Build Faster Math, Stronger Focus & Confident Learners

Five is the earliest we start, through a game-based programme, and eight is still a good age to begin the Foundation level. What matters more than age is whether a child can sit through a focused session. We check that for free before any enrolment.

Children first learn to calculate by moving beads. With practice they picture the bead frame in their mind and move it there instead, so addition, subtraction and multiplication happen mentally, without paper or a calculator.

The Soroban is the Japanese abacus, with one bead above the bar and four below on each rod. It is the standard tool for mental arithmetic training worldwide, and the one our curriculum uses at every level.

A maximum of twelve. Abacus is a hands-on skill, and a teacher needs to see exactly where each child's bead technique breaks down. Above twelve, that correction becomes generic, so we open a second batch instead of raising the cap.

Most parents notice a change in focus and homework speed within two terms. Mental calculation without the physical frame typically follows by the second year, depending on attendance and practice at home.

For most children aged 5 to 14 it builds concentration, memory, visualisation and confidence with numbers, alongside faster calculation. The free assessment is the honest way to tell whether it suits your child right now.

The full structured programme runs across several age-wise levels and usually takes two to four years, with one to two classes a week. Many families stay for the levels most relevant to their child rather than completing every one.

Thirty minutes, one to one with a teacher. We check number sense, concentration span and comfort with the soroban, then tell you honestly which level your child should start at, with no obligation to enrol.

Bead technique has to be corrected child by child, in the moment. In a small batch the teacher can watch every pair of hands and step in early; in a large one, mistakes settle in before anyone notices. That is why we cap batches at twelve.

Faster, more accurate calculation frees up attention for the harder parts of a problem. Children also carry over stronger concentration, working memory and a calmer approach to numbers, which shows up across arithmetic, word problems and timed tests.