Dyscalculia

WHAT IS DYSCALCULIA?

Dyscalculia is a specific learning difficulty (SpLD) where the CYP has consistent difficulty understanding numbers. This can mean that the CYP has a difficulty with Maths and other subjects that rely on data such as Science and Psychology. Dyscalculia does not mean that the CYP lacks intelligence; in fact, the difficulty with numbers is shown by being markedly different to other areas of learning. Dyscalculia can affect anyone regardless of level of intelligence. 

 

SYMPTOMS OF DYSCALCULIA

A CYP with Dyscalculia may show:



§ Difficulty remembering number facts despite support

§ Show no strategies for overcoming the lack of recall

§ Difficulty counting backwards, estimating and having a sense of number

§ Difficulty in understanding place value

§ A lack of speed when answering calculations

§ Avoidance of mathematical tasks

§ Weak mental arithmetic 

§ Forgetfulness with mathematical operations

§ Inability to know if their answer is nearly right 'guestimation'

§ Anxiety

HOW IS DYSCALCULIA DIAGNOSED? 

If you suspect Dyscalculia, speak to the SENCo at school.  If the school sees symptoms, then a screener may be recommended. This will give an indication whether Dyscalculia is a possibility.  Most schools will use this to change the provision for the CYP and allow for progress, therefore a diagnosis isn't always useful as it will not change the support the CYP receives at school. If a diagnosis is important, then Dyscalculia can ONLY be diagnosed by a suitably qualified specialist teacher - they need to hold a postgraduate (Level 7) AMBDA accredited course or equivalent which leads to an Assessment Practising Certificate (APC).  

 

HOW CAN I FIND OUT MORE ABOUT DYSCALCULIA? 

Please see here and here for further information. 

 

HOW CAN I HELP IN SCHOOL? 

Please see below for ideas on how to help.


Understanding instructions 

Spatial awareness and navigational skills 

Value of money, giving change and paying for things 

Abstract concepts such as time 

Understanding sequences