SACE Stage 2 Biology study plan

Map the Science Understanding syllabus into a one-page concept web linking cells, energy, inheritance, and evolution

Define and correctly use 30 core biological terms in context sentences, flagging any term you cannot define from memory

Practise two safe laboratory routines (aseptic transfer and serial dilution) and write the risk assessment for each

Identify the dependent, independent, and controlled variables in four sample experimental scenarios

Explain photosynthesis and cellular respiration as coupled energy-transfer pathways using a labelled flow diagram

Calculate and interpret rates of reaction from tabulated data, including units and uncertainty

Design a controlled experiment testing one variable affecting enzyme activity, with a repeatable procedure

Distinguish accuracy, precision, reliability, and validity using your own experimental design as the example

Model DNA structure, replication, and protein synthesis using a sequence of annotated diagrams

Predict offspring ratios from monohybrid and dihybrid crosses, including sex-linked and codominant cases

Construct and interpret pedigrees to infer genotypes and modes of inheritance

Evaluate the strength of evidence in three short genetics case studies

Summarise how a named biological discovery changed scientific consensus, citing evidence and peer review

Analyse a bioethical issue (for example gene editing) by mapping stakeholders, benefits, risks, and regulatory responses

Evaluate the reliability of a secondary source by checking its methodology, sample, and funding disclosure

Write a 200-word evidence-based position statement with at least three cited sources

Convert a research question into a testable hypothesis and select appropriate sampling and measurement methods

Process a raw dataset: calculate means, standard deviation, and a suitable statistical comparison

Graph data with correct axes, units, error bars, and captions, then describe the trend in two sentences

Identify three sources of error in a practical and propose a specific improvement for each

Trace how a scientific model (for example the fluid-mosaic membrane model) was revised as new evidence emerged

Compare scientific explanations with non-scientific claims using falsifiability and evidence criteria

Explain how collaboration and communication shape the direction of biological research

Connect one human-endeavour case study to the underlying Science Understanding concepts

Rehearse a full practical investigation from planning to conclusion under timed conditions

Write a discussion that links results to biological theory and acknowledges limitations

Peer-mark two sample investigation reports against a criterion sheet and justify each mark

Refine your own report after feedback, tracking every change made

Synthesise all four domains into a revision matrix showing where each skill is assessed

Complete two full-length practice papers under exam conditions and mark them against the criteria

Target the three weakest topics identified by practice-paper errors with focused re-study

Write a personal exam checklist covering command words, data presentation, and ethics responses