At Primary 1 the syllabus covers the concepts of multiplication and division, the × symbol, multiplying within 40 and dividing within 20. Times tables as such come at Primary 2.
What multiplication and division actually asks of a Primary 1 student
Parents often assume Primary 1 means times tables. It does not. The syllabus asks for the concepts — multiplication as equal groups, division as sharing or grouping — with multiplying kept within 40 and dividing within 20.
That ordering is deliberate and worth respecting. A child who is drilled on tables before understanding what multiplication represents will recite 6 × 4 = 24 fluently and then be unable to tell you whether a word problem needs multiplication or division.
What the syllabus covers
Under the MOE primary mathematics syllabus, multiplication and division at Primary 1 covers:
- concepts of multiplication and division
- use of ×
- multiplying within 40
- dividing within 20
Where the marks actually go
The recurring error is choosing the wrong operation in a word problem. Children who have only met multiplication as a symbol between two numbers have nothing to reason with when a question describes four bags with five sweets in each.
Division is understood in two different ways — sharing between a number of people, and grouping into portions of a fixed size — and questions use both. A child who has only met one reading will stall on the other.
Some children lose marks simply by not knowing that the answer to a division question can be checked by multiplying. That check costs seconds and catches most slips.
How to practise this properly
Use objects and arrangements before symbols. Four rows of five is a picture a child can reason about; 4 × 5 is a fact they can only recall or fail to recall.
Alternate between the two meanings of division deliberately: “share twelve between three” and “how many threes in twelve”. Same calculation, different question, and children need both.
Practise writing the matching multiplication for each division, and vice versa. The same reversibility habit from addition and subtraction applies here, and it pays off for years.
What this leads to
Primary 2 introduces the tables of 2, 3, 4, 5 and 10 and the ÷ symbol formally. Those are much easier to learn when the underlying idea is already secure, which is the whole point of keeping Primary 1 conceptual.
Topics in primary mathematics are cumulative, which is the argument for treating the six years as a single programme rather than a series of annual courses. Our MOE-aligned curriculum does exactly that, from Primary 1 to Primary 6, so nothing has to be guessed about what a child was or was not taught before they arrived.
What lessons at Odyssey are actually like
A student on how the lessons work in practice. The clip is from our secondary classes, but the way concepts are explained is the same at every level. More are on Odyssey Math TV.
Getting help with this topic
We teach Primary 1 maths in small classes at Hexacube, 160 Changi Road #01-02, about three minutes from Eunos MRT. You can see our class schedules and fees, read about our math tutors, or look through the primary school math tuition programme as a whole. If your child is in a nearby school, our primary school directory may be useful too.
If this topic is the one causing trouble at home, a free trial class is the quickest way to find out why. An hour with a tutor who has taught the whole primary syllabus usually locates the cause faster than weeks of extra worksheets. No obligation either way — book a trial or WhatsApp +65 8512 6882.
What we describe here comes from teaching this syllabus in our own classes since 2012. It is not a forecast for any individual child: progress is produced jointly, by a student willing to do the work with support at home. We do not promise grades. Topics follow the MOE primary mathematics syllabus — check the current syllabus on the MOE website for the definitive version, and see our curriculum page for how we teach it.
Frequently asked questions
Should my child learn times tables in Primary 1?
The syllabus does not require them until Primary 2. Informal familiarity through counting in twos, fives and tens is helpful; formal drilling before the concept is understood tends to produce recall without reasoning.
Why does the syllabus limit multiplying to within 40?
It keeps the numbers small enough that a child can still verify an answer by counting or drawing. That verification is what builds confidence in the concept.
My child confuses multiplication and division in word problems. What helps?
Ask what is known and what is missing before touching numbers. If the size of each group is known and the total is not, it is multiplication; if the total is known and the group size or number of groups is missing, it is division.
Is the × symbol taught before ÷?
Yes. The × symbol is introduced at Primary 1 and ÷ at Primary 2, although the idea of division is met at Primary 1 through sharing and grouping.
