Authority: Queensland Curriculum and Assessment Authority, Biology General senior syllabus 2025 v1.3, January 2026. The current syllabus landing page lists v1.3 for students completing in 2026 or beyond (checked 29 September 2026). QCAA's published subject matter uses bullet points, not Australian Curriculum v9 AC9... Year 11 codes. References below identify printed syllabus page and bullet position, not invented national codes. This pack is an independently authored interpretation, not QCAA endorsement.
| Official location and point | Narrow teaching trace | Honest boundary |
|---|---|---|
| Unit 1 Cells and multicellular organisms, printed p.20, objectives 1, 2, 4 and 5 | Days 1–10 describe and apply model cell structure; Days 1/5/9/10 interpret evidence and evaluate claims about invented diagrams. | No unit-level achievement claim, actual biological dataset or formal QCAA objective result. Objective 3 data analysis and objective 6 investigation need later work. |
| Unit 1 Topic 1 Cells as the basis of life, printed p.21, 15 hours, Science understanding bullet 1: prokaryotic/eukaryotic comparison | Days 2–3 and Check A use nucleoid/nucleus, shared features and explicitly limited examples. | No microscopy, taxonomy survey or conclusion from size/colour alone. |
| Same printed p.21, Science understanding bullet 2: named organelles and functions | Days 4, 6–7 and Check B identify all nine names in the QCAA point: nucleus, mitochondria, rough ER, ribosomes, smooth ER, Golgi apparatus, lysosomes, vacuoles, chloroplasts. One bounded job each. | Does not teach full ultrastructure, biochemistry or all cell-specific variations; the route is illustrative. |
| Same printed p.21, Science understanding bullet 5: hierarchy of cells/tissues/organs/systems and material exchange | Day 8 and Check B order two human chains and explain “contributes.” | Only the hierarchy intro; no developed analysis of nutrient uptake, gas exchange or waste removal across systems. |
| Same printed p.22, Science as a human endeavour first bullet: simpler components and emerging properties | Days 1/8/9 caution that a model component or tissue is not the whole cell/organ. | No full treatment of emergence or ethical contexts. |
Not addressed from the same Topic 1: printed p.21 bullets 3–4 (stem cell origin/differentiation and potency), latter part of bullet 5 (system material exchange), bullets 6–10 (specialised structures, membrane fluid mosaic and transport, active/passive comparison, size/SA:V and diffusion data); printed p.22 inquiry (microscopy/photos, electron micrographs, SA:V practical, stem-cell safety/ethics). Topic 2, Topic 3 and every other unit are untouched. These 250 minutes are only 4 hours 10 minutes of starter sessions, versus the Topic 1 notional 15 hours and Unit 1 notional 55 hours. School pacing can differ.
Assessment and safety boundary: The syllabus's Units 1–2 assessment conditions (printed p.6) require schools to design 2–4 assessments across both units, at least one per unit and each objective assessed at least once. These public checks are formative teaching prompts, not school instruments or replacement evidence. Unit 1 expects real or virtual lab work and microscopy across the unit (printed p.20); none was run here. A school decides local sequence, assessment, practical risk process and reasonable adjustments. No national/state-wide Year 11 requirement is asserted for an elective.