An IP student moving from Year 4 into Year 5 (JC1) meets A-Level syllabuses that assume O-Level content, even though the student never sat the O-Level: SEAB's 2027 H2 Mathematics 9758 syllabus assumes O-Level Mathematics and lists O-Level Additional Mathematics topics as assumed knowledge, and H2 Physics 9478 and H2 Chemistry 9476 assume O-Level Physics and Chemistry. Whether an IP student has covered that content depends on the school and the subjects chosen in Years 3 and 4, not on the programme label. Ancourage Academy teaches JC1 students from both routes, and this guide maps the specific places an IP Year 4 curriculum and an H2 prerequisite can miss each other, then sets out a 10-week plan for the November to January window. For the subject support itself, see our JC1 H2 Mathematics programme and the wider JC tuition overview.
Ancourage Academy's JC1 H2 Mathematics classes run in small groups of 3 to 6; book a trial class (usually $18) to start with a diagnostic of where your child stands.
This is not an introduction to the Integrated Programme. What IP is, which schools offer it and what happens if a student leaves are covered in our IP schools guide, and the general move into JC life is in our secondary to JC transition guide.
How Is IP Year 4 Different From Secondary 4?
The defining difference is the examination: Ministry of Education (MOE) states that "Students in the IP do not need to take the Singapore-Cambridge Secondary Education Certificate (SEC) in Secondary 4", so Year 4 ends with the school's own assessments rather than a national paper.
That wording comes from MOE's Integrated Programme page, which also lists compulsory subjects as "Varies across schools". Dunman High School puts the same point in its own words on its Junior High academic page: "Our students will skip the GCE O-level Examination and this gives us greater scope to design a challenging and enriching curriculum."
Two consequences follow for a parent planning the move to Year 5:
- There is no national record of what was covered. An O-Level or SEC candidate's subject list and grades show exactly which syllabuses were examined. An IP student's Year 4 record is the school's own, and the course names differ from school to school.
- Subject choices in Years 3 and 4 still matter. At least two of the four IP schools reviewed below let students choose science combinations and mathematics courses in the upper years, so two students from the same IP school can arrive in Year 5 with different foundations.
What Do IP Schools Publish About Years 3 and 4?
The four IP schools whose curriculum pages Ancourage Academy read on 23 September 2026 all describe their upper IP years, three of them with full Year 3 and 4 subject lists, and at least one shows science and mathematics choices that decide which O-Level-equivalent content a student has studied. Only what each page states is recorded here.
| School | What its page states about the upper IP years | What it means for Year 5 |
|---|---|---|
| Temasek Junior College | Years 3–4 core includes "Intermediate Mathematics" and Chemistry; "Advanced Mathematics", Biology and Physics are listed under "Subjects you can choose from" | Check whether your child took Advanced Mathematics and Physics before choosing H2 Mathematics or H2 Physics |
| National Junior College | Upper Junior High students take a core curriculum, which its curriculum graphic lists as including Mathematics, Chemistry, and Biology and/or Physics alongside the languages and a humanities subject; "Students who take Biology and Physics in the Core curriculum (triple science combination) may take up to one Elective" | The science combination taken in Years 3–4 is not the same for every student |
| Dunman High School | Year 3 and 4 subjects offered include "Mathematics 1", "Mathematics 2", Biology, Chemistry and Physics, each marked examinable | Ask which of these your child actually took, and how they map to O-Level content |
| Victoria School (Victoria-Cedar Alliance) | Students "spend 4 years in their respective secondary schools before moving to VJC for two years" | Year 5 is also a change of institution, not only of level |
Temasek Junior College's enriched curriculum page sets out the year-by-year table, and its science page adds that "From Year 3, students can choose to offer the triple science combination (Biology, Chemistry & Physics) or the double science combination (Physics & Chemistry; or Biology & Chemistry)." National Junior College's wording is on its Junior High Integrated Programme page, and the Victoria-Cedar Alliance description is on Victoria School's IP page. None of these pages maps its own courses to O-Level syllabuses topic by topic, so the mapping below is a checklist to take to the school, not a verdict on any one of them.
What Does Each H2 Syllabus Assume a Year 5 Student Already Knows?
The three science and mathematics H2 syllabuses mapped here each name O-Level content as its starting point, while the General Paper syllabus names none, so the gap map runs subject by subject. The quotations below are from the syllabus PDFs on SEAB's A-Level syllabuses examined for school candidates in 2027 page.
| H2 subject | What the 2027 syllabus assumes | Where an IP Year 4 student may not have been examined on it | What to do from November to January |
|---|---|---|---|
| H2 Mathematics (9758) | "Knowledge of the content of the O-Level Mathematics syllabus is assumed. The assumed knowledge for O-Level Additional Mathematics is appended after this section." | A student who did not take the school's more advanced upper-year mathematics course, where one is optional | Work through the appended list: quadratics, surds, polynomials and partial fractions, logarithms, circles, trigonometry and calculus |
| H2 Physics (9478) | "Candidates will be assumed to have knowledge and understanding of Physics at O-Level, either as a single subject or as part of a balanced science course." | A student whose Years 3–4 combination left out Physics, such as a Biology and Chemistry double where the school offers one | Rebuild kinematics, forces, energy, waves and electricity before JC1 lectures begin |
| H2 Chemistry (9476) | "Candidates will be assumed to have knowledge and understanding of Chemistry at O-Level, as a single subject or as part of a balanced science course." | Less likely where Chemistry is core in Years 3–4, as it is in TJC's published table; check mole calculations and bonding either way | Stoichiometry, bonding and structure, energetics basics, and the syllabus's mathematical requirements |
| General Paper (8881) | No assumed-knowledge section; the syllabus sets out aims, assessment objectives and papers only | Not a content gap; the gap is timed argumentative writing and comparative comprehension | Timed essays and passage practice, covered in the GP section below |
Note that the 2027 H2 Chemistry syllabus code is 9476; revision material labelled with an older code describes a syllabus this cohort will not sit.
Why Is H2 Mathematics the Biggest Checkpoint?
H2 Mathematics is the only one of these syllabuses that appends a topic-by-topic list of Additional Mathematics content it expects students to know, and that list is the most direct test of an IP student's upper-year mathematics.
The 9758 syllabus for 2027 appends "Content from O-Level Additional Mathematics" under three headings:
- Algebra: quadratic functions, equations and inequalities (including completing the square and the conditions for real, equal or no real roots); surds; polynomials and partial fractions; exponential and logarithmic functions.
- Geometry and trigonometry: coordinate geometry of the circle; the six trigonometric functions, identities and equations; and expressing a cos θ + b sin θ in R-form.
- Calculus: differentiation (chain, product and quotient rules, stationary points, the second derivative test, connected rates of change) and integration as the reverse of differentiation.
The IP schools describe their upper-year mathematics in their own terms. TJC's mathematics page says students "offer Intermediate and Advanced Mathematics" in IP Years 3 and 4, and that tutors "leverage selected mathematical software and the use of the graphing calculator in IP Year 4". NJC's Junior High mathematics page says the course "progresses in Upper Junior High to higher-order thinking questions". Neither page lists A-Maths topics, which is why the practical step is to put the Singapore Examinations and Assessment Board (SEAB) list beside your child's Year 3 and 4 notes and tick off each line.
If there is a gap, the content is well mapped on this site: our guide to whether you need A-Maths for H2 Math covers the same assumed-knowledge list from the O-Level side, and the A-Maths calculus guide and polynomials and partial fractions guide cover the two areas that JC1 topics use earliest. The full H2 course is laid out in our H2 Mathematics guide.
What About H2 Physics and H2 Chemistry?
Both science syllabuses assume O-Level content in the subject itself and also publish a list of mathematical requirements, so a science gap can be a mathematics gap in disguise.
The H2 Physics 9478 syllabus says it is "designed to build on and extend the content coverage at O-Level", and its mathematical requirements include being able to "manipulate and solve equations involving logarithmic and exponential functions". The H2 Chemistry 9476 syllabus states "It is assumed that candidates will be competent in the techniques described below", including determining "the slope and intercept of a linear graph" and understanding "the slope of a tangent to a curve as a measure of rate of change".
- Physics without Years 3–4 Physics: the highest-risk profile in this map. NJC's published Physics modules, for example, cover "motion, the causes of motion, rotational effects of forces, energy transformations" in one module and "wave phenomena, fluid pressure, and electrical and magnetic interactions" in another. Where a school's upper-year combination leaves Physics out, that is the content a Year 5 student has not yet studied.
- Chemistry with a weak mole foundation: JC1 Chemistry moves quickly into calculation-heavy topics, so stoichiometry is the first thing to test.
- Practical work under time pressure: in the A-Level, H2 Physics and H2 Chemistry each carry a practical paper of 2 hours 30 minutes worth 20% of the subject. Ask whether your child's Year 4 practical work was assessed under timed conditions.
Our H2 Physics guide and H2 Chemistry guide set out each course in full.
What Changes About Timed Assessment in JC1?
For an IP student, apart from any national Mother Tongue paper the school may enter them for, the A-Level at the end of Year 6 is the first national examination after the PSLE, which makes the JC1 promotional examination the first high-stakes gate in the new format.
The shift is in the shape of assessment as much as in content. The 2027 syllabuses set long, fully timed papers: H2 Mathematics has "two 3-hour papers, each carrying 50% of the total mark", and both General Paper papers run 1 hour 30 minutes. Our IP guide describes IP assessment as internal examinations, project-based assessment and continuous evaluation, and TJC's science page, for example, describes Curriculum Research Projects "per science subject" in the upper years alongside an end-of-year examination. Those projects build real skills; they are not practice at a 3-hour paper.
The first place the difference shows up is the JC1 promotional examination. Each college sets its own promotion criteria, compared college by college in our JC1 to JC2 promotion criteria guide. For an IP student continuing in the same institution, promos can feel like an internal exam; they are still the gate into JC2.
How Does IP Language Arts Lead Into GP?
General Paper 8881 has no assumed-knowledge section, so an IP student's Language Arts background is not a content gap; the adjustment is to timed, examined argument on a set question.
The 8881 syllabus sets Paper 1 as 8 questions, from which candidates "write between 500 and 800 words on 1 question of their choice" in 1 hour 30 minutes, and Paper 2 as "3 different passages that allow for comparative analysis" of about 1,200 words in total. IP Language Arts courses already lean in this direction: TJC's Language Arts page says its syllabus "is aligned with MOE's national English Language Syllabus 2020" and lists argumentative writing and news and journal articles among its IP3 and IP4 text types.
What usually needs practice is the constraint, not the thinking: one essay in 90 minutes on a question the student did not choose in advance, and summary and application questions answered under time. Our General Paper guide explains both papers, and our JC1 GP programme starts with timed writing.
A 10-Week Bridging Plan for November to January
Spend the break between the Year 4 end-of-year examinations and the start of Year 5 closing the specific gaps in the map, in order of how early JC1 uses them: mathematics first, then the science your child did not take, then timed writing.
- Week 1 — build the checklist. Print the 9758 assumed-knowledge list and the 9478 or 9476 introduction. Beside each line, note whether the Year 3–4 course covered it and whether it was tested.
- Weeks 2–3 — algebra. Quadratics and the discriminant, surds, partial fractions, and the laws of logarithms.
- Weeks 4–5 — trigonometry and calculus. Identities, R-form, differentiation rules, stationary points and basic integration.
- Weeks 6–7 — the missing science. If Physics or Chemistry was not taken in Years 3–4 but is an intended H2 subject, rebuild the O-Level core of that subject now.
- Week 8 — mathematical requirements. Graph gradients and intercepts, rearranging equations, logarithmic forms and significant figures, as both science syllabuses list them.
- Week 9 — timed writing. Two GP-style essays of 500 to 800 words in 90 minutes each, and one comparative passage exercise.
- Week 10 — one timed mixed paper and rest. Sit one long timed paper to feel the format, then stop and rest before term begins.
Subject combinations for Year 5 are a school process, so confirm your child's intended H2 subjects before committing weeks to a science that may not be taken.
Who Is This Gap Map Not For?
This map is for IP students heading into the A-Level; it does not apply to IP students on the International Baccalaureate Diploma or the NUS High School Diploma, whose Year 5 syllabuses are not SEAB's.
IB Diploma subjects have their own prerequisites and assessment model, explained in our IB versus MOE curriculum guide. H2 Economics (9570) sits outside the map as well, because it did not appear in the Year 3–4 subject lists of the three IP schools (of the four read) that publish full Year 3–4 subject lists.
Common Questions About Moving From IP Year 4 to JC1
Do IP students have gaps when they start JC1?
Not necessarily. The H2 syllabuses assume O-Level content, and whether an IP student has covered it depends on the school and on the subjects chosen in Years 3 and 4. The common risk points are H2 Mathematics without the school's more advanced upper-year mathematics, and H2 Physics after a science combination without Physics.
Does H2 Math assume A-Maths for IP students too?
Yes. The 2027 H2 Mathematics 9758 syllabus assumes O-Level Mathematics and appends O-Level Additional Mathematics topics as assumed knowledge for every candidate, whatever route they took into JC1. An IP student should check those topics against their Year 3 and 4 mathematics course, because IP schools name their own courses rather than using the O-Level titles.
Can my child take H2 Physics in JC1 without Physics in Years 3 and 4?
That depends on the school's subject-combination rules for Year 5, which we have not seen published. What the syllabus says is that H2 Physics 9478 assumes "knowledge and understanding of Physics at O-Level". A student who did not take Physics in the upper IP years should plan to rebuild that foundation before JC1 lectures begin.
Is the JC1 promotional exam the first real exam for IP students?
For most IP students it is the first high-stakes examination in the A-Level format, because they do not sit the SEC in Secondary 4. Year 4 still ends with the school's own assessments. Each college publishes, or does not publish, its own promotion criteria, so check your college's rules early in Year 5.
What should an IP student do in the holidays before Year 5?
Build a checklist from the SEAB syllabuses, then close gaps in the order JC1 uses them: algebra and calculus for H2 Mathematics, the O-Level core of any science not taken in Years 3 and 4, and timed essay practice for General Paper. A trial class (usually $18) at Ancourage Academy starts with a diagnostic of exactly these areas.