📅 Last Reviewed: July 2026 · ✍️ By: PSLE Hero Editorial Team
Every parent wants to know: "What exactly will my child learn this year in maths?" The official MOE Primary Mathematics syllabus provides the answer. This guide breaks down the syllabus level by level, explains how it connects to the Singapore Math method, and gives you practical ways to support your child at every stage from Primary 1 to Primary 6.
The Primary Mathematics Syllabus is the official curriculum document published by Singapore's Ministry of Education (MOE). It defines the mathematical content, skills, and learning outcomes that students are expected to achieve at each primary level. All Singapore primary schools — government, government-aided, and independent — follow this syllabus.
The syllabus is built around five interconnected components, known as the Pentagon Framework: Concepts, Skills, Processes, Metacognition, and Attitudes. At the centre is Mathematical Problem Solving. Every topic in every level serves this central goal — students do not just learn procedures; they learn how to think mathematically.
The content is organised into three strands:
These strands are not taught in isolation. The syllabus uses a spiral approach: topics are introduced at a foundational level, revisited later with greater depth, and connected across strands as students progress.
📖 First time encountering the syllabus? Start with the Singapore Math parent guide for a broader overview of the method and how the syllabus connects to the CPA approach and heuristics.
The 2021 Primary Mathematics syllabus was introduced progressively, one year level at a time. This means that between 2021 and 2025, some year groups followed the 2021 syllabus while others remained on the 2013 syllabus. As of 2026, all Primary 1 to Primary 6 students are on the 2021 syllabus.
This phased rollout means that a student entering Primary 1 in 2025, for example, experienced the 2021 syllabus from day one. A student entering Primary 6 in 2025 was still on the 2013 syllabus for their final year and transitioned to the 2021 syllabus only in 2026.
The following breakdown reflects the 2021 syllabus. Each level builds on the previous one. If your child is struggling with a new topic, it may help to check whether the underlying concept from an earlier year is fully secure.
The focus is on building number sense. Students learn to count, read, write, and compare numbers up to 100. They add and subtract within 100 and are introduced to the concepts of multiplication and division through hands-on activities. Simple measurement (length, time) and shape recognition are also introduced.
Students extend their number range to 1000 and begin using formal addition and subtraction algorithms. Multiplication tables for 2, 3, 4, 5, and 10 are drilled and applied. Fractions are introduced as equal parts of a whole. Measurement now includes mass, volume, and standard units.
The curriculum expands significantly. Students work with numbers up to 10000, learn all multiplication tables (6, 7, 8, 9), and are introduced to equivalent fractions. Geometry appears more formally with angles, perpendicular and parallel lines. Area and perimeter are introduced.
P4 is a broadening year. Decimals are introduced alongside fractions. Students learn factors, multiples, and the order of operations. Geometry includes quadrilaterals, symmetry, and tessellation. Pie charts and nets move down from P6 in the 2021 syllabus, making P4 more demanding than in previous years.
P5 is widely considered the most challenging year in the primary maths curriculum. Fraction operations become complex with mixed numbers and unlike denominators. Ratio and percentage are introduced and frequently combined with fractions in multi-step word problems. Volume of cuboids and geometry (triangles, angles in figures) require abstract spatial reasoning.
P6 consolidates all primary content and introduces formal algebra. Speed, circles, and solid figures are covered. The year is heavily focused on PSLE preparation: multi-step problems that combine fractions, percentages, and ratios in a single question are the norm in Paper 2. In the 2021 syllabus, average and ratio moved from P5 to P6, slightly redistributing the workload.
The syllabus tells teachers what to teach. The Singapore Math method — the Concrete-Pictorial-Abstract (CPA) approach, bar modelling, and heuristics — tells them how to teach it. They work together as two sides of the same coin.
For example, the syllabus states that P4 students must "add and subtract unlike fractions." The Singapore Math method teaches this by having students:
This is why the same syllabus produces such different classroom experiences in Singapore compared to many other countries. The method transforms the what into a how that builds deep understanding.
→ For more on the method: Singapore Math: A Complete Parent Guide and The Singapore Math Bar Model: How It Works
The 2021 syllabus introduced several meaningful changes. If you are helping an older sibling who followed the 2013 syllabus, be aware that some topics have moved or been removed:
| Change | Detail | Level |
|---|---|---|
| Removed from primary | Speed (moved to Secondary 1) | P6 → Sec 1 |
| Removed from primary | Turns and 8-point compass | P4 removed |
| Moved earlier | Time: 12-hour and 24-hour clock | P4 → P3 |
| Moved earlier | Telling time to 5 minutes | P2 → P1 |
| Moved earlier | Pie charts and nets | P6 → P4 |
| Moved later | Average and ratio | P5 → P6 |
Why this matters: If your child is using resources (assessment books, worksheets, online practice) published before 2021, some topics may be missing or placed at the wrong level. Always check that the resource aligns with the 2021 syllabus specifically. For P6, note that average and ratio now appear at P6 — if your older child studied them in P5, the younger one will encounter them a year later.
The syllabus is demanding, but parents do not need to be maths experts to help. These practical tips align with what schools expect and what research shows works best.
Quick habit builder: Ask your child one syllabus-related question each day: "What did you learn in maths today that you didn't know yesterday?" If the answer is vague or they struggle to recall, a few minutes of revision on the current topic can prevent gaps from compounding.
The full syllabus document is published by MOE and available to the public. Parents and tutors can download the complete P1–P6 syllabus PDF for the official content listings, learning outcomes, and teaching guidelines:
Individual schools also provide subject briefings (typically at the start of each year) that explain how the syllabus is implemented at that school. These are often posted on the school website under "Parents" or "Curriculum."
The Singapore Primary Math app offers focused practice sessions for every primary level, with questions aligned to the 2021 MOE syllabus content and difficulty. A useful companion for building confidence at every stage, from P1 right through to PSLE.
Try Singapore Primary Math on AndroidNo. MOE sets the syllabus content and outcomes, but individual schools choose their own textbooks and resources. Most schools use the "My Pals Are Here!" or "Shaping Maths" textbook series, which are approved by MOE and aligned to the syllabus. Some schools use school-based worksheets and digital platforms instead of or alongside textbooks.
The PSLE Mathematics paper is designed by the Singapore Examinations and Assessment Board (SEAB) based on the syllabus. All questions are drawn from the content specified for each level. No topic outside the syllabus appears in the PSLE. The PSLE tests both procedural fluency (Paper 1) and higher-order problem-solving (Paper 2), reflecting the syllabus's dual emphasis on skills and processes.
P3 is often where students first encounter difficulty because of three factors: the introduction of multiplication tables 6–9, equivalent fractions, and formal geometry (angles, perpendicular/parallel lines). Students who have not fully memorised their tables from P2 may struggle. Fifteen minutes of daily table practice in P3 Term 1 can prevent this.
Foundation Mathematics is a different paper within the PSLE — it covers the same syllabus topics but at a lower difficulty level and excludes some of the more advanced content (e.g., algebra, speed, circles). The syllabus document is the same; the Foundation version indicates a subset of content and a different examination paper. Students are offered Foundation Mathematics at the recommendation of their school.
The official syllabus PDF covers all levels P1–P6 in a single document. Section 5 of the PDF breaks down content by level. Each school also publishes a "Mathematics Department Handbook" or "Subject Briefing" slides at the start of the year, which outline the specific topics, term-by-term sequence, and assessment schedule for that level.
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