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IP Maths Syllabus (Singapore): What It Covers + How to Verify (2026)
IP Maths Syllabus (Singapore): What It Covers + How to Verify (2026) 04 Feb 2026, 00:00 Z
Reviewed by
Marcus Pang · Managing Director (Maths)
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Q: Is there an official IP Maths syllabus in Singapore?A: There isn’t one national “IP Maths syllabus”. Each IP school designs its own Maths curriculum , so the practical move is to map your school’s scope to (1) the SEAB O-Level syllabus baseline and (2) your child’s eventual endpoint (A-Levels / IB / NUS High Diploma).TL;DR (for parents + students) IP Maths syllabi vary by school , but the high-level pattern is consistent: foundations are secured early, and reasoning/problem-solving shows up sooner.3-anchor method below (School curriculum page → SEAB syllabi → JC/IB endpoint) to build a reliable topic checklist for your child.Math 1/2 , Integrated Math , Advanced Math ), start with: IP Maths Names Explained (Singapore, 2026) Status: Sources checked 2026-02-04. Always verify against your school’s latest department page and the latest SEAB syllabi.
Quick links:
1 | Why there isn’t one national “IP Maths syllabus” MOE describes the Integrated Programme (IP) as a six-year pathway that
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Download the full PDF cheatsheet We keep the PDF version synced with this article so you can file it for revision alongside your notes.
bypasses the national Secondary 4 exam milestone
, which also gives schools more freedom to pace pre-university skills earlier (
).
That’s why “IP Maths syllabus” is best treated as:
Your school’s internal curriculum scope (what they teach + assess in Years 1–4).
Your child’s intended endpoint (A-Level / IB / NUS High Diploma) and the prerequisite habits required.
The national syllabus baselines your child will still intersect with:
O-Level Mathematics (4052) and Additional Mathematics (4049) topic expectations (
SEAB 4052 ,
SEAB 4049 ).
H2 Mathematics (9758) if the track culminates in A-Levels (
SEAB 9758 ).
2 | The 3-anchor method (fast + reliable) Use this method when you see a school exam paper label like “Math 2 WA2” or “Integrated Math 3” and you want to translate it into a concrete topic checklist.
Anchor What to collect Where to find it A. School curriculum page Year-by-year strands (e.g., Algebra & Functions, Geometry, Statistics; some schools surface Year 4 Calculus) School Maths department / academic programmes page (e.g., RGS Maths , DHS Maths Programme ) B. SEAB syllabi baseline Topic list + assessment objectives for O-Level Maths / A-Maths and/or H2 Maths SEAB syllabus PDFs (linked above) C. Endpoint requirement What your child must be able to do in Year 5–6 (H2 Maths / IB AA/AI) Your track’s syllabus guide + your school’s “Senior High” / “JC” notes
If a school page doesn’t list topics, don’t guess. Instead:
Use the chapter headings of the school’s issued textbook/workbook for that year.
Use the front page of WA papers (they usually state “Topic: Functions and Graphs”, etc.).
Ask the department for the term overview / scheme of work.
3 | A practical scope map for Years 1–4 (what you’re likely to see) There is variation across schools, but official school curriculum pages often describe Maths by strands rather than “chapter-by-chapter syllabi”.
Here is a parent-friendly scope map you can use to sanity-check your school’s pacing.
3.1 Years 1–2 (Sec 1–2): foundations + early functions/statistics language Watch for strands such as:
Arithmetic → algebra (fractions/ratio/percent → algebraic manipulation, simple equations/inequalities).
Geometry (angle chasing, triangles/polygons; coordinate geometry language starts to appear).
Statistics (data representation + interpretation; “reasoning from data” becomes explicit).
3.2 Years 3–4 (Sec 3–4): “upper-sec” acceleration (often includes early calculus/probability) This is where schools diverge most in pacing and naming. Two common patterns:
Integrated maths route: Y3–4 modules blend “E-Maths style” and “A-Maths style” strands earlier (functions, trig, vectors, calculus ideas).
Split route: separate “Math 1/2” or “Integrated/Advanced” tracks with different depth/extension.
Example of visible acceleration: one IP school explicitly lists Calculus among its Year 4 Maths strands (RGS Mathematics ).
3.3 Common “bridges” that matter more than the exact topic list Regardless of school, the students who struggle later usually lack one of these bridges:
Algebra fluency: manipulating expressions without “trial-and-error”.
Functions/graphs: seeing graphs as objects (domain/range, transformations, inverse thinking).
Reasoning + explanation: being able to justify a method, not just compute.
4 | Checklist: confirm your child’s “IP Maths syllabus” in 30 minutes Collect the next 2 WA front pages and record the topic tags.
Map each topic tag to a baseline syllabus :
If it looks like “A-Maths”, cross-check against SEAB 4049.
If it looks like “H2”, cross-check against SEAB 9758.
Build a one-page checklist (topic → skill → common traps → practice set).
5 | Next steps (notes + syllabus guides) If you’re trying to turn a “syllabus map” into actual results:
