purpose
Task: A student wants another class to repeat a seed test. Which text is most suitable?
Model reasoning: A procedural report supplies materials and ordered steps needed for repetition.
What students learn in AC9S6I06
Learning intention: We are learning to communicate scientific ideas and findings accurately for a chosen purpose and audience.
Curriculum focus: write and create texts to communicate ideas and findings for specific purposes and audiences, including selection of language features, using digital tools as appropriate
Success criteria
- identify the purpose, audience and most suitable scientific text type
- organise methods, results and conclusions so evidence can be understood and checked
- use accurate terminology, quantities, units, graphs, captions and cautious claims
- adapt language and digital design without losing accuracy, accessibility or attribution
Key vocabulary
- audience
- the people a communication is designed for
- purpose
- what a text is intended to achieve
- procedure
- an ordered account of how an investigation is conducted
- results
- recorded observations and measurements
- conclusion
- an interpretation answering the question using evidence
- caption
- text identifying and explaining a figure, table or visual
- limitation
- a constraint that affects confidence, interpretation or generalisation
- attribution
- credit identifying the creator or source of information or media
- alt text
- a concise text equivalent describing meaningful visual content
- scientific integrity
- communicating methods, evidence, uncertainty and sources honestly and accurately
Concept model and worked thinking
Reliable routine
- Identify the purpose and audience.
- Select the most suitable text type and essential content.
- Organise question, method, results, explanation and conclusion logically.
- Use accurate terms, quantities, units and evidence.
- Choose honest graphs, labels and captions.
- Adapt language and layout for clarity and accessibility.
- Attribute sources and review every claim before publishing.
audience
Task: Which opening best suits a family infographic about saving water?
Model reasoning: It addresses families directly and states a clear, useful purpose without sacrificing accuracy.
accuracy
Task: Which sentence is scientifically accurate?
Model reasoning: The sentence reports a measured change with a quantity and unit.
units
Task: Which sentence communicates the measured result completely?
Model reasoning: The number needs a temperature unit to communicate its meaning.
structure
Task: Which section tells what equipment and steps were used?
Model reasoning: The method records materials and procedures.
structure
Task: Where should raw measurements usually appear?
Model reasoning: A results table organises observations and measurements transparently.
claim evidence
Task: Which conclusion uses evidence?
Model reasoning: It states the pattern and supports it with measured comparison.
precision
Task: Which word should replace “really hot” in a report?
Model reasoning: A measured value and unit are more precise than emotive description.
Curriculum coverage and elaborations
Purpose and audience come first
Decide what the text must achieve and who will use it. A repeatable procedure, peer results report, family infographic, community recommendation and class presentation need different structures and levels of detail.
Accuracy does not change
Audience adaptation may change vocabulary, examples and visual density, but not measurements, units, evidence, uncertainty or attribution. Plain language must remain scientifically correct.
Structure a scientific report
A useful sequence is title and question, prediction where relevant, materials and method, results, discussion or explanation, conclusion, limitations and sources. Keep observations separate from interpretations.
Methods another person can follow
Replace vague words with materials, quantities, timing, measurement endpoints, units and ordered actions. Include the conditions needed to reproduce the investigation.
Claims need evidence and boundaries
State the observed pattern, cite comparative values, explain what they support and limit the claim to tested conditions. Acknowledge limitations that affect confidence or generalisation.
Graphs and captions
Choose a graph for the data relationship, label axes with quantities and units, use an honest scale and write a caption that identifies the figure and main pattern without overclaiming.
Clear digital design
Use headings, readable type, short blocks and visuals that serve the message. Check spreadsheet ranges and automated chart choices; digital tools can improve organisation but do not guarantee clarity or correctness.
Accessible communication
Do not rely on colour alone. Use contrast, direct labels, patterns, alt text for informative visuals, captions and transcripts for media, and meaningful link text.
Attribute sources
Credit evidence, images and ideas with creator, title, date, source location and licence where relevant. Paraphrased ideas still need citation; adaptations should be identified.
Review before publishing
Check purpose, audience, accuracy, structure, evidence, units, claims, limitations, visual honesty, accessibility, spelling and source attribution.
Common misconceptions
- Simpler language can be less accurate. Plain language should reduce jargon while preserving the exact scientific meaning and evidence.
- More technical words always improve science writing. Use a technical term only when it adds precision, and define it when the audience may not know it.
- A colourful infographic does not need much evidence. Visual appeal cannot replace data, units, accurate claims and sources.
- Procedure and conclusion are interchangeable. A procedure records what was done; a conclusion interprets what the results mean.
- Digital tools guarantee clarity. Authors must check formulas, selections, scales, labels, accessibility and whether the tool output fits the purpose.
Important questions and answers
- Can I round data for a general audience? Yes, when the rounding is suitable and does not alter the message; retain units and avoid implying false precision.
- What must every evidence graph include? A clear title or context, labelled axes, quantities and units, a readable honest scale, and a caption or surrounding explanation.
- Do I cite a source after paraphrasing? Yes. The wording is yours, but the idea or evidence still came from that source.
- What makes a conclusion scientific? It answers the question using specific results, stays within the evidence and acknowledges important limitations.
Assessment-style questions and review hints
- State the purpose and audience before choosing a format.
- Keep scientific meaning, values and units accurate when simplifying language.
- Separate procedure, results and conclusion.
- Support each claim with relevant evidence and scope it to tested conditions.
- Check graph type, scale, labels, units and caption.
- Include relevant limitations, accessibility features and traceable source attribution.
Support, core and extend
- Support: work with one short example, highlighted evidence and a structured response frame.
- Core: complete an unseen example independently and justify the decisive evidence.
- Extend: compare plausible alternatives, explain limitations and create a new example within the Year 6 boundary.
Exit ticket and mastery evidence
Communicate one investigation finding for two audiences, preserving evidence and units while adapting language, format and visual detail.
Evidence of mastery: The student creates accurate, well-structured and audience-appropriate scientific texts that use evidence, units, honest visuals, cautious conclusions, accessible digital features and source attribution.
AC9S6I06 Classroom View
Project the HTML teaching view, with classroom-sized sections drawn directly from this topic guide.
Open Classroom ViewHow to use this unit
Learn from the Topic Guide and Classroom View, complete the Worksheet, use Practice for supported feedback, then take the separate Test when ready.
🎥 Optional Video Lesson
The SkillrHub lesson remains the primary learning resource. This optional video reinforces the explanation; you can complete the lesson and practice without watching.
Before you watch:
- Pause after each worked example.
- Try the examples yourself.
- Return to the SkillrHub lesson before continuing.
Recommended: The Scientific Method: Steps and Examples
Science Buddies — Place reporting and sharing findings within a scientific investigation.
As you watch: What should someone else know about the question, method and evidence to understand a conclusion?
Load video player Loads YouTube in this lesson. See the video notice below.
Try it: Turn the results of a class investigation into a short report for younger students. Include the question, method, a labelled data display, conclusion and one limitation.
Video unavailable, inaccurate or unsuitable for this year? Report a video problem to SkillrHub by email. You can continue with the written lesson and practice resources.
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Curriculum equivalents: Victoria, NSW and international
Curriculum equivalents for And create texts to communicate ideas and findings for specific...
Mapped skill: write and create texts to communicate ideas and findings for specific purposes and audiences, including selection of language features, using digital tools as appropriate
These references identify matching or closely related learning. Curriculum sequence, terminology and depth vary, so teachers should use the mapped skill and lesson difficulty to confirm suitability.
| Region | Curriculum framework | Closest level or code |
|---|---|---|
| Australia | Australian Curriculum v9.0 | AC9S6I06 · Year 6 |
| Victoria | Victorian Curriculum F–10 Version 2.0 — Science | VC2S6I06 · Levels 5–6 |
| New South Wales | NSW Science and Technology K–6 Syllabus (2024) | ST3-CWT-01 + ST3-DAT-01 · Stage 3 |
| United States (USA) | Next Generation Science Standards (NGSS) | Middle School (Grades 6–8) |
| Canada (Ontario) | Ontario Curriculum — Science | Grade 6 |
| United Kingdom (England) | National Curriculum in England — Science | Year 7, Key Stage 3 |
| India | NCERT / CBSE — Science | Class 6 |
Australian Curriculum v9.0 is the canonical source for this SkillrHub lesson. Victoria and NSW entries name the closest published state codes or outcomes; international entries are planning references rather than claims of identical curricula.
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Topic reference: AC9S6I06 — AC9S6I06: Write and create texts to communicate ideas and findings for specific purposes and audiences, including selection of language features, using digital tools as appropriate
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