• Number sense;
  • The ability to explain their mathematical thinking orally and in writing (including using pictures and mathematical symbols);
  • To develop problem solving and reasoning skills that will benefit them in future learning;
  • A belief that anyone can achieve in maths;
  • To know key number facts by heart;
  • To choose efficient calculation methods;
  • To appreciate how maths is used and useful outside of school/education.


Bell Lane is currently working towards developing ‘Teaching for mastery’ in our maths curriculum. Teaching maths for mastery is a transformational approach which stems from research into high performing Asian nations such as Singapore. An important feature of teaching for mastery is that the whole class works on the same topics at broadly the same pace, with lots of time and practice in each topic before moving on. An idea is carefully introduced and formed, then reinforced by lots of practice over a series of lessons. This enables children to develop a deep and long-lasting understanding of the concepts being taught.

Maths teaching in the Early Years (Nursery and Reception) involves providing children with opportunities to develop and improve their skills in counting, understanding and using numbers; calculating simple addition and subtraction problems; and describing shapes, space, and measures. Children will develop their understanding through planned, purposeful play and through a mix of adult-led and child-initiated activity.

Lessons in Years 1 to 5 are taught using the ‘Maths- No Problem!’ scheme of work. Bell Lane decided to introduce the ‘Maths – No Problem!’ scheme in stages to ensure children are able to access the learning using this approach.

Why did we choose the ‘Maths – No Problem!’ scheme?

  • The scheme is based on research and evidence and endorsed by the Department for Education, Ofsted and the NCETM (National Centre for Excellence in Teaching Mathematics).
  • It builds students’ mathematical fluency, reasoning and develops their ability to solve problems - the key aims of the maths curriculum.
  • The scheme teaches pupils to understand maths in stages, often beginning with concrete objects (such as counters, Base 10 and number disks), then moving to pictorial representations (representing problems using pictures), and finally working in the abstract (where children represent problems using mathematical notation, such as 12 ÷ 4 = 3). Through this process, children learn numerous strategies to work with numbers and build understanding and confidence in maths.
  • The scheme encourages pupils learn to think mathematically, as opposed to reciting formulas/’tricks’ they don’t understand.

 What would you see in a ‘Maths – No Problem!’ lesson?

Each lesson is divided into distinct parts: an anchor task, guided practice and independent practice. During the anchor task, children work in groups on a problem from the textbook. During guided practice, children work through further questions from the textbook with a partner but under the guidance of the teacher, to practise an idea that has been developed in the anchor task. The final section of the lesson is independent practice, where the children work in their own workbook to apply the ideas taught that lesson.

Within a mastery curriculum, the differing abilities of the children within our school will be catered for through the questioning and scaffolding individual pupils receive in class as they work through problems. Children who grasp ideas quickly and confidently will be challenged through more demanding problems which deepen their knowledge of the content. Where children are struggling, they will receive intervention to support them to keep pace with their peers.

For more information, please feel free to talk to the staff in school or visit the ‘Maths - No Problem!’ website, which includes a range of information and videos about the ideas behind the scheme’s approach. Two useful links to the website are:

We teach Maths using the Maths No Problem scheme, an approach to teaching maths developed in Singapore. Problem solving, fluency and relational understanding are at the heart of the scheme. It uses the Concrete Pictorial Abstract (CPA) approach and allows pupils to spend enough time to fully explore a topic, reinforcing it with practice, before moving onto the next one. All ideas are built on previous knowledge and pupils have ample opportunity to develop relationships between topics.

Lessons typically are broken into four parts:

  1. Anchor Task - the entire class spends time on a question guided by the teacher. The children are encouraged during this time to think of as many ways as possible to solve the question as possible.
  2. New Learning - the teacher introduces and explains the new learning for the lesson.
  3. Guided Practice - children practice new learning in groups, pairs or individually guided by the teacher.
  4. Independent Practice - practice on your own. Once children have mastered the concept they use their reasoning and problem-solving skills to develop their depth of learning.

Key points:

  • A highly effective approach to teaching maths based on research and evidence
  • Builds students’ mathematical fluency without the need for rote learning
  • Introduces new concepts using Bruner’s Concrete Pictorial Abstract (CPA) approach
  • Pupils learn to think mathematically as opposed to reciting formulas they don’t understand
  • Teaches mental strategies to solve problems such as drawing a bar model


teaching for mastery






Have a look at the programmes of study for each year group;

Year One:- Math's No Problem

Year Two:- Math's No Problem

Year Three:- Math's No Problem

Year Four:- Math's No Problem

Year Five:- Math's No Problem

Year Six:- Math's No Problem