A fully sequenced, ACARA v9.0-aligned after-school curriculum for students. Senior primary scholarship — reading extends into critical literary analysis, writing develops sophisticated voice and structure, and numeracy encompasses decimals, percentages, and algebraic thinking. Every session is intentional. Every week builds on the last.
Girls return as accomplished readers and writers. Term 1 extends literary analysis into theme, symbol, and narrative perspective; advanced grammar encompasses relative clauses, passive voice, and modality; vocabulary work emphasizes etymology and word families. Numeracy advances place value to millions, decimals to thousandths, and introduces BODMAS. Enrichment: Architecture & Industrial Design — scale models, technical drawing, design thinking, material science.
Running record baseline with individually matched chapter books. Establish reading groups for Term 1 based on comprehension level. Introduce Scholar's Journal — Year 5 format: 5–8 sentences. Oral language circle: 'The story I loved most last year was...' and 'It taught me that...' Discuss literary elements: character, setting, plot.
Review and extend place value to 1,000,000. Represent 847,392 in expanded form and word form. Skip count by 10s, 100s, 1,000s, 10,000s. Compare large numbers using > < =. Number of the day: represent in 5 different ways. Record starting benchmark for each girl.
Tour your school buildings: identify architectural styles, proportions, materials. Sketch 3 different building facades, labeling key features. Group discussion: 'What makes a building interesting?' Introduce design thinking: Empathize → Define → Ideate → Prototype → Test.
Introduce theme as the 'big idea' a story explores. Discuss examples: friendship, courage, belonging. Identify symbols in mentor text: the lighthouse = hope, the storm = conflict. Create a class symbol bank. Guided practice: read a short story, identify 2 symbols and their meanings. Write: 'The author uses ___ to symbolize ___ because ___.'
Tenths place = 1/10. Hundredths place = 1/100. Thousandths place = 1/1000. Model 0.625 with MAB blocks: 6 tenths, 2 hundredths, 5 thousandths. Read aloud: 'zero point six two five.' Compare 0.6 and 0.625 on a number line. Order decimals: 0.4, 0.04, 0.404, 0.44. Connection to fractions: 0.5 = 1/2.
Introduce scale: 1 cm on paper = 10 cm in real life (1:10 ratio). Measure a classroom chair. Draw it to scale on grid paper with a ruler. Label dimensions: width 30cm, height 80cm. Measure and draw: desk, table, shelf. Discuss: why do architects use scale drawings?
Define first-person (I, we), third-person limited (she, he, they see/know), omniscient (narrator knows all). Read a scene in first-person, then rewrite in third-person. Discuss: what is gained/lost? Example: 'Charlotte's Web' — Charlotte's POV vs. Wilbur's POV vs. Templeton's POV. Guided practice: read paragraph, identify POV, explain how it affects reader's understanding.
Add: 2.3 + 1.5 using place value chart. Align decimal points. 2 + 1 = 3 wholes, 0.3 + 0.5 = 0.8, total 3.8. Subtract: 5.4 − 2.1. Real-world context: measure heights (1.64m + 1.52m = 3.16m), money ($5.75 + $3.50). Check with estimation: 2.3 + 1.5 is close to 2 + 1.5 = 3.5, so 3.8 makes sense.
Hands-on materials exploration: which material is strongest? Test paper types: tissue vs. construction paper vs. cardstock. Bridge engineering challenge: build a straw bridge that spans 30cm and holds 500g weight. Discuss: what properties make a material suitable for buildings? Why is concrete used vs. wood?
Relative clauses (adjective clauses) expand noun phrases: 'The girl who won the race smiled.' 'The building that stands on the corner is historic.' Use who (people), which (things, non-restrictive), that (restrictive). Sentence combining: 'I saw a book. It was red.' → 'I saw a book that was red.' Guided practice: expand 8 sentences using relative clauses.
Brackets (Parentheses) first. Orders (Powers/Exponents) 2². Division and Multiplication left-to-right. Addition and Subtraction left-to-right. Solve: 3 + 4 × 2 = 3 + 8 = 11 (NOT 7+2=14). Explain why: 4×2 happens first. Guided practice: 20 ÷ 4 + 3 =? (5+3=8). Games: BODMAS dice rolls.
Brainstorm design problems: 'How can we design a better storage solution for art supplies?' 'How can we create a more inclusive playground?' Create a mood board (images, colors, textures, ideas). Research existing solutions. Write a problem statement: 'We want to help ___ by ___.' Plan initial sketches for a solution.
Explore root words: 'port' (carry) → transport, import, export, portable, deport. Greek roots: 'bio' (life), 'geo' (earth), 'photo' (light). Latin roots: 'dict' (say), 'script' (write), 'aud' (hear). Prefixes: un-, re-, pre-, dis-, mis-. Suffixes: -tion, -able, -ment, -ness. Build a word family tree for 'form' (form, formula, formation, conform, deform). Academic vocabulary focus: analyze, evaluate, infer, synthesize.
Factors: numbers that divide evenly. 24 = 1×24 = 2×12 = 3×8 = 4×6. List all factors of 24: 1, 2, 3, 4, 6, 8, 12, 24. Multiples: skip counting. Multiples of 5: 5, 10, 15, 20... Prime numbers (only factors 1 and itself): 2, 3, 5, 7, 11, 13, 17, 19. Composite numbers: 4, 6, 8, 9, 10, 12. Prime factorization intro: 12 = 2×2×3.
Create a 1:20 scale model of a room or small building. Use foam board, cardboard, craft materials. Make furnishings to scale: if the room is 1cm on the model, measure real room and calculate scale. Add details: doors, windows, fixtures. Test: does the design work? What would you change?
Active voice: subject performs action. 'Mia wrote the story.' Passive voice: subject receives action. 'The story was written by Mia.' Discuss when passive is useful (emphasis, formality, unknown agent). Modality shifts meaning: 'She will go' (certain) vs. 'She might go' (possible) vs. 'She should go' (advice). Analyze texts: which voice/modality choices does the author make and why?
Square numbers (perfect squares): 1²=1, 2²=4, 3²=9, 4²=16, 5²=25, 10²=100, 12²=144. Visualize with arrays. Negative numbers: introduce on number line extending left of 0. -5, -4, -3, -2, -1, 0, 1, 2, 3. Real-world context: temperature (below zero), elevators (basement levels), financial debt. Compare: -10 is less than -5.
Research sustainable building practices: passive solar design, green roofs, rainwater harvesting, LED lighting, insulation. Design a 'green school space' considering: energy efficiency, natural light, water conservation, waste reduction, biophilic design (connection to nature). Sketch and label your sustainable classroom or learning space.
PEEL structure: Point (topic sentence) → Evidence (quote/example) → Explain (analysis) → Link (back to question). Model with mentor text. Example: 'Charlotte's Web explores the theme of sacrifice. The evidence is when Charlotte weaves her message into her web. This shows that Charlotte gives up her life to save Wilbur, which teaches us about unconditional love. This is the main idea of the novel.' Guided practice: write 1-page response (5–6 paragraphs).
Equivalent fractions using area models and number lines. 1/2 = 2/4 = 4/8 = 5/10. Simplify: 6/8 = 3/4 (divide by 2). 10/15 = 2/3 (divide by 5). Find GCF (greatest common factor). Order fractions: 1/4, 1/3, 1/2 — which is biggest? Use common denominators: 3/12, 4/12, 6/12.
Research an iconic architect: Frank Lloyd Wright (Fallingwater), Zaha Hadid (geometric flows), or local architect. Analyze: design principles, innovations, how the building serves its purpose, sustainability. Create a presentation (poster or digital) highlighting: biography, key work, design philosophy, your evaluation.
Select two texts (same genre, theme, or author). Analyze: author's voice, tone (serious/humorous), sentence structure (simple/complex), message/theme. Create comparison chart: similarities and differences. Write 2-page comparative essay: introduce both texts, compare 3 elements (theme, style, character development), conclude with synthesis. Example: 'The Tale of Despereaux' vs. 'Charlotte's Web' — both explore sacrifice, but X approaches it through... while Y emphasizes...'
1/3 + 1/4: find LCD (least common denominator) = 12. Convert: 1/3 = 4/12, 1/4 = 3/12. Add: 4/12 + 3/12 = 7/12. Subtract: 3/4 − 1/3 = 9/12 − 4/12 = 5/12. Real-world context: recipe (1/3 cup flour + 1/4 cup sugar), measurements. Check with visual models (area diagrams).
Complete the design thinking cycle: Empathize (user research), Define (problem statement), Ideate (brainstorm solutions), Prototype (build model), Test (feedback). Create a final prototype or detailed design. Document entire process: sketches, iterations, materials, challenges, solutions. Present to peers with rationale: 'I chose this design because...'
Review all Term 1 grammar: relative clauses, passive voice, modality, complex sentences, etymology. Write a sophisticated multi-paragraph passage on a topic of choice, incorporating all elements: 'The architect, who designed the building that stands on the corner, might have considered sustainable materials. The design was praised for its efficiency.' Peer editing focusing on grammatical sophistication.
1/2 of 8 = 4 (half of 8 is 4). 1/3 of 12 = 4 (one-third of 12). Visual: arrays and area models. 1/2 × 8 = 8/2 = 4. Connection to repeated addition: 1/4 + 1/4 + 1/4 = 3/4. Gradually move to: 2/3 × 9 = 6. Fraction of a number in real-world context (discount, sharing).
Select 3–5 best pieces of work from Term 1 (reading responses, design project, grammar synthesis). For each, write a brief artist/learner statement: 'I chose this work because... It shows my growth in... I'm proud of...' Prepare visual display or digital portfolio. Reflect on Term 1 achievements and goals for Term 2.
FORMAL ASSESSMENT. Written: Reading response (PEEL structure, 1 page), comparative text analysis (2 pages), grammar application (sophisticated paragraph). Running record with individually matched text (oral fluency check). Portfolio exhibition: students present selected work with learner statements. One-on-one conference: discuss growth, celebrate strengths, set Term 2 goals. Benchmark calibration: L1–L6 across comprehension, analysis, writing.
FORMAL ASSESSMENT. Written tasks: place value to millions (partition, expanded form), decimals to thousandths (order, operations), BODMAS (solve equations with correct order), factors/multiples/primes (list factors of 36, primes to 20), fractions (equivalent, add/subtract, simplify), negative numbers (compare, order). Problem-solving: real-world contexts. Oral: explain reasoning aloud. Benchmark calibration: L1–L6 across conceptual understanding, procedural fluency, problem-solving.
SHOWCASE. Gallery walk of Term 1 projects: scale models, technical drawings, design documentation, sustainable design sketches, architectural critiques. Each girl presents design thinking journey: problem, research, ideation, prototype, test, reflection. Exhibit materials: photo documentation, written process notes, final prototypes. Optional parent/family open house. Celebration of Term 1 learning.
Girls transition to research skills and scientific thinking. Term 2 emphasizes research methodology, academic writing with thesis statements and evidence-based argumentation, and persuasive TEEL structure. Numeracy extends fractions (multiplication), introduces percentages, ratio, area of triangles, volume of rectangular prisms, and unit conversions. Enrichment: Biomedical Science & Innovation — anatomy basics, genetics intro, medical technology exploration, science research project.
Teach source evaluation: CRAAP test (Currency, Relevance, Authority, Accuracy, Purpose). Distinguish fact (verifiable) from opinion (belief). Primary sources (original documents, interviews, experiments) vs. secondary sources (books, articles about primary sources). Annotate a text: underline key information, circle unfamiliar words, margin notes. Practice with varied sources: websites, books, videos, podcasts.
2/3 × 12 = (2×12)/3 = 24/3 = 8. Area model: 2/3 of a 12-unit rectangle. Real-world: 2/3 of a dozen cookies = 8 cookies. 3/4 × 20 = 15. Connect to fraction of a set (sharing cookies fairly). Visual and concrete before symbolic.
Explore major human body systems: skeletal (bones, support), muscular (movement), circulatory (heart, blood), respiratory (lungs, oxygen), digestive (food → energy). Create large labeled diagrams. Discuss: how do systems work together? What is homeostasis (body maintaining balance)? Begin thinking about health and wellness.
Thesis = the main argument of a paper. Characteristics: clear, arguable (not obvious), supported by evidence, specific. Examples: Weak: 'Climate change is bad.' Strong: 'Rising global temperatures threaten water security in Asia, requiring urgent international policy.' Practice crafting thesis statements for research topics. Understand thesis position in essay (often end of introduction). Revision: narrow vague thesis, strengthen weak arguments.
Percent = per hundred. 50% = 50/100 = 1/2. 25% = 1/4. 10% = 1/10. Visual: 100-square grid colored. Calculate: 20% of 50 = 10. Money context: 10% discount on $30 shirt = $3 off. Tax: 10% tax on $100 = $10. Order percentages: 75% > 50% > 25%. Connection: percentage-decimal-fraction (50% = 0.5 = 1/2).
DNA structure basics: double helix, chromosomes, genes. Dominant and recessive traits (eye color, tongue rolling). Create Punnett squares: predict offspring traits. Discussion: why do siblings look different? Genetic variation and natural variation. Case studies: inherited diseases, carrier status (awareness, not diagnosis).
TEEL = Topic sentence, Explanation, Example, Link. Example: Topic: 'School uniforms improve focus and equality.' Explanation: 'When students wear uniforms, they worry less about clothing choices.' Example: 'A study found uniform students spent 15% more time on homework.' Link: 'Therefore, uniforms create a focused learning environment.' Write 3 TEEL paragraphs on a debatable topic. Peer review focusing on logic and evidence.
Conversion strategies: 50% ÷ 100 = 0.5 = 1/2. 75% → 0.75 → 3/4. 20% → 0.2 → 1/5. Conversion chart for common percentages. Applications: shopping discounts (20% off = pay 80%), test scores (85% = 0.85 = 17/20), probability (50% chance = 1/2). Practice bidirectional conversions.
Research and present: X-ray imaging, ultrasound technology, MRI scans, prosthetics, pacemakers, artificial organs, vaccines. Discussion: how do these technologies save lives and improve quality of life? Design challenge: create a prototype for a simple medical device or health innovation (e.g., activity tracker, reminder system, adaptive clothing).
Business letter format: date (top right), address (left), greeting (Dear Mr./Ms. Last Name:), body (3 paragraphs: purpose, details, close), professional closing (Sincerely, Respectfully), signature. Model: inquiry letter to a museum, complaint letter to a business, request letter for information. Discuss tone: respectful, professional, clear. Write one formal letter. Peer review for format and tone.
Ratio compares two quantities. 3:2 means 'for every 3 of this, there are 2 of that.' Concrete: ratio of boys to students in class. Recipe: 2 cups flour to 1 cup sugar → 2:1 ratio. Scale recipe for different number of servings. Ratio tables: if 2 cups flour serves 4 people, 4 cups serves 8 people. Equivalent ratios: 3:2 = 6:4 = 9:6.
Girls choose a biomedical research topic (health condition, medical innovation, genetic breakthrough, public health issue). Develop a clear research question: 'How does...?' Create research plan: list 5 sources (books, articles, videos), timeline, potential expert interviews, key terms to investigate. Begin literature review: read and annotate sources, take notes, identify themes.
Develop 8-10 open-ended interview questions aligned with research question. Example: 'What inspired you to become a doctor?' not 'Do you like being a doctor?' Conduct interview with expert (school nurse, local health professional) or knowledgeable peer. Record (with permission) or take notes. Transcribe key quotes. Synthesize: identify themes and integrate findings into research. Cite the interview as a primary source.
Triangle area = 1/2 × base × height. Height must be perpendicular to base. Example: base 8cm, height 5cm → area = 1/2 × 8 × 5 = 20 sq cm. Use grid paper to visualize (half of rectangle). Measure base and height on various triangle shapes. Right triangles, acute triangles, obtuse triangles. Connect to coordinate plane: plot triangle vertices, calculate area.
Discuss research ethics: informed consent (people know they're being researched), confidentiality (protect identities), bias (researcher's beliefs), plagiarism (using others' words without credit). Introduction to citation styles: APA (Author, Year) or Chicago. Paraphrasing vs. quoting: when to use each, how to cite. Plagiarism checklist: Have I cited? Am I using my own words (mostly)?
Synthesis = combining ideas from multiple sources into a new whole. Create evidence matrix: sources vs. main ideas. Identify themes across sources: What do they agree on? Where do they differ? Address conflicting information: evaluate credibility, explain disagreement. Write synthesis paragraph integrating 3 sources with proper citations. Model: 'Research on vaccines shows X (Source 1), Y (Source 2), but Z challenges this (Source 3). Overall, the evidence suggests...'
Volume = length × width × height. Cubic units (cm³, m³). Example: a box 5cm long, 3cm wide, 4cm tall → volume = 5 × 3 × 4 = 60 cm³. Build with unit cubes to visualize. Real-world: aquarium (height × width × depth), shipping container. Compare: which container holds more volume? Relationship to area: volume = base area × height.
Compile research data into organized formats: tables (sources and key findings), charts (comparison), graphs (trends if quantitative). Analyze patterns: What are main themes? What surprised you? What needs further investigation? Create visual representations for symposium: infographics, posters, digital slides. Practice presenting data: 'This graph shows...'
Introduction: hook (interesting fact, question, or statement), context (background), thesis (main argument). Example: 'Did you know the human body contains about 206 bones? [hook] Bones are crucial for structure and protection [context]. This essay explores how bone health is threatened by vitamin D deficiency, requiring public health intervention. [thesis]' Conclusion: restate thesis, summarize main points, final thought or call to action. Draft full 3–4 page essay with introduction and conclusion. Peer review for clarity and persuasion.
Metric system conversions: 1 metre = 100 centimetres. 1 kilometer = 1,000 metres. 1 liter = 1,000 milliliters. 1 kilogram = 1,000 grams. Conversion strategies: multiply to go smaller (m→cm), divide to go larger (mm→m). Real-world: cooking (ml to liters), running (km to m), shopping (kg to grams). Create conversion chart. Practice 15 conversions.
Practice presenting research findings (3–5 min). Prepare note cards (not full script). Practice eye contact, pacing, enthusiasm. Use visuals (poster, slides, props). Respond to questions confidently ('That's a great question. I found that...'). Record and self-review. Peer feedback: 'One thing I liked was... One suggestion is...'
Revision (big picture): Read draft aloud. Is the argument clear? Do ideas flow logically? Is evidence sufficient? Reorder paragraphs if needed. Add transitions: 'Furthermore,' 'However,' 'In conclusion.' Proofreading (details): Check grammar (subject-verb agreement, pronoun reference), spelling, punctuation. Citation check: Does every quote and paraphrase have a citation? Format check: margins, spacing, font. Peer edit focusing on one element at a time.
Conduct simple measurement experiment: plant heights over time, temperature throughout day, hand span of classmates. Collect and organize data. Calculate mean (average), median (middle value), mode (most frequent). Create data display: line graph (plant growth over time), bar graph (hand spans), dot plot (temperatures). Discuss: which measure (mean/median/mode) best represents the data? Why?
Finalize visual presentation: poster board or digital slideshow with title, research question, methods, findings, conclusion, sources. Write abstract (150 words): summary of research. Create handout for visitors: one-page summary. Rehearse 4-minute presentation multiple times (with feedback). Set up exhibition display with all materials. Prepare for questions: What would you research next? How might this help people?
Final research essay (3–4 pages): Title page, introduction, body paragraphs (with evidence), conclusion, bibliography. Proper formatting (APA or Chicago). All citations checked. Reflection piece: 'At the beginning, I thought ___. After researching, I learned ___. My thinking changed because ___. One question I still have is ___.' Share reflection and essay with teacher for feedback.
Read and interpret: line graphs (trends), bar graphs (comparisons), pie charts (proportions), tables (precise values). Identify misleading representations: distorted scales, cherry-picked data. Probability as fraction: rolling a 3 on a die = 1/6 chance. Predict outcomes: 'If we roll 60 times, expect about 10 threes.' Real-world: sports statistics (batting average), health data (disease prevalence).
Final full run-through with all presentations. Each girl presents to peers (4 minutes + 1 minute for questions). Receive peer feedback: 'I enjoyed ___, one question I have is ___.' Tech check: slideshow, posters, handouts display correctly. Time check: stay within 4-minute limit. Build confidence and polish delivery. Celebrate the research journey!
FORMAL PRESENTATION. Each girl presents her biomedical research project (4 minutes) to an audience: peers, teachers, guest expert judges (nurses, doctors, scientists). Judges evaluate: clarity of research question, evidence quality, presentation polish, ability to answer questions. Poster gallery showcases all projects. Refreshments and celebration of scholarly work. Awards categories: Most Innovative Research, Best Presentation, Most Creative Solution, Community Impact Potential.
FORMAL ASSESSMENT. Written essay graded on research depth, argument quality, evidence integration, citations, writing mechanics. Numeracy benchmark: written assessment covering fractions (multiplication, addition/subtraction), percentages, conversions (%, decimal, fraction), ratio, area of triangles, volume of prisms, unit conversions, data interpretation. Oral: explain reasoning for 2–3 problems. Portfolio review: evidence of learning growth across Term 2. Benchmark calibration L1–L6.
CELEBRATION. Class celebration: recognize every girl's effort and achievement. Individual conferences (10 min each): teacher provides written and verbal feedback. Girls reflect: 'What I'm proud of, what challenged me, what I'll do differently.' Optional parent appreciation tea: families invited to view research posters, celebrate their scholars' achievements, hear about Term 3 themes. Preview of next term: Composer & Producer, enrichment in music, podcasting, performance.
Girls transition to creative expression and multimedia production. Term 3 emphasizes creative writing masterclass (voice, tension, imagery, pacing), poetry anthology (ekphrastic, found, concrete, performance), script writing for screen, and literary criticism. Numeracy covers angles (measuring, calculating angles on a line), transformations (translation, reflection, rotation), Cartesian plane (all quadrants), data (mean/median/mode, probability as fractions), and complex graph interpretation. Enrichment: Composition & Production — music composition basics, recording, podcast production, performance showcase.
Voice = the writer's distinctive way of expressing ideas. Analyze mentor texts: How does this author sound? What word choices signal their voice? Read passages by different authors (formal, casual, poetic, humorous). Girls experiment: write the same scene from three different voices (scientist, poet, journalist). Identify elements of voice: vocabulary, sentence structure, tone, perspective. Draft opening paragraph with a strong, unique voice.
Angle = opening between two rays. Acute (<90°), right (=90°), obtuse (90°–180°), straight (180°). Use protractor: place center on vertex, align one ray with 0°, read other ray. Measure 10 angles from real objects. Name angles: 'a 47° angle,' 'a right angle.' Discuss: where do you see angles in architecture, design, sports?
Introduce elements: melody (sequence of notes), rhythm (pattern of long/short notes), harmony (multiple notes together), dynamics (loud/soft), tempo (fast/slow). Listen to and analyze: How does composer use these elements to create emotion? Experiment with simple instruments (recorders, ukuleles, xylophones). Compose an 8-bar melody (simple, repeating). Discuss: does your melody sound happy, sad, mysterious?
Pacing = the speed at which a story moves. Build tension through: short sentences (quick, anxiety-inducing), dialogue (reveals character under pressure), cliffhangers (ends chapter mid-action), specific details (slow moment, heighten focus). Analyze mentor text: identify fast vs. slow paced sections. Discuss: why does the author vary pace? Rewrite a scene: first with choppy, tense pace; then with reflective, slower pace. Discuss the effect.
Angles on a straight line sum to 180°. Example: if one angle is 65°, the other is 180° − 65° = 115°. Angles around a point sum to 360°. If three angles around a point are 80°, 120°, then the fourth is 360° − 80° − 120° = 160°. Find missing angles in diagrams. Real-world: intersection of roads (angles at a point), angles on opposite sides of a line.
Introduce audio recording: microphone, recording software (Audacity, GarageBand), file formats. Record voice reading poetry, instrument music, or narration. Learn editing basics: trim silence, adjust volume/gain, add effects (reverb, echo). Export as MP3. Create a 60-second audio piece: music + narration OR instrument composition. Listen to podcast examples: discuss production choices.
Imagery = vivid, sensory descriptions. Engage five senses: sight, sound, smell, taste, touch. Example: 'The crisp apples smelled of autumn, their skin cool and smooth beneath my fingers.' Literary devices: simile ('like a ghost'), metaphor ('her voice was honey'), personification ('the trees danced in the wind'). Analyze mentor text for imagery. Rewrite a simple description with rich sensory details: not 'she was sad' but 'she sat silently, staring at the rain, shoulders hunched.'
Translation (slide): move shape without rotating. Reflection (flip): across a line (x-axis, y-axis, diagonal). Rotation (turn): clockwise/counterclockwise, center point, degree (90°, 180°). Plot shapes on coordinate grid. Predict new position after transformation. Describe: 'Triangle ABC translates 3 units right, 2 units down.' Real-world: kaleidoscope patterns, architectural symmetry, animation keyframes.
Choose a short story (fairy tale retelling, personal narrative, historical fiction scene). Script the narrative: 5–10 minutes. Divide into scenes. Add: intro music, narration, dialogue, sound effects, outro music. Record and edit in audio software. Discuss podcast narrative structure: how is it different from written? What hooks the listener? Create 5–10 minute podcast episode. Listen to examples: Brains On!, Story Corps.
Ekphrastic = poem written about a work of art. Select artwork (painting, sculpture, photograph) or object (musical instrument, historical artifact). Write poem responding to: What does this artwork make you feel? What story does it tell? Use imagery, metaphor, questions. Example: poem about Van Gogh's 'Starry Night' exploring longing, mystery, beauty. Create 3 ekphrastic poems (one per type: visual art, music, object). Discuss: how does poetry reveal different interpretation than the art itself?
Coordinate plane: x-axis (horizontal), y-axis (vertical). Quadrant I: (+,+). Quadrant II: (−,+). Quadrant III: (−,−). Quadrant IV: (+,−). Plot points: (3, 2), (−3, 2), (−3, −2), (3, −2). Connect to form square. Ordered pairs: (x-coordinate first, y-coordinate second). Identify coordinates from a plotted point: 'That point is at (−2, 3).'
Learn screenplay/script format: scene heading (INT./EXT., SETTING, TIME), action (what happens), character name (ALL CAPS centered), dialogue (indented, what is said), parentheticals (how it's said). Write a 2-minute scene (roughly 1 page). Include: camera directions (ZOOM IN, PAN LEFT), transitions (FADE TO:), sound cues. Example: siblings arguing over homework. Practice formatting and dialogue rhythm.
Found poetry: select words/phrases from existing text (newspaper, book, advertisement). Arrange to create new meaning. Example: headlines → new story. Concrete poetry: visual form supports meaning. Words arranged to create shape (falling rain looks like falling text, love poem arranged as heart). Create 2 found poems and 2 concrete poems. Discuss: does changing form change meaning? How do constraints (found text, visual shape) inspire creativity?
Collect data: heights of classmates, test scores, reaction times. Mean = sum ÷ count. Example: 65, 72, 68, 70 → sum 275 ÷ 4 = 68.75. Median = middle value (order first: 65, 68, 70, 72; median = (68+70)/2 = 69). Mode = most frequent (if no repeats, no mode). Range = max − min = 72 − 65 = 7. Discuss: which measure best represents the data? Why?
Film the script from Week 24. Basics: framing (rule of thirds), camera angles (wide, medium, close-up), lighting (natural or simple lights). Record 2–3 takes. Edit: arrange clips in order, add transitions (dissolve, fade), insert text (titles, credits). Learn software basics (iMovie, Windows Photos, Shotcut). Create 2–3 minute finished video. Discuss: what editing choices affect mood?
Prepare poems for performance. Techniques: pacing (fast/slow to match mood), breath (pause for emphasis and breathing), volume (loud for passion, soft for tenderness), eye contact (engage audience), gesture (subtle, natural). Select 2 poems (personal or mentor text). Rehearse individually with teacher feedback. Record practice. Group poetry reading: creates community, celebrates diverse voices. Discuss: how does hearing a poem change the experience compared to reading silently?
Probability = likelihood (0 to 1, or 0% to 100%). Certain event = 1 or 100%. Impossible event = 0 or 0%. Likely event = high fraction/percentage. Unlikely event = low. Spinner with 4 sections (1 red, 3 blue): probability of red = 1/4 (25%). Dice: probability of rolling 3 = 1/6. Cards: probability of drawing heart from 52-card deck = 13/52 = 1/4. Predict: spin 20 times, expect red about 5 times.
Polish podcast: add background music, sound effects, intro/outro music. Normalize audio levels (volume consistency). Remove dead air or flubs. Add title card (text-to-speech intro: 'Episode 1: The Tale of....'). Create cover art (podcast artwork 3000×3000 px). Add metadata: episode title, description, author. Export as MP3. Ready for publication! Discuss: podcast as a medium—what makes a good podcast?
Close reading = deep analysis of text. Ask: What is the author's purpose? How do word choices reveal meaning? What literary devices enhance the message? Analyze a passage sentence by sentence. Example: 'The heavy door creaked open' — why heavy? Why creak? What does this foreshadow? Write 1–2 page critical response addressing: main theme, author's techniques (imagery, symbolism, dialogue), how these elements combine to create meaning. Connect to broader interpretation.
Analyze graphs with multiple data sets: dual line graphs (two variables over time), scatter plots (relationship between two variables), combination charts (bars + line). Answer questions: What trend does the data show? How do the two variables relate? Are there outliers? Predict: what might happen next? Misleading graphs: distorted scale, missing axis labels. Critical thinking: what story does the graph tell?
Select 3–5 best creative works from Term 3: strongest poems, final script, edited video, completed podcast. For each, write artist statement: 'I created this work to explore ___. I'm proud of ___. This represents my growth in ___ because ___.' Prepare visual/audio display for Performance & Podcast Night. Reflect: How has your creative voice evolved this term?
Peer review: read classmate's creative work (poem, story, script). Provide feedback using 'I like... I wonder... I notice...' structure. Example: 'I like the imagery of the garden. I wonder what the narrator learned. I notice the ending is abrupt—would a final reflection help?' Author listens (doesn't defend), takes notes. Reflects: which feedback resonates? How will you revise? Workshop culture: build each other up, ask genuine questions, celebrate bold creative choices.
Measure classroom or library dimensions (length, width, height). Calculate: area of floor (length × width), perimeter (2×length + 2×width), volume of room (length × width × height). Design floor plan on graph paper to scale (1:50 ratio). Rearrange furniture on plan. Consider: traffic flow, natural light, storage. Real-world: architects use these calculations daily. Discuss: how does geometry affect how we use space?
Full poetry reading run-through: all students perform in order. Time the readings. Check logistics: microphone, lighting, audience seating. Tech check podcasts: test audio playback on venue sound system. Create playlist of all podcasts. Design simple program (order of poets, podcast titles, intermission activities). Set up performance space: chairs for audience, performance area, lighting. Build excitement and confidence!
Final revision: poems, scripts, stories. Fix typos, strengthen weak lines, enhance imagery. Reflection essay (1 page): 'At the beginning of Term 3, my creative voice was ___. Through writing poetry, scripts, and other creative work, I discovered ___. My growth is evident in ___ (specific example). I'm most proud of ___. Next term I want to explore ___ in my writing.' Celebrate the creative journey!
Real-world scenario: Design a small vegetable garden. Given dimensions, plan layout (tomatoes 30cm apart, lettuce 20cm, etc.). Calculate total area, materials needed. Another: Room renovation. Measure current room, budget for flooring (cost per sq meter). Calculate total cost. Multi-step problems integrating measurement, multiplication, division, real-world context.
Final full dress rehearsal with all technical elements: lighting, sound, poetry readings, podcast playback. Time each segment. Tech check one final time. Build confidence: celebrate how far you've come! Create audience materials: printed program (order of performances, poet/podcast creator names), QR codes linking to podcasts, acknowledgments. Set up venue with refreshments area. Tomorrow is the celebration!
FORMAL CELEBRATION. Evening event celebrating Term 3 creative work. Program: poetry reading performances (each girl reads 2–3 poems in sequence or small groups). Intermission. Podcast listening party: audience listens to completed podcast episodes (displayed with cover art). Reception with refreshments. Gallery display of scripts, visual poetry, sample pages. Awards: most innovative poem, best podcast episode, best performance, creative risk-taker award. Celebrate every girl's unique creative voice and contribution.
FORMAL ASSESSMENT. Literacy: creative portfolio (poems, scripts, videos, podcasts) assessed for evidence of voice, imagery, technical skill, originality. Reflection essay graded on metacognitive insight. Running record with individually matched text. Numeracy: written assessment covering angles (measuring, calculating, angles on/at a point), transformations (translation, reflection, rotation), Cartesian plane (all quadrants), data (mean, median, mode, range), probability as fractions, graph interpretation. Oral: explain reasoning for 2–3 problems. Benchmark calibration L1–L6.
CELEBRATION. Class debrief: reflect on Term 3 journey, celebrate growth, share favorite moments. Individual conferences (10 min): teacher provides written and verbal feedback on creative work and academic progress. Optional parent appreciation: families invited to encore poetry readings, view podcast display, meet their scholar. Preview Term 4: 'Philosopher & Advocate'—transition from creative expression to philosophical inquiry and social justice, exploring ethics, debate, community impact, financial literacy, algebraic thinking.
Girls transition to philosophical inquiry, ethical reasoning, and social advocacy. Term 4 emphasizes philosophical inquiry through texts, ethical arguments, debate tournaments, independent research thesis, TED-style talks, and digital portfolio curation. Numeracy covers financial literacy (interest, discounts, budgets), algebraic thinking (variables, expressions, simple equations), mathematical modelling, statistical investigation, and pre-secondary preparation. Enrichment: Philosophy & Social Justice — ethical debates, community advocacy project, social enterprise pitch, Year 5 Leadership Summit.
Philosophy = love of wisdom. Big questions: What is happiness? Is it fair to make rules? How do we know right from wrong? Explore texts: Aesop's fables, philosophical children's books (Sophie's World excerpts), historical thinkers (Socrates asking questions). Socratic method: ask questions to reveal assumptions. Class discussion circle: students pose and explore philosophical questions. Journal reflections: 'If I could change one thing about the world, I would ___ because ___.'
Understand money basics: earn (jobs, allowance), spend (purchases), save (for goals), share (donate/help). Currency: Australian coins ($2, $1, 50¢, 20¢, 10¢, 5¢) and notes ($5, $10, $20, $50, $100). Simple budgets: if I earn $10 weekly, and I want to save for a $30 video game, how many weeks? Calculate: $30 ÷ $10 = 3 weeks. Discuss: wants vs. needs. Money values: what would you spend on? Why?
Learn debate structure: Proposition (affirmative, argues for), Opposition (negative, argues against). Evidence and reasoning required. Topic examples: 'Technology should have age limits,' 'School uniforms improve learning,' 'AI should make important decisions.' Girls pick a topic, choose a side, research both perspectives. Prepare position statement: 'We believe ___. Evidence: ___. Therefore ___.' Practice debate language: 'On the other hand,' 'However,' 'The evidence suggests.'
Ethical argument structure: claim (position), evidence (reasons/examples), acknowledge counterargument, rebuttal (why our evidence is stronger). Example: Claim: 'Technology age limits protect children.' Evidence: 'Research shows social media harms teen mental health.' Counterargument: 'Others say age limits limit freedom.' Rebuttal: 'However, child safety outweighs convenience.' Write 1-page argument on an ethical question (fair school rules, AI ethics, environmental responsibility). Peer critique: is the reasoning sound? Is evidence convincing? What's missing?
Simple interest: If you save $100 and earn 5% interest, you earn $100 × 0.05 = $5. New total: $105. Discounts: 20% off $50 means 20% × $50 = $10 off. New price: $50 − $10 = $40. Real-world scenarios: shoe store (30% discount), savings account (2% interest), sales tax (add 10%). Calculate: a shirt is $40, 15% off, plus 10% tax. What's the final price? ($40 × 0.85 = $34, then $34 × 1.10 = $37.40)
Refine position statements. Practice speaking with confidence, eye contact, clear voice. Mini-debates in class: 2 students debate, class judges score on: logic (reasoning sound?), evidence (examples strong?), rebuttal (response compelling?). Feedback: judges provide comments. Revise arguments based on feedback. Girls learn to think on feet, respect opposing views, articulate position clearly.
Choose a social justice or ethical topic: environmental conservation, digital privacy, gender equality, animal welfare, education access. Develop a thesis: 'Plastic bans in schools are necessary to reduce pollution and model environmental stewardship.' Research using 5+ sources: articles, interviews with experts, data/statistics. Write 2-page position paper: introduction (thesis), body (evidence from research), conclusion (call to action). Cite all sources properly. Reflect: 'This research taught me ___. Action I can take: ___.'
Variable = a letter representing an unknown number. Expressions: x + 5 (a number plus 5), 2y (twice a number), a − 3 (a number minus 3). Evaluate: if x = 4, then x + 5 = 9. Solve simple equations: x + 3 = 8 (what number plus 3 equals 8? Answer: 5). 2y = 10 (what number times 2 equals 10? Answer: 5). Use real-world: if each book costs $5 and you buy x books, total cost is 5x. If 5x = 35, then x = 7 books.
Girls identify a community need: school lunch options, local park improvement, digital literacy access, peer support. Design a solution: awareness campaign (posters, social media), petition (gather signatures), fundraiser (bake sale), letter to decision-makers (school principal, city council). Plan implementation: timeline, who's involved, budget if needed, expected impact. Practice pitching the idea: 'The problem is ___. Our solution is ___. Impact: ___.'
Develop a 4-minute talk (roughly 600 words) on research thesis topic. Structure: Hook (attention-grabbing opening), Story (personal connection or example), Evidence (research findings), Call to action (what audience should do). Language: conversational, accessible, passionate. Visual aids optional but helpful: 3–5 slides with images/data. Practice delivery: note cards (not script), eye contact, pacing, emotion. Record and self-review. Peer feedback: 'Your hook made me listen because..., One suggestion is....'
Mathematical model = using equations to represent a real situation. Example: Pizza party with $50 budget. If pizza = $3 and drink = $1, and you want 10 people to get a pizza and a drink each, can you afford it? Cost = (3 + 1) × 10 = $40. Yes! Other scenarios: school fair revenue (ticket sales × number of tickets − expenses = profit), water conservation (liters saved × days × #people), garden planning (plants needed × cost per plant). Write and solve equations for 4–5 real-world contexts.
Launch community advocacy projects! Create campaign materials (posters, social media posts), draft/circulate petitions, organize fundraiser event, write letters to decision-makers. Document process: photos, surveys, signatures collected. Measure impact: how many people are aware? How many support? How much money raised? Girls track progress and refine approach. Begin gathering evidence of community response for portfolio.
Final polish: review talk script, refine language (remove filler words, strengthen verbs, tighten phrases), practice multiple times. Time check: is it 4 minutes? Adjust if needed. Peer rehearsal: classmates give feedback on pacing, clarity, engagement. Record final version (video or audio). Reflect: what felt strong in delivery? Where can I improve? Practice until confident and authentic.
Plan and conduct a survey: write 5–8 clear questions (yes/no or multiple choice), decide sample size (survey 20–30 people), collect responses. Organize data: tally results, create frequency table. Analyze: calculate mean (if numerical), median, mode, identify trends ('Most people prefer ___'). Create graph (bar chart or pie chart). Interpret: 'The data shows that ___ is most popular because ___.' Draw conclusions: what does this tell us about the community/school?
Create a 2-minute pitch on your advocacy/community project framed as a social enterprise: Problem ('Schools produce 500 tons of waste annually'), Solution ('A composting program reduces waste by 40%'), Target audience ('Students and families'), Impact ('Environmental education + reduced landfill'), Budget ('$200 for bins and training'). Practice delivering pitch confidently. Prepare visuals (poster or slides). Be ready to answer: 'Why does this matter? How will you measure success?'
Curate a digital portfolio representing Year 5 growth. Select 8–12 artifacts from all 4 terms: reading response, comparative analysis, creative poems, TED talk script, research thesis, advocacy project documentation, best journal entries. Organize chronologically or thematically. For each, write learner statement: 'I chose this artifact because ___. It demonstrates growth in ___. I'm proud of ___.' Create Year 5 narrative: 'This year I became a ___. My journey: Literary Analyst → Scientific Researcher → Composer & Producer → Philosopher & Advocate. I grew in ___. For secondary, I will ___.' Digital format: Google Site, Wix, PDF, or Google Drive folder with annotations.
Capstone: students create a real budget for a project or event. Options: plan a school celebration (catering, decorations, entertainment costs), family trip (accommodation, food, activities budget), or mini-business plan (lemonade stand, craft sale - calculate startup costs, revenue projections, profit). Include: income (money earned/available), expenses (itemized), total income − total expenses = profit/surplus or deficit. Calculate break-even point (when revenue equals expenses). Reflect: financial planning impacts decision-making.
Reflect on Year 5 leadership journey: 'At the start, I thought leadership meant ___. Now I know it means ___. My greatest moment was when ___. Causes I care about: ___. How can I advocate for ___? In secondary, I will ___.' Girls identify a personal advocacy focus: environmental justice, mental health, social inclusion, education equity, etc. Plan concrete next steps: club to join, project to lead, or cause to champion in Year 6.
Final run-through of TED talks: all students deliver in sequence (full presentation experience). Timing check, audio/visual quality, confidence. Portfolio accessibility: ensure all links work, documents load, reflections are clear. Final self-check: 'Is my portfolio representative of my growth? Would I be proud to show this to my secondary teachers?' Bonus reflection: 'How has Scholar Studio changed me?' (5–8 sentences). Prepare opening/closing remarks for Summit: 'I am proud to share my Year 5 work...'
Review and extend Year 5 concepts in preparation for secondary. Exponents: 2³ = 8, introduce in financial context (compound interest). Geometry intro: angles in triangles (sum 180°), circles (radius, diameter, circumference intro). Challenge problems integrating Year 5 concepts: 'Your school fair is raising money for a cause. 100 tickets @ $5 each. After $80 in expenses, profit is ___. You want to give 40% to the cause. How much?'
Final logistics: venue setup, seating (audience + presenter area), technical test (projector, speakers, microphone), program printing, refreshments, photography/videography coordination. Agenda: welcome, opening remarks, TED talks (4-min each × 20 students = 80 min + breaks), portfolio exhibition walkthrough, awards presentation, closing remarks, reception. Celebration planning: which students are being recognized? What awards categories? How will families be involved?
FORMAL PRESENTATION. Morning session of Year 5 Leadership Summit. Each girl presents her 4-minute TED talk on her research/advocacy topic to an audience: peers, parents, teachers, community judges (notable speakers, educators, activists). Presentations evaluated on: confidence, clarity, engagement, evidence quality, call to action. Girl moderates own introduction. Sound/visual support provided. Celebrate each girl's unique voice and message. Build confidence for secondary public speaking.
EXHIBITION. Afternoon: portfolio exhibition opens. Digital portfolios displayed on screens or tablets showing Year 5 growth across 4 terms. Advocacy projects showcased: posters, petitions, fundraiser results, letters to decision-makers, impact metrics. Girls stand by their projects, ready to explain: 'Our project addresses ___ because ___. We impacted ___ people by ___. Next steps: ___.' Visitors (parents, community, peers) walk gallery, ask questions, leave comments of appreciation.
CELEBRATION. Evening ceremony: awards announced across multiple categories (Academic Excellence in Literacy/Numeracy, Outstanding Advocacy Project, Most Creative Voice, Leadership Impact, Courage in Public Speaking, Community Contribution, etc.). Every girl recognized in at least one category. Family remarks: parents/guardians invited to share a word about their scholar's growth. School leaders celebrate Year 5 cohort. Reception: refreshments, photo opportunities, final memories. Close with reflection: 'These scholars are ready for secondary.'
FORMAL ASSESSMENT. Literacy: TED talk and research thesis evaluated on depth, persuasiveness, public speaking skill. Digital portfolio reviewed holistically (breadth of work, quality of reflection, narrative arc). Numeracy: written assessment on algebraic thinking (solve equations, write expressions, variables in context), financial literacy (budget analysis, interest/discount calculations, real-world financial decisions), statistical investigation (survey design, data analysis, interpretation, conclusions). Benchmark calibration L1–L6 for end-of-year. Year 5 comprehensive assessment.
Individual conferences (15 min each): teacher and girl review Year 5 journey together. Discuss: Biggest growth? Proudest achievement? Challenges overcome? How has Scholar Studio changed you? Feedback: 'You showed remarkable growth in ___ because ___. Your strength is ___. For secondary, focus on ___.' Parent update: written report summarizing benchmarks, portfolio quality, progress across literacy and numeracy, readiness for secondary. Student feedback: 'What would you tell next year's Year 5 scholars?'
Class discussion: What are you excited about for secondary? What are you nervous about? Create community agreements for Year 6 (support each other, be kind, stand up for others). Exchange contact information if families wish. Reflection circle: each girl shares one word describing Year 5, and one commitment for secondary. Group hug. Photos. Final Scholar's Pledge together. Celebrate the cohort: 'You are ready. Go forward as advocates, philosophers, leaders, and lifelong learners.'
FINAL CLASS CELEBRATION. Games, food, laughter. Reflection circle: go around, each girl shares 'One thing I'll miss about Scholar Studio' and 'One thing I'm ready for in secondary.' Stories and memories shared. Singing (perhaps a Scholar's Pledge song). Recognition of friendships formed. Discussion: 'This group is special because ___.' Take final class photo. Certificates of completion. Each girl receives printed copy of their digital portfolio and a Scholar Studio memoir from the class (quotes, memories, inside jokes).
Digital portfolios archived and backed up for permanent record (school drive, student records). Girls receive personal copies: digital links/files and optional printed portfolio book. Display case in school featuring Year 5 Scholar Studio achievements (photos, awards, highlights). Year 5 cohort name and year marked: 'Class of 2031 Scholars.' Portfolio serves as documentation of growth and evidence of learning across ACARA v9.0 Year 5 curriculum. Accessible for secondary transition, scholarship applications, long-term reflection.
Final legacy: each girl records a 1–2 minute video message to future Year 5 scholars. Prompts: 'What I wish I'd known entering Year 5...' 'My advice for making the most of Scholar Studio...' 'You are capable of...' 'This program taught me...' 'Don't be afraid to...' Video compilation created (with permission). Shown to future cohorts as inspiration. Girls reflect: 'I'm leaving wisdom for students who will walk this path next year. I'm a mentor now.'