol: giver reads work aloud while writer listens without interrupting. Then: "What worked well?" (specific praise). "What could be stronger?" (constructive suggestions, not criticism). Writer takes notes, decides what to revise. Practice on volunteer portfolio pieces.
Consolidate Year 6 algebra for secondary transition. Solve: multi-step equations [3(2x−1) = 15], use equations to model situations, graph linear relationships, explore patterns in sequences. Focus: why do we solve equations? How do variables represent unknowns? Real-world: phone plans, area formulas, distance-time relationships. Build algebraic thinking that prepares for Year 7 rigour.
Full rehearsal of Acts I and II without stopping (except true technical emergencies). Actors perform all lines and songs. Crew operates all technical cues (lighting, sound, props). Time the show: how long does it take? Identify rough spots: unclear transitions, slow pacing, missed cues. Technical notes: refine timing, ensure all equipment works. Celebrate progress!
Finalise portfolio: short story (1000–1500 words, proofread, formatted). Poetry collection (5+ poems, formatted consistently). Novel excerpt (1000+ words, publication quality). Select best versions. For each piece, write artist's statement (150 words): "This piece explores ___. I am proud of ___. The process taught me ___." Format all materials for publication (print or online). Portfolio represents capstone of six years of Scholar Studio writing.
Comprehensive Year 6 review. Challenge problems integrating multiple strands: "A rectangular swimming pool is 8m × 6m. Cost $50/m² to tile the bottom. What is total cost? If filled to 1.5m deep, what volume? If chlorine costs $2 per 100 litres, what is annual cost?" Synthesise: place value, operations, geometry (area, volume), financial maths. Prepare for secondary mathematics.
Final tech run: Acts I, II, and III complete, all technical elements (lighting, sound, projections, props, scene changes, costume changes). No stops unless genuine emergency. Time the entire production (should be ~45 minutes). Tech crew creates detailed notes: timing, cues that need refinement, costume quick-change feasibility, sound levels. Make final adjustments before dress rehearsal.
Full dress rehearsal: all performers in costume, all sets, all technical elements operational, full audience (staff, parents invited). Run as if opening night. Receive final feedback: vocal projection, character consistency, stage presence. Director notes: timing, entrances/exits, emotional beats. Prepare students mentally for performance tomorrow: "You are ready. Trust yourself. Enjoy the moment."
Reflection circle: each girl shares one response. "What mathematical concept was most challenging? Most satisfying? How have you grown in mathematical thinking?" Girls reflect on journey from Week 1 (place value to billions) through Week 29 (integrated problem-solving). Celebrate: Year students are mathematically sophisticated, ready for secondary algebra, geometry, statistics, and reasoning.
Final technical and costume rehearsal (full dress). All systems operational. Timing confirmed (~45 minutes). All cues executed flawlessly. Cast final preparations: costume fit, makeup (if used), props in hand. Tech crew final equipment check: lights, sound, projections, set pieces. Confidence-building pep talk. Tomorrow is the Gala Performance!
Evaluate: creative portfolio (short story 1000–1500w, poetry collection 5+ poems, novel excerpt 1000+w, all publication quality), dramatic scene showing character and dialogue craft, literary magazine contribution and curation, spoken word performance (recorded, evaluated for projection/expression). Assess: authentic voice, literary merit, range of genres, performance confidence. Assign L1–L6 Literacy benchmark for Term 3. Evidence of creative and dramatic mastery.
Comprehensive assessment: Angles (classify, find missing, vertical angle pairs). Quadrilaterals (properties, classification). Circles (circumference, area). Transformations (translate, reflect, rotate on coordinate plane). Statistical investigation (design, collect, analyse, report). Probability (experimental vs theoretical). Financial maths (compound interest). Integrated problem-solving combining multiple strands. Show all working. Demonstrate secondary school readiness in mathematics.
Public performance of full musical theatre production (45 minutes). Held in your school hall. Parents, staff, community invited. Full production: three acts, multiple songs, choreographed dances, professional set and costumes, technical lighting and sound, seamless transitions. Cast performs with confidence and joy. Crew executes cues flawlessly. Post-show celebration: cast curtain call, standing ovation, community applause. Girls officially graduate from Scholar Studio as confident, creative, intellectually engaged young women ready for secondary school.
Girls complete their journey as legacy builders. Term 4 focuses on publication-quality writing portfolios, TED talk preparation and delivery, independent capstone research projects, and reflection and memoir writing. Numeracy consolidates pre-secondary algebraic thinking, coordinate geometry, statistical literacy, and financial capability. Enrichment: students mentor Year 1 scholars, create legacy projects for your school, curate graduation portfolios, and celebrate Year 6 Graduation Ceremony. The capstone term culminates in students graduating as independent scholars ready for secondary school and beyond.
Curate best writing from 40 weeks of Scholar Studio: argument essays, creative stories, poems, formal speeches, research articles, analytical essays, media critiques. Select 12–15 pieces representing growth and range. Format professionally (consistent font, margins, page numbering). Write introduction (500 words): "This portfolio represents my journey as a Year 6 Scholar. These pieces show ___. I am proud of ___. I have learned ___." Portfolio demonstrates publication-ready writing mastery.
Final algebra consolidation for secondary readiness. Expressions: write and simplify (3x + 2 − x + 5 = 2x + 7). Equations: solve multi-step (4x − 3 = 13, x=4). Linear graphing: y = 2x − 1. Patterns and sequences: arithmetic sequence nth term (a_n = a₁ + (n-1)d). Problem-solving: use algebra to solve real scenarios. Build confidence for Year 7 algebra rigor.
Year students paired one-on-one with Year 1 scholars (or in small groups). Discuss: what makes a good mentor? How can we help younger learners grow? First session: observe Year 1 class, then work together on a reading or maths task. Listen actively. Encourage growth. Be patient and kind. Model Scholar Studio values. This mentorship continues through Week 40.
Girls choose a topic they are passionate about or have expertise in (e.g. environmental conservation, students in STEM, digital literacy, social justice, personal experience/lesson learned). Research deeply: 5+ credible sources. Develop central thesis/idea: "I want my audience to believe ___" or "I want to change understanding about ___." Outline talk (5–7 minutes, ~1000 words). Include: hook, context, main idea, evidence/examples, call to action/conclusion. Begin practising delivery.
Problem: Four points form a quadrilateral on a coordinate plane: A(0,0), B(4,0), C(4,3), D(0,3). Calculate: perimeter (use distance formula), area, diagonal length (Pythagorean theorem). Transform shape: translate right 3, up 2. New vertices? Integration: graphing + distance + area + transformations in one problem.
Whole class brainstorms legacy project for your school (lasting impact from Year 6 cohort). Ideas: memory garden, Year 6 pathway/plaque, written guide "From Year 1 to Secondary School," scholarship for future scholars, art installation, digital archive of 40 weeks' learning. Vote on final project. Define: goals, materials/resources needed, timeline (Weeks 32–39), roles (designer, coordinator, fundraiser, etc.). Kick-off this week!
Girls choose their own research topic (something they are genuinely curious about): environmental science, historical figure, social issue, cultural topic, technological innovation, anything. Develop research question: "What is ___?" or "How does ___?" or "Why is ___ important?" Find 6+ credible sources (books, journals, websites, interviews). Create detailed notes: source, key info, page numbers. Maintain bibliography in APA format. This project spans Weeks 33–40, culminating in a written research report (3–5 pages) due Week 40.
Challenge problem requiring integration of multiple strands: "Design a school building that maximizes learning space while minimizing construction cost. Budget: $1,000,000. Must have: 5 classrooms, library, gymnasium, cafeteria, outdoor learning space. Calculate: areas, costs per m², efficiency ratios, sustainability features. Justify all design choices with mathematical reasoning." Girls show: sketches, calculations, written explanation of reasoning.
Continue weekly mentoring sessions (Year 6 with Year 1 scholars). Deepen relationships: help with academic challenges, listen to their stories, encourage their growth. Teach them a skill you've learned. Begin legacy project: if garden, plant seedlings; if art, create artwork; if guide, draft sections; if archive, organise materials. Document progress with photos and written reflections.
Draft full TED talk script (1000–1400 words, ~5–7 minute delivery). Structure: hook (grab attention), introduce topic and thesis, personal story or context, present evidence/examples, reflection on significance, call to action/conclusion. Include at least 2 compelling personal stories or case examples. Practise delivery: timing, vocal projection, eye contact, meaningful pauses, natural gestures. Record yourself on phone, self-assess: "Did I engage the audience? Was my message clear? What would improve?"
Real-world financial maths for young adults. Budgeting: monthly income $500, expenses (rent, food, transport, entertainment). Interest on savings: $1000 at 3% per annum. Interest on loan: car loan $20,000 at 5% for 5 years (total cost). Comparing options: two phone plans, which is better value? Tax: understand gross vs net income. Goal: students graduate mathematically literate about finances.
Deep mentorship: Year students invest intensive energy in their Year 1 mentees. Celebrate their growth. Support challenges. Be present. Legacy project near completion: refine details, add finishing touches, create presentation materials. Prepare unveiling: how will the legacy project be revealed at graduation? Who will explain its significance? Document with photos and reflections.
Write personal reflection/memoir: "My Journey as a Scholar — Six Years of Growth" (2–3 pages, 500–800 words). Reflect deeply: How have you grown intellectually, socially, emotionally? What challenges did you overcome? Proudest moment at your school? How do you see yourself as a learner now? What do you hope to become in secondary school and beyond? Use specific examples from your time in Scholar Studio. This memoir captures your authentic voice and self-awareness.
Reflect on mathematical journey: "In Year 6, I mastered ___. I struggled with ___ and learned ___. I am ready for Year 7 algebra because ___." Capstone maths assessment covers all strands: place value, operations, fractions, decimals, percentages, ratios, algebra, geometry, coordinate systems, statistics, probability, financial maths, problem-solving. Begins Week 35, concludes Week 40 with comprehensive exam.
Final TED talk rehearsals (Weeks 35–36). Girls deliver talks to small audience (staff, other students). Recorded for archive. All talks received and celebrated. Legacy project finalized: complete construction, add finishing touches, prepare unveiling ceremony. What words will accompany the project? Who will speak? When will it be unveiled at graduation? Graduation ceremony planning: order of events, speakers, celebrations, reflections.
Teach secondary school literacy expectations: five-paragraph essays, formal research papers (10+ pages), citations (APA, MLA), academic tone, thesis-driven arguments. Girls practise secondary school essay format using Year 6 content. Discuss: what are Year 7 teachers expecting? How is secondary writing different from Year 6? Build confidence that students are ready. Provide secondary school writing toolkit (templates, examples).
Formal capstone mathematics assessment (Weeks 36–40): comprehensive exam covering all Year 6 strands. Part 1 (Week 36): place value, operations, fractions, decimals, percentages, ratios. Part 2 (Week 37): algebra, geometry. Part 3 (Week 38): coordinate geometry, transformations, statistics, probability. Part 4 (Week 39): financial maths, investigations, problem-solving. Students sit under timed conditions (exam environment). Results inform final Numeracy L1–L6 benchmark.
Final legacy project unveiling ceremony (during graduation). Compile slideshow of photos from 40 weeks: highlights, milestones, happy moments. Write programme notes for graduation ceremony: order of events, speakers, who will present the legacy project, reflections on Year 6. Practise graduation processional and recessional. Prepare emotionally: celebrate end of chapter, anticipate secondary school with courage and hope. Acknowledge mixed feelings (pride, excitement, some sadness at endings).
Girls complete independent capstone research reports (3–5 pages minimum). Structure: Introduction (context + thesis), Body Paragraphs (evidence from 6+ sources), Analysis (interpretation + significance), Conclusion (synthesis + reflection). All sources cited in APA format (in-text + bibliography). Girls demonstrate research mastery: finding credible sources, synthesising information, developing original analysis, proper documentation. Publication-quality writing required.
Formal examination: Algebraic expressions/equations (simplify, solve, graph), Geometry (angle relationships, quadrilateral properties, circle circumference/area), Transformations (translate, reflect, rotate). Timed conditions. Show all working. Demonstrate mastery of pre-secondary algebra and geometry.
Full graduation ceremony rehearsal: processional, sitting, standing, legacy project unveiling, speeches, recessional. Practise timing and protocols. Year students celebrate their Year 1 mentees with small ceremonies: each Year 6 girl gives her Year 1 mentee a thoughtful gift (journal, book, letter of encouragement). Reflection: "How have you seen your mentee grow? What will you remember about them?" Emotional closure and passing of the torch (next year, these Year students will mentor Reception!).
Final graduation portfolio (capstone achievement). Contents: publication-quality writing portfolio (12–15 pieces), TED talk transcript (recorded video), independent capstone research report, reflection memoir, secondary school preparation samples. Bind elegantly (spiral, wire, or comb binding). Include table of contents, introduction, artist's statement. Each girl receives professional-looking portfolio showcasing six years of Scholar Studio excellence. Keepsake and proof of readiness for secondary school.
Formal examination Part 3: Complete statistical investigation (design research question, collect data, calculate statistics, write findings), Probability (experimental vs theoretical probability, fair/unfair), Coordinate geometry (distance, area, transformations), Financial maths (compound interest, budgeting, real-world scenarios). Timed exam conditions. Show all working.
Legacy project officially unveiled to your school community. Year students stand beside project and explain its creation and significance (2–3 min speech each team). Photograph the moment. Finalise graduation celebration every detail: hall decorations, music selections, programme order, speeches, reflections to be read, refreshments, slideshow cues, photo booth, gift for staff, thank yous. Everything in place for Friday's graduation ceremony.
Circle: each girl shares reflection aloud (2–3 min): "What has Scholar Studio meant to me? Most memorable moment? How have I changed? What am I grateful for? What am I excited about in secondary school?" Listen to each other's voices. Celebrate growth and community. Certificates of completion presented. Acknowledgement of individual strengths. Farewells and hugs. The six-year journey is being honoured and celebrated.
Final exam part: integrated problems requiring multiple Year 6 strands. Example: "A swimming pool is 10m long, 8m wide, 1.5m deep (volume). Cost to tile floor: $50/m². Operating cost: $30/month. Profit from ticket sales: $5/person. If 100 people visit weekly, calculate: tiling cost, 6-month operating cost, revenue, profit/loss." Mathematical investigations and open-ended problem-solving. Demonstrate secondary school readiness in all mathematical strands.
Final rehearsal: every detail of tomorrow's graduation ceremony reviewed (processional, seating, speeches, legacy unveiling, group photo, recessional). Ceremonial moment: Year students light candles — one for each of 40 weeks. Reflective music plays. Silence and gratitude. Sing the class song (composed over the year). Embrace each other. Acknowledge bittersweet emotions: joy at achievement, gratitude for community, sadness at endings, excitement for new beginnings. These students are ready.
Final Literacy evaluation: graduation portfolio (12–15 publication-quality pieces spanning all four terms), TED talk (recorded 5–7 min presentation), capstone research report (3–5 pages, 6+ sources, APA citations), reflection memoir (2–3 pages on Year 6 journey), secondary school writing samples. Comprehensive assessment demonstrates: advanced literary analysis, argumentative writing mastery, creative voice, research skills, public speaking confidence, secondary school readiness. Assign final L1–L6 Literacy benchmark for Year 6. Report distributed to families.
Final comprehensive assessment (completed Weeks 36–39, 4 parts): Part 1: Place value, operations, fractions, decimals, percentages, ratios. Part 2: Algebra, geometry. Part 3: Statistics, probability, coordinate geometry, financial maths. Part 4: Integration and problem-solving across all strands. Total: 100+ problems spanning Year 6 curriculum. Scaled scoring determines final L1–L6 Numeracy benchmark. Full Year 6 Numeracy report generated, documenting mastery and secondary school readiness.
Public Year 6 Graduation Ceremony (Friday, end of Week 40). Setting: your school hall, beautifully decorated. Parents, staff, community invited. Programme: processional, welcome, reflections and speeches from Year students and staff, legacy project unveiled and celebrated, group photo, slideshow of 40-week journey, class song, recessional. Girls wear special graduating regalia (sashes, certificates). Celebration: refreshments, socialising, farewells. Legacy project on permanent display in your school as testament to Year 6 cohort's six-year excellence. Year students graduate as confident, curious, intellectually sophisticated scholars, ready for secondary school and life beyond. Scholar Studio capstone programme complete.