1 of 59

Beyond the Blackboard:

Sparking Creativity in the Maths program with Digital Technology

https://rebrand.ly/AMA8June

2 of 59

Tēnā koutou kua huihui mai nei

E mihi ana ki ngā mana whenua

Ko Donna tōku ingoa

Nō Te Aroha ahau

E mahi ana au hei kaiako

Ki Kristin kura

Nō reira, tēnā koutou katoa

3 of 59

This session will focus on:

  • Encouraging learners to see maths beyond a series of numbers

  • Using digital tools to engage learners in authentic maths tasks

  • Harnessing the creative power of digital tools, including generative AI, to create maximise productivity and workflows

https://rebrand.ly/AMA8June

4 of 59

From: Common Practice Model (2023)

…use technology to support ākonga to communicate maths and make meaning using multiple representations to compare, contrast, and critique.

https://rebrand.ly/AMA8June

5 of 59

Who are we?

What age students do you work with?

Drop it in the chat.

6 of 59

What do you notice?

What do you wonder?

What maths can you see?

💡Personalise images using a generative AI tool.

💡Poe makes great colouring page images

7 of 59

Still relevant today…. Pedagogy has to be first…

8 of 59

Change is simple but it’s not always easy. Mel Robins (The 5 Second Rule)

9 of 59

How will you know if your students are engaged?

10 of 59

11 of 59

A great rubric from youcube.org to think about our maths programmes.

12 of 59

Niess, Sadri, and Lee (2007)

Bringing in the technology…

13 of 59

SAMR - What is the added value of the technology?

Dr. Ruben Puentedura

14 of 59

15 of 59

Things to think about….

16 of 59

17 of 59

18 of 59

What will they learn and how will they do that?

19 of 59

AI created the icons.

(Ideogram)

Bard wrote the fraction inquiry question

Split Screen Teaching

20 of 59

Start with what tools you already use or your students are familiar with.

21 of 59

22 of 59

Google Slides don’t have to be landscape.

File > Page setup > Custom > 21 x 29.7 cm = A4

You might add the problem, learners might add it themselves.

Use the paint format tool to highlight key words.

Use Mote to add recording options.

Scaffold thinking…

23 of 59

Add audio to help younger students.

Not all maths is adding 😃

Mote chrome extension

24 of 59

Use images from current news.

Adapt for whatever the focus is for your students.

Challenge students to create their own puzzles.

25 of 59

Use format options in Slides to play just parts of the video.

Chunk the video on different slides.

What do students need to do to solve the problem?

Encourage them to break the process into steps.

26 of 59

Developing Student Agency & Choice

27 of 59

Games + Mathigon + book + buddy = great maths conversations

28 of 59

29 of 59

Google Sheets

  • use local data the students collect
  • create their own charts and graphs from the data
  • personalise outcomes
  • work collaboratively
  • automatically saves
  • begin to develop sheet/excel skills
  • Pixel art self assessing activities

30 of 59

You choose - x or +

31 of 59

Conditional formatting can allow instant feedback.

Students can create their own and share.

32 of 59

33 of 59

Google Drawings can be combined with conditional formatting

34 of 59

Use conditional formatting for instant feedback.

Untick grid lines for an endless working area.

Use Google Drawings to show visualisation.

35 of 59

Google Sheets version

Numbers version

Use formulas to reveal the next question when they get the first one correct.

36 of 59

Vocabulary

37 of 59

38 of 59

39 of 59

Mathigon

Many different ways for learners to show their explorations visually. Share and discuss with others.

Learners can also explore and create new prompts.

40 of 59

41 of 59

Share with your colleagues.

42 of 59

Desmos

43 of 59

Great for discussions then take it to a creative task….

… create their own

  • Keynote/PowerPoint
  • Canva
  • Spark Post
  • AutoDraw
  • Paint 3D (Microsoft)
  • Draw/create on paper

44 of 59

45 of 59

Computational thinking: abstraction, decomposition

Designing and Developing Digital Outcomes:

Patterning:

Create a repeating pattern

  • Create, describe and continue a single-attribute repeating pattern.
  • Identify and describe the composite pattern.
  • Create an original composite pattern with a unit of repeat of more than 6 elements (3 and 2) but no more than 12 (3 and 4).
  • Describe and explain the rule for the pattern in the composite pattern.

Fractions

NA2-1: Use simple additive strategies with whole numbers and fractions.

  • Create a tune using the fraction ½ and ⅓
  • Create a tune where 3/4 of the bars are red

46 of 59

Getting started with Groove Pizza.

Add your own topping and experiment with shapes, fractions and angles.

47 of 59

48 of 59

49 of 59

50 of 59

Then we used AI to animate our avatars

51 of 59

52 of 59

Free and Paid

40+ tools

Generates lesson plans, rubrics, choice boards, YouTube questions…

Five a month free or subscribe for more

53 of 59

Free for educators

AI + lessons

> Projects

54 of 59

Edpuzzle

What are the steps needed to solve the problems along the way in this edpuzzle task.

Can you identify any patterns?

What algorithm could you create to find the perimeter of a shape?

Khan Academy maths channel

Google Classroom - video questions

55 of 59

Create your own with students

56 of 59

Play, experience then create

their own puzzles.

57 of 59

Basic Facts

58 of 59

59 of 59

Change is simple, it’s not always easy…