Need a quick and easy intervention to support student to learn tables - This booklet is designed to support a student to develop recall of tables through a focused daily minute of recall. The booklet has a pre and post assessment as well as record space to track daily progress. Some students need to use a structured approach to get number facts into their long-term memory – they do not seem to keep them there just by regular use in maths lessons. This booklet can be used to support this process. On each page is a grid with items to prompt the student to say a tables fact. Each day they should count how many oral responses they can give in a minute – and record that on the sheet. The aim is to be able to recall a few more each day. The precision teaching approach works best if the student can do an activity using the content of the page they are currently working on for a few minutes ( 5 to 10) before they do the one-minute timed activity. There are lots of interactive maths sites online e.g. Topmarks: teaching resources, interactive resources, worksheets, homework, exam and revision help – and this is a great way to give student this opportunity in a way that they can do independently. At the end of the booklet is a tables square for reference and some ideas for extension activities.

Need a quick and easy intervention to support student to learn key maths facts - This booklet is designed to support a student to develop recall of key number knowledge needed at primary school using a precision teaching approach. It starts with basic understanding of number values and digits. It includes number bonds, times tables, halving and doubling, working with numbers to 100 and multiplying and dividing by 10. It includes a page to record progress. Maths makes heavy demands on student working memory – so it really helps to have a bank of facts committed to long term memory. Some students need to use a structured approach to get number facts into their long term memory – they do not seem to keep them there just by regular use in maths lessons. This booklet can be used to support this process. On each page is a grid with items to prompt the student to say a maths fact – e.g. to read the digit, say the other number in a number bond, give a tables fact or say what 10 times the number would be. Each day they should count how many oral responses they can give in a minute – and record that on the sheet. The aim is to be able to recall a few more each day. It was designed with Year 5 and 6 pupils in mind – but the booklet would equally work well for a teaching assistant supporting younger students to do selected pages to help them memorise the key facts that proving a barrier for them at any stage. The precision teaching approach works best if the student can do an activity using the content of the page they are currently working on for a few minutes ( 5 to 10) before they do the one-minute timed activity. There are lots of interactive maths sites online e.g. Topmarks – and this is a great way to give student this opportunity in a way that they can do independently.

Schools often carry out practice tests with Year 6 students and the children needing adapted provision as a result of special educational needs often cannot access the same booklets as their peers. These covers can be put on the front of booklets of work these students are using at the same time as their peers to help them feel included. Each cover also includes a self-assessment box for students to share how they felt doing the activity. They can also be put on a range of work across the school year to help those students who feel anxious about tests to normalise the presentation and help them to feel more confident tackling tasks presented with this kind of cover. There are covers for a range of English and Maths activities. Science and Humanities covers have also been included in case these might be helpful for end of unit assessments. I like things to look consistent!

This set of cards can be used to review mathematical learning with a student. Each card has a task that will provide an opportunity focus discussion on one mathematical concept. The cards have been made with a range of starting points to be appropriate for students with a range of mathematical knowledge. Rainbow Routes are designed to be displayed at a series of locations within or beyond the classroom. The student then travels from one card to the next and engages with the activity. They are particularly useful for students who find the classroom environment challenging and need a structured approach to being out of class for a period of time. This route allows the focus to be on reviewing some core learning whilst also giving the student time out of an overwhelming environment to process things or reset. However, the cards could also be out into a display book and used in one location whether that is in class or beyond. These kinds of activities can be very appropriate for neurologically atypical students for example with ASD or ADHD or students suffering from anxiety.