2023 Winners

Join us for the prize ceremony online by clicking here — online live at 11am on Saturday 2nd December 2023 (“doors open” 15 mins before start time) and available to watch again after the event for 180 days. Watch without the MS Teams app by clicking ‘Watch on the web instead’ and then ‘Join anonymously’ (note on mobile, you need to also click use ‘Desktop site’ in the browser menu to be given this option)

🚨 RESCHEDULED: Join us for the prize ceremony online by clicking here — online live at 11am on Saturday 16th December 2023 (“doors open” 15 mins before start time) and available to watch again after the event for 180 days. Watch without the MS Teams app by clicking ‘Watch on the web instead’ and then ‘Join anonymously’ (note on mobile, you need to also click use ‘Desktop site’ in the browser menu to be given this option)

🚨 RESCHEDULED & NEW LINK: Join us for the prize ceremony online by clicking here — online live at 11am on Saturday 16th December 2023 (“doors open” 15 mins before start time) and available to watch again after the event for 180 days. Watch without the MS Teams app by clicking ‘Watch on the web instead’ and then ‘Join anonymously’ (note on mobile, you need to also click use ‘Desktop site’ in the browser menu to be given this option)

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The 2023 categories were oot an’ aboot, the ‘why’ of shapes and in motion

Winning entries made deep connections between the subject(s) of their photo and the maths inside them and explained this in their commentary

oot an’ aboot

Have you seen some maths oot an’ aboot? Perhaps in your local shop scanning barcodes? Maybe on a daily walk, sheltering under an umbrella or estimating a tree’s growth? What about those steps that take you into town or up a hill?

This category celebrated mathematical discoveries made when oot an’ aboot

the ‘why’ of shapes

Can you see the maths inside the shapes and spaces around us? What shapes can you see? Why have these shapes been chosen and not other shapes? How do the shapes you see fit together …or not!? Where can you find similar shapes? Why are the same shapes used in different places? Why are the same shapes used for different tasks?

🚲 What shape is used on a bicycle wheel? Why is this shape and not others used for a wheel? What happens if another shape is used? Can you find another shape that works for a wheel? What would be different? What would be the same?

🏗 What shapes are used in building the spaces around us? Why are these shapes chosen? Can you find another place where the same shapes are used? What is the reason for these shapes to be used? Where will you look? What will you discover?

🔺🔹⬣⬠ Why regular triangles, square and hexagons in tiles, and not pentagons? 🚧 Why traffic cones and not traffic cylinders? 📦 Why cuboid cardboard boxes and not spherical?

in motion

Can you see the maths inside motion? How fast can you run?🏃 Who is the fastest runner you know? 🏃💨How do you know the speed they are moving? 🏎 What about a car? How can we catch cars that travel too fast? 🚗 🚓 On a bike, what else changes when you change gear? 🚴⚙️

In the playpark, how will a released swing move? Where will it be after five seconds? Five minutes? Five hours? 🤔⏱ Why does it behave like this? How can the movement of the seesaw, merry-go-round, and spring-rider be described?🛝

🧭⛵ A sailor in open water sails due west for one hour, and then due east for one hour. They arrive in a different place to the one they started, why?

🧭🌍 I walk one mile south, one mile west, one mile north and now I am back where I started, where on Earth could I be?

🏀 Why does a ball roll down a hill? What happens when the ball is bigger or smaller? When the hill is more or less steep? Can you calculate what time it will arrive at the bottom?

⚽⛷🏂🏇🏄🏌 Where is the maths inside the motion of your favourite sport? 🤸‍🤹🥋‍🏉🏓🏸 How are motions be described, predicted, improved? Why are they the way they are?

Category Winners

The winners in each category received a £50 Amazon voucher & certificate

Levels

Submissions were considered in the below levels

  • Early Years — pre-school children & P1 pupils
  • First Level — P2–P4
  • Second Level — P5–P7
  • Third/Fourth Level — S1–S3
  • Senior Phase — S4–S6
  • Another Level — for adults, parents, teachers, photographers, all mathematical artists (or artistic mathematicians!) out-of-school

Level Winners

The winners in each level received a £20 Amazon voucher & certificate. Learn more about the levels above

Level Runners-up

Runners-up in each level received a £10 Amazon voucher & certificate. Learn more about the levels above

Commended Entries

Commended Entries each received a certificate

Schools Prizes