Monday, 24 September 2018

Oracy in Maths

I looked at how to develop oracy strategies in Maths after some feedback from a colleague after a peer observation. I always thought that letting students discuss their work and careful questioning was enough oracy in my class, so I began to think how I could provide more opportunities for discussion. I tried a couple of things, like putting a question up on the board and asking them to think, pair, share their ideas on how to start the problem. This was a simple way to introduce opportunities for talking and worked relatively well. I got a bit stuck as to what else I could do, but then I went on a course specifically on oracy in Maths and Science by Voice 21 and now have several more tried and tested strategies that I have used in my classroom. Here are some of my favourites:

1. Discussion Points

Before starting a topic, make a statement for the students to decide whether they agree. If you carefully design the statement it can cause disagreements and bring out misconceptions. You must go round and listen to what the groups are saying during their discussion time. Assign groups and roles if you wish, my favourite role is a silent summariser who sits and listens to the discussion making notes and then feeds back to the class what their group thought. You can then go on to teach and practice a skill before coming back to the discussion point as a plenary to see whether they have changed their mind.

EXAMPLE: An example might be “angles in any polygon add to 360” which I would ask at the beginning of the lesson, give students no more than 5 minutes to discuss and get general feedback with a vote of who agrees before any teaching. I would then teach angle sums in polygons, investigate and generalise a formula which the students then practice. I would then come back to the discussion point at the end of the lesson to conclude the learning as a plenary.

2. Cartoon Concepts

Similar to discussion points, you can have a question or statement in the middle with several different opinions around the outside (including misconceptions). The students can then identify which opinions they disagree with quite easily. It is more difficult for them to pick out and justify who they agree with the most. You can provide a grid to help structure their discussion and help them develop their arguments by collecting evidence.

EXAMPLE: This is an example of a concept cartoon I created to introduce order of operations. The table was used to help guide and focus the students discussion and help them structure their feedback to the class. I gave one table per group and whoever had the table was the ‘silent summariser’ who made notes on the group discussion but was not allowed to contribute. The silent summariser was then the only student in the group allowed to feed back at the end.




3. Grouping Statements or Questions

Give students statements in groups to organise into three piles: always true, sometimes true and never true. This promotes discussion and encourages students to challenge each other’s thinking. Giving a range of different questions and asking them to group them without giving categories promotes discussion of what is similar and what is different, sometimes different groups will categorise them differently. Also asking students to rank statements or questions based on importance, difficulty, how many marks they think it is out of. Alternatively asking which is the odd one out, using questions, diagrams or graphs - https://nonexamples.com/ contains some examples of spotting the odd one out.

4. Non-questions

If you give students a diagram and ask them “what could the question be?” first, the students list as many different questions as they can based on the diagram ranging from obvious up to extremely challenging maybe even impossible questions. I'm always amazed by some of the questions the students ask, often asking some you would never have thought of yourself. Working in groups they can then explore whether their questions can be answered. If their question is impossible (or they don't yet have the knowledge or skills to answer it), they can explore what else they would need to know to be able to answer it. They can then feedback one of their questions (and potentially their answer to that question) to the rest of the class. There are lots of freely available resources, such as http://goalfreeproblems.blogspot.com/ the home of Goal Free Problems but any question can be adapted to be open ended for discussion by removing the question (usually the final line in an exam question) and instead writing “what other information can you tell me?”. I’ve done this as homework, where students have time in lesson to discuss the problem and make some notes. Then they independently write up on no more than one side of A4 what their group discussed and what conclusions they came to – this ensured everyone was part of the discussion and they had to listen to each other.

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