Literacy isn't just English. Scientists read research, write reports, and interpret data. Historians analyse primary sources. Mathematicians explain reasoning in writing. Integrating literacy into every subject deepens understanding and builds skills students need in every field.
It also builds reading fluency and writing confidence. Students read and write more when they do it daily across subjects.
Before a practical: Read the method together. Predict what might happen. Discuss vocabulary (photosynthesis, enzyme, decomposition).
After a practical: Students read about similar experiments others have done. Compare results. "Why did we get different findings? What does this research say?"
This embeds reading into real inquiry, not as a separate task.
Science journal: Students write observations during and after practicals. Sketch diagrams. Record data. Write explanations: "What happened and why?"
Lab report or explanation: Students write to explain findings: "We tested how temperature affects evaporation. We found that warmer water evaporates faster because heat energy helps molecules escape."
This writing embeds scientific understanding. Students who can explain it understand it.
Read primary sources (letters, speeches, documents). Read newspaper articles and analyse bias. Read maps, diagrams, graphs, and interpret information. Read multiple perspectives on historical events.
A HASS unit should include extended reading: textbooks, articles, primary sources, online resources. Students develop reading stamina and learn how different texts convey information.
Analysis: "How did this decision affect people?" Students write analytical essays, not just summaries.
Perspective-taking: "You're a convict arriving in Australia in 1788. Write a letter home." This develops empathy and deep engagement.
Argument: "Should governments regulate climate? Argue your position with evidence." This develops critical thinking and evidence-based writing.
Word problems: Beyond rote maths problems, word problems require reading comprehension. "A farmer has 45 sheep. He sells some and buys 12 more. Now he has 53. How many did he sell?" Students must read, understand context, and extract the mathematical problem.
Explaining reasoning: "Explain how you solved this. Why did you choose that strategy?" Students develop mathematical language and reasoning.
