Data Discovery Fun

WALT (We Are Learning To)

• Understand how to collect and record data about plants and animals.
• Represent data clearly using digital tools like Seesaw and the Numbers app.
• Use data to answer questions about our local flora and fauna.

Australian Curriculum Links

• Digital Technologies:
  AC9M3ST01 – Acquire data for categorical and discrete numerical variables by observing, collecting, and accessing data sets; record data using methods such as frequency tables or spreadsheets.
  AC9M3ST02 – Create and compare graphical data representations, using software, and interpret data in context.
  AC9TDI4P06 – Use core features of common digital tools to create, locate, and communicate content, following agreed conventions.
• Science:
  AC9S3I04 – Construct and use representations (tables, column graphs) to organise data and identify patterns in natural contexts like flora and fauna.

Success Criteria

• I can collect data accurately about living things.
• I can use Seesaw and the Numbers app to organise and display my data.
• I can interpret and talk about my findings clearly.
• I work well with my classmates to share digital content safely.

---

Lesson Breakdown (40 minutes total)

1. Introduction and WALT (5 minutes)

• Briefly discuss what data collection is and why it’s important for learning about plants and animals.
• Use simple language and visuals (dyslexia-friendly fonts and colour coding) to introduce key words: “data,” “observe,” “record,” “flora,” “fauna.”
• Use a story or image of a local park or bushland to spark interest.

2. Data Collection Activity (10 minutes)

• Take the class outside or provide images/videos if outside is not possible.
• Students observe plants or animals (e.g., leaves, flowers, insects, birds) and collect data using tally marks on paper or tablets.
• Encourage simple yes/no or count questions, for example, "How many yellow flowers do you see?" or "Is there a bird nearby?"
• For diverse learners: Provide picture cards to represent different plants and animals for vocabulary support.

3. Digital Data Entry (10 minutes)

• Introduce Seesaw’s freeform tool: students input pictures they took or drawings they made and add simple text labels or voice recordings about their observations.
• Model how to enter data into the Numbers app spreadsheet: input categories (e.g., types of flower, number counted) and numbers in columns. Use large fonts and contrasting colours for readability.

4. Visual Representation and Discussion (10 minutes)

• Demonstrate how to create a simple bar graph or pictograph in the Numbers app using the data collected.
• In small groups, students discuss what their data might tell them, for example:
  • Which plant is most common?
  • Is there more fauna or flora observed?
• Use guiding questions and sentence starters to support language development ("I noticed that…", "The most common is…", "We counted…")

5. Wrap-up and Reflection (5 minutes)

• Recap the importance of collecting and showing data clearly.
• Ask students to share one interesting thing they learned about plants or animals today.
• Highlight safe and respectful sharing, linking back to curriculum content on agreed behaviours in digital tools (AC9TDI4P07).
• Set an optional extension task: create a digital poster using Seesaw to present their data story, incorporating images and text or audio.

---

Assessment (Aligned to Digital Technology WA Curriculum)

Assessment Task: "Flora and Fauna Data Reporter"

• Task: Students create a digital report using Seesaw and Numbers app that includes:
  • A set of collected data about local plants and animals.
  • A visual display of this data (e.g., bar graph, pictograph).
  • A short explanation (written or recorded) about their findings.
• Criteria:
  • Accurate data collection and recording.
  • Effective use of digital tools to organise and represent data.
  • Clear communication of results demonstrating understanding of the data’s meaning.
  • Safe sharing practices within the digital environment.

This task can be completed individually or in pairs, allowing for differentiated support and scaffolding as needed.

---

Differentiation Strategies

• For diverse learners:
  • Provide templates with fill-in spaces for Numbers app.
  • Use pictorial supports and simplified text.
  • Allow voice recordings instead of typing for written explanations.
• For students needing extension:
  • Encourage collecting additional variables (like animal behaviour).
  • Introduce simple formulas in Numbers to calculate totals or averages.
  • Explore pattern recognition in data (e.g., time of day most animals are seen).

---

Dyslexia-Friendly Reading Options

• Use large, sans-serif fonts (e.g., OpenDyslexic or Arial) on digital tools and printed materials.
• Present instructions with visual step-by-step cues.
• Allow oral questions and responses to reduce reading load.
• Use high contrast colour schemes and avoid crowded slides or pages.

---

This lesson plan engages Year 3 students with hands-on, real-world digital technology skills specifically aligned to the Australian Curriculum v9 standards. It integrates outdoor learning, visual and digital literacy, and collaborative inquiry to develop meaningful and memorable technology experiences about local biodiversity. The combination of Seesaw and Numbers app provides a scaffolded yet open digital platform ideal for young learners’ data exploration and presentation needs.

Please let me know if you want suggestions for follow-up lessons or a detailed scaffold for the assessment task!