# Key Stage 2 SATs results 2016 explained: 15 insights that will change how you teach Year 6 Maths in 2017

**Use these 15 key insights from the Key Stage 2 SATs Results 2016 question level analysis to help your Year 6 Maths SATs preparation and KS2 revision in 2017.**

**Note to reader - **before you read our blog on 2016 SATs, check out our further reading for SATs 2017:

- Review of SATs 2017 - the good, the bad and the even better if!
- 2017 SATs preparation roundup: 13 best free Maths KS2 SATs papers, resources and assessments
- The bluffer's guide to 2017 Maths SATs: 15 lessons learnt
- KS2 SATs Results 2017: What they mean, what they'll never tell you, and what to do next
- Key Stage 2 SATs results 2016 explained: 15 insights that will change how you teach Year 6 Maths in 2017

The 2016 QLA, out of all the RAISEonline data published towards the end of last term, is one we should all really be studying in-depth as it's the first to report on the new national curriculum assessments. However, if you’re like most teachers, Maths coordinators and SLT, an evening spent poring over the detail is probably not at the top of your to-do list right now.

So we’ve done it for you, and what we’ve learnt may surprise you.

#### Background to the RAISEonline QLA

2016 RAISEonline outlines the questions in the 2016 SATs which were answered well, the ones which were answered poorly and the ones which weren’t even attempted by some of the nation’s 10 and 11 year olds. The document also breaks this information down into some basic groups such as boys, girls, children with special educational needs and children eligible for free school meals. It's a resource with great potential but it needs some explanation to help truly make sense of the 2016 KS2 SATs results.

#### Insights from the KS2 SATs Reasoning Tests results

Let’s start with the two reasoning tests; they account for 70 out of 110 marks. Both papers contain questions relating to Key Stage 2 curriculum objectives, ranging from content from the Year 3 curriculum to objectives taught mainly in Year 6.

##### Insight 1: Only 13 questions on each paper were based on Year 6 content so don’t lose sight of your practice of previous years’ work too

The majority of these questions were found in the second half of the test (although it is worth noting that the questions are not strictly sequenced in order of year group content and therefore it is not necessarily the case that each question is more difficult than its predecessor).

The interesting bit comes from looking at how pupils perform ‘on average’. The data shows that twelve questions (split between the two tests) were answered incorrectly by more than 50% of children. This is despite the fact that over 90% of children had attempted these ‘difficult’ twelve questions so a large proportion had a go but didn’t succeed.

By cross-referencing the QLA data with the breakdown of content domain coverage for each question (found in the mark scheme), as well as with the test framework document (which gives more information on each content domain strand and sub-strands) some patterns begin to emerge:

##### Free Download:

#### KS2 SATs Catch-up and Revision Guide: 17 teacher-tested strategies to help your pupils ace their SATs

##### Insight 2: Problem solving is a key issue to address in preparing for the tests

Four of the twelve most poorly answered questions in last year’s Maths tests mention the words ‘solve problems’ from these sub-strands (Paper 2 Q18, Paper 2 Q19, Paper 3 Q20, Paper 3 Q21). Problem solving has been high on the agenda since the curriculum was introduced but it is worth remembering that children taking last year’s tests had not been taught the new curriculum for the entirety of Key Stage 2, let alone during their whole time at school.

Of the ‘solve problems’ questions that were answered poorly three of them were at year 6 level, the other at year 5 level. The tests contained six other ‘solve problems’ questions only one of which was year 6 level – between 50 and 70% of children got those questions correct – this could be considered as fairly low given that most of the questions were not pitched at a year 6 level.

So it would seem that ‘problem solving’ is a key issue to address this year in readiness for the tests. If you’re on the hunt for problem solving strategies, download our Maths SATS revision pack for a free lesson’s worth of ideas and strategies to help Key Stage 2 pupils succeed in their Maths revision and recall.

##### Insight 3: The four most poorly answered problem solving questions require a child to be able to manipulate several key mathematical facts and strategies at a time

For example, question 18 from Paper 2 requires a child to be able to half numbers, use the inverse operation, work with decimals and have a secure understanding of place value – it’s the sort of question that to a child looks almost impossible to answer! We definitely need to work on children's fluency here

##### Insight 4: Another of the problem solving questions required children to give a written explanation, in other words to reason in writing

How confident are you pupils at doing this? They’ll need practice for this year! In some of the most difficult questions, the curriculum’s three main aims are central – the tests appear to be designed carefully to assess these skills.

##### Insight 5: Children must have the ability to read and understand written questions in order to be able to answer them

Two of the ‘problem solving’ questions are incredibly wordy. It has been said that over the years the tests have gradually relied less and less on vocabulary-heavy questions, but it is inevitable that some questions remain where reading skills are vital, such as perhaps the two most wordy questions in the test (Paper 2 Q19 & Paper 3 Q20).

Some of the other most poorly answered questions are also quite text-heavy (Paper 2 Q20 & Paper 3 Q9). As much as anything your children need resilience to keep on with these wordy questions.

##### Insight 6: We should ensure that children are confident in using measures fluently across the curriculum, and also introduce more context to Maths problems

The same two ‘problem solving questions’ (Paper 2 Q19 & Paper 3 Q20) were both multistep problems involving money (as well as fractions, proportions and mass – that fluency again). Two of the other most incorrectly answered questions (Paper 2 Q15 & Paper 3 Q9) involve time and temperature. The connection? All real-life applications of Maths, all from the measurement domain. Could it be, for whatever reason (perhaps the preparation for the context-devoid Arithmetic test?), that teachers placed less emphasis on those day-to-day uses of Maths?

And there are more questions that were answered poorly that fall under the measurements banner: one example is Question 17 on Paper 3 asks the children to find areas of triangles using the squares on the grid – what is really quite a simple question became a stumbling block for many. In the past there have been many questions requiring children to find area using the squares but this is the first time (that I can recall) that it has been triangles.

##### Insight 7: Triangles and polygons came up a lot and stumped a lot of pupils

Traditionally teachers have spent less time on geometry in Year 6 but the message from last year’s test results is that we need to focus on it more. Four of the most poorly answered questions involve triangles and other polygons: Question 20 on Paper 2 involves some tricky coordinates work, Question 17 on Paper 2 requires children to find missing angles in a slightly complicated diagram and Question 18 on Paper 3 also relates to angles and shapes.

##### Insight 8: Multi-step mental Maths problems are perplexing to many children

We must find new and innovative ways to visually present Maths to our pupils so they are prepared for these (and for real life!). I’m always in awe at the new ways the test writers find to present questions. Question 4 on Paper 3 (a year 6 level question but parked right up at the front of the test) perplexed many children last year. It required four (individually simple) mathematical steps to be taken mentally and my guess is that most incorrect answers were because not all of the four steps were taken.

It’s actually not dissimilar to the sort of Maths puzzle that go viral on the internet. We can’t expect to show pupils everything but by exposing them to a greater variety of question types we will encourage their ability to apply all different skills and strategies.

##### Insight 9: Numbers up to 10 million is clearly stated in the curriculum and it was in the test

The last of our twelve questions (Paper 3 Q19), another centred on secure place value knowledge and multiplication, is worth a mention for the fact that it involves large numbers, more specifically: a million. Do ensure that in everything you do children are given opportunities to work with numbers of this size.

##### Insight 10: Pupils need stamina and practice to do their best in these assessments

75% of the most poorly-answered questions (the ones we’ve focused on here) were the last 4 or 5 questions of each test. These last questions were mostly the ones that tested Year 6 level objectives so they were bound to be more difficult. However it is also highly possible that despite the level of difficulty these questions were poorly answered simply because they were at the end of the test. The final message from the analysis of these questions is that children need to work quickly and efficiently enough to reach the end of the test with enough time and energy to answer the last questions accurately. This is where training children in test skills comes into play, rather than just Mathematical skills.

#### Insights from the KS2 SATs Arithmetic Test results

With only one Arithmetic paper worth 40 marks, it's a more straightforward picture. There are actually only 4 questions that were answered incorrectly by more than 50% of children. There are a further 7 questions that were answered incorrectly by between 30% and 50% of children which we will also analyse. Encouragingly this means that 25 of the questions were answered correctly by 70-or-more percent of the nation’s year 6 children.

##### Insight 11: Multi-step questions using fractions and decimals are tripping children up, even where they've mastered the more simple fractions questions

Unsurprisingly the biggest group of questions that were answered incorrectly all involved the use of fractions or decimals.7 out of our 11 questions to be precise. Because the arithmetic test deals with calculations, all of these fractions/decimals questions involve either addition, subtraction, division or multiplication and whilst some simple questions involving calculations with fractions were answered well (e.g. Q24) it is clear that in preparation for this year’s tests much work must be done on calculating with fractions and decimals, particularly where the questions involve more than one step.

##### Insight 12: We need to give pupils practice dividing by higher two digit numbers

Questions 28 and 32 (both towards the end of the test) are questions involving the division of numbers of up to 4 digits by a two digit whole number, neither of which produced a remainder. The two digit numbers in question were 29 and 43 – a key message here is that when setting practice questions teachers must not stick to low two digit numbers.

##### Insight 13: The order of operations is still a struggle for some children to remember

The last question on the test required the children to have good knowledge of the order of operations in order to carry out a calculation involving subtraction and division (60 – 42 ÷ 6 =). 45% of children got this question wrong highlighting this as an area for increased practice during the next few months.

##### Insight 14: Fluency is key and should be developed through a variety of question styles

Question 29 required the children to find 15% of 440 but many children were clearly caught off-guard by the presentation of the question: 15% × 440 =. This way of asking the percentage (which had not been seen on the sample material) tested the children’s fluency skills and unfortunately many did not feel confident enough to be able to answer this question correctly.

##### Insight 15: Stamina - again

Even by the end of the Arithmetic test, children appear less likely to answer a question, and have even less chance of getting it correct. It's definitely worth some practice tests, just so they know how to pace themselves and what to expect.

#### Conclusion

So now it's over to you. I hope you've got a few nuggets here from this first year of the new assessments to take back to your class for your SATs preparation, but, as always, let's not let it be the be all and end of all of our Year 6 pupils' experience. As I hope these insights show - and you will know from your own experience - confidence, fluency, stamina and practice are as important as the core facts, and there are many ways we can help our pupils achieve this. As always - preparation is key!

If you feel your next cohort may benefit from specific, targeted, 1-to-1 tuition in the earlier stages of the year, or that diagnosis of learning gaps and misconceptions should be rooted out from the start, so as to avoid playing catch-up at the end of the year, Third Space Learning's Year 6 Maths SATs foundation programme might be for your pupils.

Regardless, here's to a successful and stress-free Key Stage SATs experience in 2017. The second time around is always easier!

#### Related free resources and blog posts:

Year 6 Revision Lesson: How to prepare for KS2 Maths SATs

Set of 3 free practice KS2 Maths SATs tests

Year 6 Maths Catch-up and Revision Guide for KS2 SATs

What you can learn from preparing 10,000 Year 6 pupils for KS2 Sats

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