Languages Archives - 天美视频 /curricular-category/languages/ Supporting data literacy in Primary and Secondary Schools Fri, 24 Oct 2025 15:16:44 +0000 en-GB hourly 1 https://wordpress.org/?v=6.8.5 /wp-content/uploads/2020/03/cropped-logo-roundal_2-e1585061476369-2-32x32.png Languages Archives - 天美视频 /curricular-category/languages/ 32 32 天美视频 Literacy Outcomes in the Scottish Curriculum for Excellence, by level and topic /resource/data-across-the-curriculum-early-years-primary-and-secondary/ Thu, 27 Mar 2025 15:56:28 +0000 /?post_type=resource&p=6007 We have identified outcomes across the whole Broad General Education and grouped them into topics suitable for applying 天美视频 Skills. Here you can download: Outcomes in Early Years and Primary (Excel file) Outcomes in Secondary (Excel file) Topics for using data skills (Powerpoint with Outcomes)

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We have identified outcomes across the whole Broad General Education and grouped them into topics suitable for applying 天美视频 Skills.

Here you can download:

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Let’s write a story /resource/lets-write-a-story/ Wed, 14 Aug 2024 18:14:27 +0000 /?post_type=resource&p=5051 This is an ‘unplugged’ activity to help demystify AI, where learners work together to create a simple ‘ChatGPT’ system to generate a story. This activity follows on from the ‘Is this a Zegah?‘ and ‘Let’s generate a sentence‘ activities about AI. The ‘Let’s generate a sentence’ activity might not have...

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This is an ‘unplugged’ activity to help demystify AI, where learners work together to create a simple ‘ChatGPT’ system to generate a story.

This activity follows on from the ‘Is this a Zegah?‘ and ‘Let’s generate a sentence‘ activities about AI.

The ‘Let’s generate a sentence’ activity might not have gone so well.听 Our sentence didn鈥檛 really reflect a prompt.听 Also, the sentence you wrote was maybe more like 鈥淭he elephant flew under the train鈥 than 鈥淭he cat sat on the mat鈥, with no connection between the individual words.

For example, if the animal selected was a cat, then verbs like 鈥榩urred鈥 and 鈥榩ounced鈥 and 鈥榣azed鈥 would be far more likely than verbs such as 鈥榖arked鈥 and 鈥榝etched鈥.

So, we鈥檙e going to try again. We鈥檙e going to write a story.听听This time, we鈥檙e going to be able to see the last few words in the sentence.听听We will also have a prompt.

This activity is very similar to the game Consequences where you write words and fold over the paper and pass it on (or Cheddar Gorge where you try to keep a sentence going as long as possible).听 We鈥檙e going to adapt this a little so we can see the last three words in the sentence, which reflects the limited ‘memory’ in AI systems like Chat-GPT.

Powerpoint Slides and script / instructions

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Let’s generate a sentence /resource/lets-generate-a-sentence/ Wed, 14 Aug 2024 17:56:53 +0000 /?post_type=resource&p=5045 This is an ‘unplugged’ activity to help demystify AI, where learners work together to create a baby ‘ChatGPT’ system and generate a sentence. Following on from the ‘Is this a Zegah?’ activity, lets work together to train a baby Chat GPT to write a sentence! This activity uses an online...

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This is an ‘unplugged’ activity to help demystify AI, where learners work together to create a baby ‘ChatGPT’ system and generate a sentence.

Following on from the ‘Is this a Zegah?’ activity, lets work together to train a baby Chat GPT to write a sentence!

This activity uses an online survey tool like Wooclap to create wordclouds from responses, but you could instead ask learners to write their responses on individual sticky notes which could then be arranged into a sticky note bar graph to find the most frequent responses.

Together the learners or participants will ‘write’ a sentence like “The cat sat on the mat” …or “The elephant flew under the train”.

Let’s generate a sentence – script / instructions

This image was generated by AI.听 We are quite impressed at the child’s ability to write upside down in crayon.听 That must be why she wrote ‘sat’ twice!

You might want to try the next activity in this AI series: Let’s write a story.

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Is this a Zegah? /resource/is-this-a-zegah/ Wed, 14 Aug 2024 17:36:03 +0000 /?post_type=resource&p=5036 This is a little activity to help demystify AI to try and explain in a very simple way how machine learning works, what the chat bots we鈥檙e using are actually doing, what are large language models actually doing? At the end of the day, they are software, they鈥檙e prediction engines,...

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This is a little activity to help demystify AI to try and explain in a very simple way how machine learning works, what the chat bots we鈥檙e using are actually doing, what are large language models actually doing?

At the end of the day, they are software, they鈥檙e prediction engines, to make decisions based on images or data it has already encountered.

This is an activity called 鈥淚s this a Zegah?鈥 and it was developed by Dr Marc Cicchino for the New Jersey AI Literacy Summit.听 Marc asked his young kid for a made up word, and the child very seriously thought about it and responded 鈥淶egah鈥.

Can your learners work out what a Zegah is?

Powerpoint slides and script

You can at SXSW Edu (you can listen to him talk about planning an AI teachers conference, or skip to the Zegah activity at around 12 minutes in) and .

The next activities in this AI series are ‘Let’s generate a sentence‘ and ‘Let’s write a story‘.

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Books for discussing data /resource/books-for-discussing-data/ Thu, 14 Dec 2023 15:44:51 +0000 /?post_type=resource&p=4246 Below is a list of books which teachers have found useful for starting conversations about data in the classroom. Book reviews from teachers and learners will be linked below each title as we receive them. Have you used one of these books to teach data in your classroom and want...

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Below is a list of books which teachers have found useful for starting conversations about data in the classroom. Book reviews from teachers and learners will be linked below each title as we receive them.

Have you used one of these books to teach data in your classroom and want to share your experience? Is there a book not listed below that you would recommend to other teachers? Get in touch!

If the World Were a Village by David J. Smith
David Smith (2018) If the world were a village. Bloomsbury Education.



Book cover of If...
David Smith (2016) If… A mind bending way of looking at big ideas and numbers. Wayland.

 

If the World Were 100 Animals: Imagine the planet's animal population as 100 creatures: find out what they are, and where and how they live in this insightful and inspiring illustrated book:
Miranda Smith (2022) If the world were 100 animals Red Shed.

 

Cole Nussbaumer Knaflic (2024) Daphne Draws 天美视频. Wiley.

 

Information is Beautiful by McCandless, David
David McCandless (2009) Information is Beautiful. Collins

 

Beautiful News: Positive Trends,... by McCandless, David
David McCandless (2009) Beautiful news.

 

Hans Rosling, Ola Rosling, and Anna Rosling R枚nnlund听(2018) Factfulness. Ten reasons we’re wrong about the world and why things are better than we think. Sceptre.

 

Invisible Women: the Sunday Times number one bestseller exposing the gender bias women face every day: Amazon.co.uk: Perez, Caroline Criado: 9781784706289: Books
Caroline Criado Perez (2019) Invisible Women: exposing data bias in a world designed for men Chatto & Windus.

 

OBSERVE, COLLECT, DRAW! 鈥 giorgialupi
Georgia Lupi and Stephanie Posavec (2018) Observe, Collect, Draw! A visual journal. Discover patterns in your everyday life. Princeton Architectural Press.

 

I Am a Book. I Am a Portal to the Universe. : Posavec, Stefanie, Quick, Miriam: Amazon.co.uk: Books
Stephanie Posavec and Miriam Quick (2020) I Am a Book. I Am a Portal to the Universe. Particular Books.

 

Calling Bullshit: The Art of Skepticism in a 天美视频-Driven World: Amazon.co.uk: Bergstrom, Carl T., West, Jevin D.: 9780525509189: Books
Carl Bergstrom and Jevin West (2021) Calling Bullshit. The art of scepticism in a data-driven world. Penguin Random House.

 

Making Thinking Visible: How to Promote... by Ritchhart, Ron
Ron Ritchart, Mark Church, and Karin Morrison (2011) Making Thinking Visible: How to promote engagement, understanding, and independence for all learners. Jossey-Bass

 

Show and Tell! Great Graphs and Smart Charts: An Introduction to Infographics : Murphy, Stuart J, Bell贸n, Teresa: Amazon.co.uk: Books
Stuart Murphy (2022) Show and Tell! Great graphs and smart charts: an introduction to infographics. Charlesbridge Publishing.

 

Where the Animals Go 鈥 Tracking Wildlife with Technology...
James Cheshire and Oliver Uberti (2016) Where the animals go: Tracking Wildlife with Technology in 50 Maps and Graphics. Particular Books.

 

Atlas of the Invisible
James Cheshire and Oliver Uberti (2021) Atlas of the Invisible. Particular Books.

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天美视频 Visualisation Examples /resource/data-visualisation-examples/ Thu, 14 Dec 2023 15:32:11 +0000 /?post_type=resource&p=4255 We have pulled together an (ever-growing!) set of data visualisation examples, categorised by type鈥攅.g. bar charts, pie charts, line graphs, scatter plots, histograms, heat maps, and many more鈥攁s well as curricular level at which we would expect comprehension and creation of each graph. Find a visualisation to use as a...

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We have pulled together an (ever-growing!) set of data visualisation examples, categorised by type鈥攅.g. bar charts, pie charts, line graphs, scatter plots, histograms, heat maps, and many more鈥攁s well as curricular level at which we would expect comprehension and creation of each graph.

Find a visualisation to use as a starting point for a lesson or a conversation with your learners, or have your learners look through some examples before creating a data visualisation of their own.

漏听, University of Edinburgh, 2024. This resource is licensed听, unless otherwise indicated.

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Teach 天美视频 Literacy: a guide for primary teachers /resource/teach-data-literacy-a-guide-for-primary-teachers/ Wed, 07 Jun 2023 15:49:10 +0000 /?post_type=resource&p=3844 ‘Teach 天美视频 Literacy: a guide for primary teachers’ is a resource developed by the 天美视频 team to support teachers to enhance opportunities for all to build the skills and habits of mind relevant to data problem-solving. The guide offers practical guidance, links to resources and a poster...

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‘Teach 天美视频 Literacy: a guide for primary teachers’ is a resource developed by the 天美视频 team to support teachers to enhance opportunities for all to build the skills and habits of mind relevant to data problem-solving.

Decorative image of a resource suggestion focused on 'The Garden'Decorative image of example resource

The guide offers practical guidance, links to resources and a poster to support teaching data literacy skills and concepts across the primary curriculum.

Along with discussions of the importance of real world data and the impact of data both on our personal lives and society as a whole, the resource outlines how teachers can use the ‘PPDAC’ (Problem, Plan, 天美视频, Analysis, Conclusions) data problem-solving cycle in a variety ways.

Decorative image of data problem-solving cycle

The digital version of the handbook, which we hope will be used by schools across Scotland (and beyond) can be downloaded here:

Download ‘Teach 天美视频 Literacy: a guide for primary teacher’

Decorative image of 'Asking Good Questions' poster

If you require this document in an alternative format, such as large print or a coloured background, please contact 天美视频 by email at dataschools@ed.ac.uk

漏听, University of Edinburgh, 2024. This resource is licensed听, unless otherwise indicated.

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天美视频Fit – Developing 天美视频 & Physical Activity Literacy /resource/datafit-developing-data-physical-activity-literacy/ Fri, 11 Dec 2020 13:45:33 +0000 /?post_type=resource&p=2449 The 天美视频Fit mission is to simultaneously increase data literacy and physical activity literacy.

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Introduction

The 天美视频Fit mission is to simultaneously increase data literacy and physical activity literacy.

We currently live in a world where data is becoming increasingly important for us to understand, regardless of whether or not we are a data scientist. It is important that we develop the skills in order to be able interpret and use data and, perhaps most importantly, be able to question the integrity of the information around us.

The evidence shows that on a population level we should be moving more and sitting less than most of us are currently. In some regions of Scotland, doctors have even started to prescribe physical activity! Movement really is medicine. Our physical activity affects how we think, feel and act in all aspects of our life, from attainment in the classroom through to reducing our risk of various diseases.

天美视频Fit is about helping learners to improve their understanding and confidence in both areas, so that they feel empowered to use and act on their personal activity data. Hopefully their new knowledge and skills in interpreting data can then be translated to other areas.

We have developed and piloted these lessons and resources around physical activity and devices, within P6/S1.听 Our team of subject experts in physical activity and data education have teamed up with teachers and pupils to inform these materials.听 We hope you can use and adapt the lessons as you see fit in order to meet the required curriculum benchmarks and the needs of your learners. While each lesson can easily be used as a standalone, they have been designed to build off of each other as well.

Outcomes (all 4 lessons)

  • HWB 2-27a: I can explain why I need to be active on a daily basis to maintain good health and try to achieve a good balance of sleep, rest and physical activity.
  • MNU 2-20a: Having discussed the variety of ways and range of media used to present data, I can interpret and draw conclusions from the information displayed, recognising that the presentation may be misleading.
  • MNU 2-20b: I have carried out investigations and surveys, devising and using a variety of methods to gather information and have worked with others to collate, organise and communicate the results in an appropriate way
  • SCN 3-12b: I have explored the role of technology in monitoring health and improving the quality of life.
  • HWB 3-22a: I am developing and sustaining my levels of fitness

Worksheets & Additional Resources

The 天美视频Fit Unit was piloted at a secondary school in central Scotland. Several of the teachers converted the paper-based worksheets (available to download) to Google Forms. The use of Google Forms or a similar online tool allows additional data analysis to be done. Learners can be encouraged to compare activity across the class or school. They can look at different modes of transport in getting to school and they can compare results from the beginning and end of the 天美视频Fit Unit.


Learners will broaden their understanding of physical activity, and increase their awareness of their own activity levels and patterns throughout the day.

Learning Intentions

What do I want learners to know?

  • Physical activity is more than just sports or exercise during PE, it includes all forms of movement throughout the day.
  • We often sit in one place for too long and this is bad for us even if we do a lot of activity at other times throughout our days.

What do I want learners to understand?

  • Our bodies are meant to move. Sitting too long is bad for our health.
  • Physical activity improves the health of our heart, muscles, and lungs. It can help us feel happier, and it can help us focus better while we learn and study.

What do I want learners to be able to do?

  • Reflect on their current physical activity levels and patterns.
  • Think about when and how they could move more during the school day.

Duration

Approximately 45-60 minutes

Materials

  • Animation video on physical activity (2 mins)
  • Timetable handout
  • A computer and projector for showing the animation video
  • Sticky notes or other sharing medium (e.g., tablet)
  • Chart paper or white board and markers
  • Lesson 1 worksheets

Main Activity

Discussion: What is physical activity and why is it good for us? (5-10 mins)

Ask two or three learners to share examples of what they think physical activity is. If learners just come up with sports activities, ask them to think of examples other than sports. Examples might include playing in a playpark, movement during chores, getting to places (e.g., cycling to school), yoga, walking the dog, or even taking the stairs instead of the lift.

Watch the animation
(2 mins)

Have learners draw or write one or two things that they find interesting, or perhaps a question that they want to ask. Provide opportunity to share and discuss in small groups. Ensure to check understanding of why physical activity is good for us. That is, it helps the health of our heart, our muscles, our lungs, and our bones. It also helps us feel calmer, happier and more energized. And, it helps our brain to focus better at school. It can even help us be more coordinated and balanced.

Activity: When and how am I currently physically active? (20 mins)

Begin by sharing that to get enough physical activity each day, we don’t necessarily need to do it all at once. It is just as good to spread it out over the day, so maybe on Mondays I take 20 mins to walk to and from home each day, go for a jog with my dog and friend in the evening, and make sure I get up from my desk regularly throughout the day and either stretch or go for a quick walk.

Next, have learners complete the timetable handout using a coloured pencil, filling in when and what activity they currently do. Consider using the following questions to help prompt and guide thinking. Explain it鈥檚 okay to not complete all of the boxes.

  • Think about your school day from the time you leave home until you get back. What is your favorite way to be active during this time? When else are you active during the day?
    • What does this look like? When does this happen?

Activity: When and how could I be moving more during the school day? (20-30 mins)

Working individually or in pairs, have learners close their eyes and think about their typical day at school. Have them imagine the different places they go… where they walk… where they run… where they do their work. 鈥 maybe even where they eat. Have them think about the different furniture or equipment that exists around school.

Prompt questions:

  • Are there points during your day that you maybe don鈥檛 move enough, or you could move more?
  • When does this happen (e.g., morning, afternoon, evening)? Why does this happen?

Ask learners to write down a few of their ideas on sticky notes, with each idea on a separate sticky note.

Next, share the following:

鈥淚magine you have been given a magic wand and have been put in charge of designing a school day where people are really active… and where they enjoy moving and doing the activities they are doing… where they start to move more during breaks, during math, maybe even science class. 鈥 You can change when people are active, you can change where they go and what they do to get there … The only rule is that they enjoy what they are doing and they still get their work done!

Your task is to come up with some ideas about how and when your year group could be more active. You can do this either individually or with the person beside you. Think big! Remember, it鈥檚 about getting people moving more and sitting less, in ways that they enjoy too!

Importantly, you need to write OR draw each idea, so that we can share them with the group afterwards鈥.

After 10 minutes, ask learners to put their sticky notes on the wall (or tables). Everyone gathers around, working to cluster into themes…. spaced a few feet apart from each other. Perhaps items are divided by time of day (traveling to school, before school, morning, break, afternoon, or by subject). 鈥 Prompt learners to explore ideas around how they could sit less and move more during times/subjects that might not have presented as many ideas (e.g., maths).

Label 鈥榞roups鈥 of themed ideas. Work to identify top preferred ideas from the group 鈥 have each learner cast 3 votes, placing a smiley face on the idea they like the most. Summarize and discuss why these are the ideas the learners liked the most.听 Discuss if these ideas are practical or feasible, or how they could be implemented.

Close off the session by having learners revisit their timetable to add in new movement ideas that they would like to do, using a different colored pencil.


Learning Intentions

What do I want learners to know?

  • Activity monitoring devices are all around us, including within most mobile phones.
  • Several areas of our health can be tracked, such as our steps, sleep, nutrition and location.

What do I want learners to understand?

  • How activity devices are currently being used around them in their immediate environments.
  • How they personally relate or engage with activity monitoring.
  • That we need to think carefully about how and why we collect data.

What do I want learners to be able to do?

  • Reflect on how devices are currently used around them and how they feel about tracking and engaging with their personal health data through activity monitoring.

 

Activity Description

Learners will begin to broaden their understanding of activity monitoring devices and how they feel about monitoring their personal health data.

Outcomes

  • SCN 3-12b 鈥 Level 3 鈥 Science 鈥 Biological Systems

Duration

Approximately 30-45 minutes, over two days

Materials

  • 天美视频fit animations (2 mins)
  • Lesson 2 slides
  • Lesson 2 worksheets (annex to lesson plan)
  • A computer and projector for showing animation
  • Chart paper or white board and markers
  • Blue tac

Main Activity

听Exploring and discussing devices (15 mins)

Starting discussion prompts: Why do we use monitoring devices? What are they? How can they be used? Have you tried activity devices before?

  • Consider playing animation () here, then check understanding of the concept of activity monitoring

Next, open 鈥榙evices鈥 PPT & accompanying worksheet. For each device, get a show of hands for (1) how many learners personally use each device, and (2) how many learners know someone (friend or family member) who uses the device on the screen. Involve volunteers, to help make and label a histogram of this information on the whiteboard.

天美视频work: Have the learners survey 5-10 people (a range of adults and kids), using the 鈥榙evices鈥 worksheet, and bring the completed worksheets to the next lesson.

Part 2: Discuss and explore the survey data learners collected for homework (e.g., frequency counts, min/max).

Follow-up discussion questions: Which devices seem to be most popular amongst our sample? Which ones are the least commonly used? Would you wear a device during school if you were given one (yes/no)? Why or why not? How do you think wearing a device does (or would) change your physical activity behaviour? How many know phones can do step counting?

If all learners were to ask the same people what does this mean for the data? If we survey two people, would we get the same answers than if we surveyed 100 people? Were you able to collect data from a broad sample? How did people feel about you asking them for their data? Did they have questions about why you were gathering data and what you planned to do with it?

Activity: Exploring and discussing device personality types (10-15 mins)

  • Open the PowerPoint and navigate to the personality slides
  • Hand out 鈥榙evice personality鈥 worksheets

Instruction: 鈥淲e have here a number of 鈥榩ersonalities鈥 to describe how each of us might feel if we were wearing physical activity devices. What I would like you to do is look at the different personalities and think about which one represents you the most right now. There is no right or wrong answer. When you鈥檝e decided which personality feels the most like you, circle this on your worksheet.

  • Perhaps get learners to look back to the pictures of the devices from the previous activity and imagine they鈥檙e given one of these to wear. For those learners who already have a device, they can think about their experience wearing the device in order to help them choose their personality.
  • Ask for a few examples why learners chose the current personality that they did.

鈥淣ext, I鈥檇 like you to do the same thing again, but this time, think about the personality that you would most like to be鈥. Have students note down their choice on the worksheet.

Finally, work independently to answer the final question on the worksheet about how they would achieve their aspiration.

  • Discussion questions: Did anyone change their vote from before? Why or why not? What would help you move towards your desired personality? What would help you get there? What would make the change? (e.g, text reminder, reminder signs on front door, is about positioning the base station somewhere specific?).

Close off session by discussing the different reasons how and why activity monitoring can be/are used.

  • What they do and tell us, how learners feel about them.
  • See animation for reminder about the basic functions of activity monitoring.

Learners will explore and understand the different ways that data can be visually represented using physical activity data and they will make basic analysis conclusions from the information they are presented.

Learning Intentions

What do I want learners to know?

  • Different activity monitoring devices can show the same types of data in different ways

What do I want learners to understand?

  • There are different ways of communicating our activity data visually, and some visualizations can be more useful to us than others depending on what we want to know
  • How to identify and calculate patterns of movement and also sedentary time from data visualizations

What do I want learners to be able to do?

  • Be able to interpret and draw basic conclusions (e.g., min, max, mean) about activity data from visual representations from different devices
  • Identify potentially interesting patterns and unusual features in a given sample of activity representations

Outcomes

  • MNU 2-20a
  • SCN 3-12b

Duration

Approximately 45 minutes

Materials

  • Lesson 3 slides
  • A computer and projector for showing PPT slide deck

Main Activity

Activity: Exploring different physical activity trackers, what they can tell us and how (45 mins)

Using the supporting PPT slides and worksheet, guide learners through this structured activity.

Additional notes to the teacher:

  • Pre-lesson considerations:
    • Prerequisite skills 鈥 how to calculate averages and identify minimum and maximum values from a visualization
    • Ensure learners have watched the animation on physical activity (see link in Lesson 1 outline)
    • Understand the concept of a data sample
    • Understand the difference between X and Y axes
  • Small group work suggested
  • Consider printing out a set of slides for each group
  • The accompanying PPT deck (鈥楶hysical activity data visualizations鈥) contains a series of different types of questions you may choose to use. Each question slide is followed by a slide with suggested answers.

Learners will apply what they have been learning throughout the previous lessons. They will explore their attitudes and preferences towards the different ways of visually communicating personal activity data and they will have the chance to make visualisations based on the data that they have collected. They will also track and reflect on their own physical activity behaviours

What do I want learners to know?

  • Our ideas, perceptions and experiences will differ from others when it comes to health data because we are all unique, but we can use visualizations to help us communicate and understand these experiences.
  • Monitoring our physical activity is quite a personal thing. Sharing our data can be good but we all have our own perceptions. People may interpret their own activity data in different ways than us.

What do I want learners to understand?

  • How to visually communicate their ideas and experiences in a way that is meaningful to them, and be able to explain this clearly to their peers
  • The types and levels of physical activity they are each doing during a 5-day period and when this activity takes place

What do I want learners to be able to do?

  • Create data visualisations from their personal physical activity data.
  • Reflect on their physical activity behaviours and the role activity tracking has on this.

Main Activity

Activity: Turning our words into visualizations (25-30 mins)

  • Have learners put on their thinking caps to create visualizations from the data they gathered during Lesson 1, on the 鈥榳hen and what physical activity they do鈥 activity sheet. Encourage learners to make a key, with symbols for different activities. Get learners to start thinking about how they would track their activity hourly for a week.
  • Next, have learners reflect individually on their newly created visualizations, getting them to think about which activities they currently do are 鈥楲ow鈥 physical activity, 鈥楳edium鈥 physical activity, or 鈥楬igh鈥 physical activity. Have them add this to their visualization.

Activity: A week in the life of my physical activity (40-50 mins total over 5 days, ~10 mins/day)

  • Have learners take things one step further, by getting them to track their physical activity at school on an hourly basis, for one week. Encourage learners to aim for more physical activity than they documented during Lesson 1.
    • Discuss with learners what support or reminders they might need to achieve this. What things or actions would help support them? For example, perhaps they need a post-it note reminder on the back of their phone, or in their pencil case?
  • Have learners graph their physical activity data, using symbols to depict the different types of physical activity (天美视频Fit Lesson 4 PPT for examples), on an A4 paper that also includes labels for the days of the week and hours of the school day. Also get learners to create a 鈥榢ey鈥 or 鈥榣egend鈥, defining which activities are 鈥楲ow鈥, 鈥楳edium鈥 or 鈥楬igh鈥 activity levels.
    • Provide learners with several examples of graph options (e.g., line graph, smiley faces) that they can use as inspiration. *Show the PPT slide found in the Lesson 4 folder as a visual aid. Encourage creativity and individuality in their representations.
  • At the end of the week, consider dividing learners into small groups to present their visualizations, to explore their experiences and how their perceptions may differ from one another when it comes to activity tracking. For example, some learners might label lunchtime football as 鈥楲ow鈥 activity whilst others might perceive this as being 鈥楬igh鈥 activity.
    • Consider using the following questions as prompts:
    • How do different group members perceptions of 鈥楲ow鈥, 鈥楳ed鈥, and 鈥楬igh鈥 activity differ? How are they the same? Do our definitions differ between each other? What do varying definitions, and differences in perception, mean when it comes to communicating health data with others?
    • Do learners with similar schedules have different visualizations? Why might this be? Are there points in their schedules where more 鈥楲ow鈥 physical activity is taking place? More 鈥楬igh鈥 physical activity?

Have learners reflect on how tracking their physical activity influenced them. Were they more active this week? Less active? How was their physical activity behaviour different this week compared to what they documented on the handout during Lesson 1? What changes do they observe? What helped to make the change?

漏听, University of Edinburgh, 2024. This resource is licensed听, unless otherwise indicated.

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Experiences and Outcomes /resource/experiences-and-outcomes/ Sun, 19 Jan 2020 10:45:03 +0000 /?post_type=resource&p=3559 This Excel sheet is a guide to the Experiences and Outcomes in the Scottish ‘Broad General Education’ curriculum that feature data literacy. The ‘Outcomes to learn 天美视频 Skills’ worksheet shows the Experiences and Outcomes across the curricular areas that will help learners to gain these skills. The ‘Contexts to apply...

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This Excel sheet is a guide to the Experiences and Outcomes in the Scottish ‘Broad General Education’ curriculum that feature data literacy.

The ‘Outcomes to learn 天美视频 Skills’ worksheet shows the Experiences and Outcomes across the curricular areas that will help learners to gain these skills.

The ‘Contexts to apply 天美视频 Skills’ tab shows the Experiences and Outcomes that would be suitable for learners applying their data literacy skills. These are grouped together in similar contexts or possible projects.

How to use the spreadsheet

To change between the different sheets, click on the tabs at the bottom of the Excel window.

To view and explore the difference Experiences and Outcomes within a topic, click on the ‘+’ symbol (on the left) to expand the rows.

When you’re finished looking at the rows within a topic, click on the ‘-‘ symbol on the left to hide the rows again.

If you require this document in an alternative format, such as large print or a coloured background, please contact dataschools@ed.ac.uk.

Spreadsheet

Curriculum map

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