Summary (spoken, as if thinking out loud — cue dramatic pause)
I started the year with a playlist of experiments, books and short lessons — and ended up with a portfolio that sings, paints, cooks and photographs. The student (age 14) completed focused, living-book and project-based studies: musical ratios and violin basics, bird audio analysis, medieval landscape history, contemporary photographic study, gouache exploration, pastry chemistry, chemistry/electricity kits and hands-on water-lab work, plus regular outdoor practice (running, hiking, birding) and home hydroponics. Each thread intentionally mapped to ACARA v9 learning areas and taught in Charlotte Mason rhythm: short lessons, narration, frequent nature walks, copywork and disciplined practice.
What was studied (concise list with the Charlotte Mason how and the Ally McBeal aside)
- TeachRock: Musical Ratios (completed) — short lessons, listening and creating; proportional thinking applied to intervals (music + maths, yes).
- Cornell Lab of Ornithology: Raven Lite software — analysing bird calls and building a field sound log (practical tech + science observation).
- Landscape history: Elizabeth Boults Chip Sullivan, Chapter 6–15th centuries; K. M. Morris, Nature Transformed; David Macaulay’s Castle (video) — living books + illustrated narration.
- Art & Photography: Aljoscha Blau on gouache; Paolo Roversi: On Birds; hands-on gouache studies and a photographic study of local birds.
- Sculpture & design appreciation: A. Dannatt, François‑Xavier and Claude Lalanne (In the Domain of Dreams) — visual literacy and design narration.
- Violin: Jamie Chimchirian, The Violin Method for Beginners Book 1 with video lessons — daily short practice, scales, simple repertoire and recorded performance checks.
- Artist mindset: Joanne Haroutounian: Kindling the Spark & Think Like an Artist — creative thinking and practice routines.
- Culinary science & patisserie: McGee (On Food and Cooking), Laduree savory & sweet books; mother–daughter sauces and experiments (ice cream & frozen yogurt) — recipe adaptation, food chemistry and precision work.
- Chemistry & electricity: MELScience kits (corrosion; chemistry & electricity) plus home water lab (distillation, electrolysis, hydrogen generation) — safe, supervised enquiry and lab journaling.
- Horticulture & plant science: LECA hydroponics, propagating houseplants, sprouting and microgreens — observational journals and design of a small hydroponic system.
- Physical education & outdoor learning: Tennis, running, hiking, pilates, aerobics, swimming, ping pong; bird watching and bird photography — fitness, observation stamina and outdoor artistry.
ACARA v9 alignment (mapped by learning area — plain language descriptors)
- English (Literacy & Literature): Close listening to living books; weekly oral and written narration; writing short research notes on birds, landscape history and artworks. Demonstrates comprehension, sequencing and use of subject-specific vocabulary.
- Mathematics: Applied proportional reasoning and ratios via musical intervals (TeachRock); measurement and data from experiments (volume in water distillation, rates in electrolysis). Builds numeracy through practical measurement and error estimation.
- Science: Biological sciences (bird identification, behaviour, sound analysis), Chemical sciences (corrosion, reactions and food chemistry), Physical sciences (electrolysis, electricity basics), Science inquiry skills (questioning, planning, conducting fair tests, recording, communicating results). Safety and risk-management were explicitly taught and followed.
- The Arts (Visual Arts & Music): Technical skills (gouache techniques, photographic composition, lighting), art history and design studies (landscape design, Lalanne sculpture), music performance (violin technique, aural discrimination, notation), and music theory as proportional reasoning. Student produces portfolios and recorded performances.
- Design and Technologies: Food technologies (recipe design, precision patisserie), simple systems design (LECA hydroponic set-up), digital technologies use (Raven Lite audio analysis, photography editing), and practical problem solving.
- Health & Physical Education: Regular planned activity (cardio, strength, flexibility) with reflection on training goals and outcomes; develops motor skills and fitness habits.
- Humanities (History & Geography): Medieval landscape and castle studies linking historical design to social and environmental change; written narrations and timeline entries show chronological understanding and cause–effect reasoning.
- Personal and Social Capability / Creative & Critical Thinking: Artist mindset studies and project planning cultivate resilience, critique, and iterative improvement.
Evidence of learning (what’s in the portfolio)
- Completed TeachRock Musical Ratios worksheets and a short composition showing intervals used intentionally.
- Raven Lite sonograms, annotated recordings of local bird species and a 20-entry bird-sightings log with locations and behaviour notes (and eBird-ready data).
- Art portfolio: 12 gouache studies with process notes, 8 bird photographs (technical notes on exposure, focal length and light), and a visual analysis/narration of a Lalanne piece.
- Landscape history narrations (3 written narrations, one illustrated timeline) and a comparative short essay on European medieval gardens vs. later styles.
- Violin recordings (3 short pieces plus scale exercises) with teacher comments and self-reflection notes on tempo and intonation.
- Kitchen lab book: recipes adapted, chemical observations from ice cream and frozen-yogurt experiments, baked items photographed and evaluated using a written criteria list (texture, flavour, technique).
- Science lab journal: MELScience experiment logs, safety checklist, corrosion test photos, measurement tables, and water-lab reports including electrolysis data and distilled-water yields.
- Hydroponics log: LECA setup diagram, water/EC/pH readings, propagation success rates, and harvest notes for sprouts/microgreens.
- Fitness & outdoor diary: weekly logs for tennis, running and hikes, with goals and outcomes (times, distances, photos) and short reflections on habits.
Assessment (skill-level statements — exemplary Charlotte Mason phrasing, ACARA v9 intent)
- Knowledge and understanding: The student demonstrates thorough understanding of the principles studied: identifies and interprets bird calls using spectrograms, explains the chemistry behind freezing-point depression in ice cream, and describes musical intervals using proportional language. (ACARA intent: shows developing depth in science and arts content.)
- Practical skills and techniques: The student consistently applies correct violin posture and bowing for beginner repertoire, uses gouache layering and mixing with controlled brushwork, follows safe lab practice and records accurate measurements. (ACARA intent: competent application of practical and technical skills.)
- Inquiry and critical thinking: Plans investigations (corrosion, hydroponics), poses hypotheses, revises methods after observing results and communicates findings in clear written and oral form. (ACARA intent: sound inquiry process and reflection.)
- Creativity and expression: Produces original musical fragment using learned ratios, interprets landscape history through an illustrated narration, and composes photographic sequences showing bird behaviour. (ACARA intent: creative use of disciplinary knowledge.)
- Habits and disposition (Charlotte Mason focus): Sustained attention in 20–30 minute lesson blocks; consistent habit practice in music and fitness; careful observation and neat lab/personal records. (Exemplary progress toward disciplined study.)
Teacher notes & sample anecdote (because style matters)
She arrived at the bench with flour on her sleeve and a spectrogram on the laptop — I watched her check a pH meter with the same calm she uses for tuning her violin. (She hums when she concentrates. Charming.) The raven sonogram was labelled, the ice-cream mix tasted — and the violin tuning? Improving. Short lessons; living books; narration at the end of each session. It works.
Next steps & recommended focus (term-by-term)
- Continue: daily short violin practice with a goal of two complete simple pieces recorded by term's end; introduce simple sight-reading exercises.
- Deepen science inquiry: design a controlled plant-growth experiment (LECA vs. soil) with replicated pots and clear dependent/independent variables.
- Extend art: a small cohesive series (6–8 works) in gouache on a ‘local birds’ theme, accompanied by a 500-word artist statement referencing Roversi and Lalanne studies.
- Culinary & tech: plan and execute a small pâtisserie menu (2 savoury, 2 sweet) with process logs and cost/time calculations—tie to Design & Technologies outcomes.
- Assessment artefacts: compile a term portfolio containing one written narration, one recorded musical performance, one science lab report and an art series.
Suggested portfolio evidence for reporting and ACARA mapping
- One-page learning statements mapped to ACARA domain headings (as above).
- Representative artefacts: violin audio, 3 experiment pages, 5 artworks, bird log PDFs, culinary photos/notes.
- Teacher observation notes and short rubric entries (skills: emerging/proficient/secure) for music, science practical skills, art technique, and food tech.
Closing (the cadence slows, then snaps back)
Short lessons, living books, hands-on labs, and regular time outdoors — the Charlotte Mason recipe — delivered with the legal-brief precision of Ally McBeal’s inner monologue: focused, witty, human. The student is working at an exemplary level for a 14-year-old within an ACARA v9 framework: curious, methodical and creative. Evidence is in the portfolio; next term we add measurable performance targets and a small public-sharing event (a bird-photo + pastry table?) to practise presentation skills.
Prepared by: (Home tutor / parent) — available to annotate portfolio artefacts and supply recordings, photographs and detailed lab pages on request.