If your child has PSLE Score 26 with Standard Science AL5, check the English Language and Mathematics grades before choosing any secondary school. A total of 26 is eligible for Posting Group 1 only if both English and Mathematics are AL7 or better. When that condition is met, most Secondary 1 subjects normally begin at G1, but Standard Science AL5 can make the pupil eligible to study Science at G2 or G3 under Full Subject-Based Banding. This means a child with an uneven result can receive appropriate scientific challenge while learning other subjects at a suitable starting pace. School admission and a higher Science subject offer are separate decisions.
For families receiving PSLE results in 2026 and planning Secondary 1 in 2027, use the 2025 PSLE score ranges shown in MOE SchoolFinder as historical references, not guaranteed cut-offs. For example, Kranji Secondary had a previous non-affiliated PG1 cut-off of 28, Punggol Secondary 27, Admiralty Secondary 29 and Bedok Green 30*. A child with 26 had a different numerical historical margin against each, but no school should be chosen by the cut-off alone. Check school programmes, how Science is taught, English and Maths support, travel and CCAs, then put six genuinely acceptable options in real preference order.
Quick parent summary
• Total: PSLE Score 26, with Standard Science AL5 as a relative strength.
• Ordinary admission: PG1 only when English Language and Mathematics are each AL7 or better; verify both actual subject results.
• Standard Science AL5: may qualify for G2 or G3 Science from the usual G1 starting level, subject to the receiving school’s actual offer.
• G3 Science does not change admission into PG3 or mean Mathematics and English are automatically G3.
• Previous PG1 cut-offs are from PSLE 2025 for entry in 2026 and do not guarantee 2027 seats.
• Compare six schools for programme fit, support, CCAs, transport, language provision and the child’s wishes.
• Seek a realistic first-term plan that protects scientific curiosity and strengthens other foundations.
Definition lock: the two separate rules parents must check
The PSLE aggregate adds the four subject Achievement Levels. Lower totals represent stronger performance. For scores 26–30, the national S1 posting framework requires English Language and Mathematics AL7 or better to qualify for Posting Group 1. It is incorrect to read the number 26 in isolation and automatically assume the child has an ordinary six-school PG1 route.
A child who meets the score and two-subject condition normally begins most subjects at the G1 level. Under Full Subject-Based Banding, eligible PG1 pupils may offer some subjects at a more demanding level based on their original Standard subject grades. Standard AL5 or better in Science meets the published eligibility for a G2 or G3 Science offer. The receiving school confirms actual allocation and any consent procedure.
A pupil with Science AL5 is therefore not automatically in Posting Group 3. PG3 is an admission route linked to different overall PSLE score eligibility. G3 Science is the level of an individual subject taught within a school. Parents should never use the PG3 historical cut-off when preparing the school list for a pupil admitted through PG1.
These distinctions matter in family conversations. An AL5 in Science can reflect a genuine area of achievement and interest, even when English or Maths is less secure. The next school should develop that strength without pretending the rest of the learning timetable has no needs.
Exact worked PSLE 26 profiles: check the arithmetic
| Profile | English | Maths | Science | Mother Tongue | Total and practical implication |
|---|---|---|---|---|---|
| A | AL7 | AL7 | AL5 | AL7 | 26; eligible PG1 and potential G2/G3 Science |
| B | AL7 | AL7 | AL4 | AL8 | 26; eligible PG1 and potential G2/G3 Science |
| C | AL6 | AL7 | AL5 | AL8 | 26; eligible PG1; EL AL6 can also meet G2 English criterion |
| D | AL7 | AL6 | AL5 | AL8 | 26; eligible PG1; Maths AL6 can also meet G2 Maths criterion |
Each example adds to exactly 26. In Profile A, English AL7 plus Maths AL7 plus Science AL5 plus Mother Tongue AL7 gives 26. The pupil meets the PG1 two-subject condition, and the Science grade meets the usual more-demanding-level criterion. The other subjects should still be planned honestly.
Profile B demonstrates that an even stronger Science AL4 can coexist with an overall total of 26 because Mother Tongue is AL8. Profile C has English AL6, which is numerically better than AL7 and does not weaken PG1 eligibility. Standard AL6 in English can also satisfy the published criterion for a G2 English offer from an indicative G1 start. Profile D has the corresponding Mathematics AL6 possibility.
Parents should not force every child with score 26 into the same subject combination. The actual school offer follows the individual result slip and its rules. A hypothetical profile is useful to understand the system, but it does not establish what a particular child should take.
Foundation grades must be recorded accurately. Foundation A maps to an AL6 contribution, Foundation B to AL7 and Foundation C to AL8 for the aggregate, but these are distinct assessments. Ask the primary school how any Foundation result interacts with the subject condition and later offers rather than describing it as if the child sat the Standard paper.
What G1 with a higher Science offer can actually look like
| Learning area | Indicative PG1 start | What to verify at the school |
|---|---|---|
| English | Usually G1 | Reading, writing support; any separately eligible higher-level offer |
| Mathematics | Usually G1 | Numeracy foundations, algebra introduction and any eligible G2 offer |
| Science | Usually G1 | Potential G2 or G3 offer from Standard AL5 or better |
| Mother Tongue | Usually G1 | Exact language, literacy support and school timetable |
| Common curriculum | Shared form-class experiences | CCA, PE, Art, Design & Technology, Music and CCE |
The school may teach a pupil’s Science at G3 while other subjects are taken at G1 or G2 under the applicable offers. Such a timetable is not a special promotion into an old stream; it is an example of subject-based flexibility. The school will explain class organisation, textbook requirements and any decision parents need to make.
Higher-level Science can involve longer written explanations, graph interpretation, formal measurements and unfamiliar applications. A pupil may enjoy investigating how something works while needing more support with the English language used in instructions. Parents should ask whether scientific writing support is provided and how the pupil is helped when numerical skills become a barrier.
A strong Science result should not be treated as a command to accept G3 immediately. The child may be ready and eager, or they may need a gentler transition in the first term. The receiving school should provide the actual eligible options, and families should discuss the child’s confidence, interest and whole-week workload before confirming the subject.
The important educational goal is growth in understanding. A child who can explain why a fair test is valid, interpret measurements accurately and revise a conclusion after new evidence has learned something valuable, regardless of the label printed on the timetable.
Historical PG1 school choices for an exact score of 26
The figures below are non-affiliated last-posted PG1 cut-offs for the 2025 PSLE cohort entering Secondary 1 in 2026. They are not 2027 cut-offs, and a numerical margin is not an admission guarantee. Check the current official MOE SchoolFinder and each school’s eligibility, location and programmes before submitting.
| School | Historical PG1 endpoint | Score-26 comparison | Location and question |
|---|---|---|---|
| Punggol Secondary School | 27 | One-point historic margin | Punggol; curriculum, CCA and commute |
| Northbrooks Secondary School | 27 | One-point historic margin | Yishun; mixed-level teaching and support |
| Kranji Secondary School | 28 | Two-point historic margin | Choa Chu Kang; practical projects and school experience |
| Greenridge Secondary School | 28 | Two-point historic margin | Bukit Panjang; school programmes and transport |
| Admiralty Secondary School | 29 | Three-point historic margin | Woodlands; Science teaching and local journey |
| Bedok Green Secondary School | 30* | Vacancy notation; not a normal guaranteed endpoint | Bedok; practical east-side choice |
| Broadrick Secondary School | 30* | Vacancy notation; check meaning | Dakota; school culture and pupil support |
At score 26, the family is numerically better than a historical PG1 endpoint of 27 by one point, an endpoint of 28 by two and an endpoint of 29 by three. That is a simple past-score comparison, not a personal percentage chance. The actual 2027 cut-off depends on the coming cohort’s results, school choices and available places.
A 30* value needs special explanation. MOE uses it where places remained after the previous exercise, and the displayed cut-off represents the upper eligible PG1 score rather than necessarily the actual last pupil’s score. It does not reserve a seat or imply that every 2027 applicant will be admitted. It also says nothing definitive about teaching quality.
Some schools have affiliated and non-affiliated ranges or different programme admission conditions. The appropriate range depends on the child’s actual eligibility. A family should not use another child’s affiliated result without meeting the relevant rules, nor assume that a secondary school with a similar name is the same institution.
The table covers different regions because it teaches how the system works. A family in Punggol might start with nearby schools, while a family in Woodlands might investigate northern options. The child will live the journey, school day and CCA schedule for several years; those are practical educational considerations, not small afterthoughts.
Why a strong Science grade matters beyond school admission
Science AL5 can be a sign that the child has developed useful conceptual understanding, observation skills or ability to recognise a scientific relationship. The grade does not reveal exactly which component was strong, however. Some pupils remember facts but struggle to interpret experiments; others are excellent at diagrams but need help writing a clear explanation.
Parents can ask the Primary 6 teacher about actual work. Does the pupil identify what changed in an experiment, what was measured and what should have stayed the same? Can they interpret a graph without confusing the axes? Do they use scientific terminology accurately in unfamiliar questions? These are more useful questions than simply asking how to raise the grade next year.
At lower secondary, the child will encounter new contexts and a more formal approach to evidence. A plant growing taller is an observation, but claiming a particular variable caused it may require controlling other factors. A pupil who understands that distinction is learning to reason, not merely memorise the correct answer.
The family can preserve curiosity through reading, safe observation and discussions about everyday phenomena. It is unnecessary to recreate hazardous experiments at home. The school should provide supervised practical teaching and explain laboratory safety before pupils handle equipment.
Fair tests, evidence and scientific writing
A useful Science response distinguishes a claim, the evidence and the reasoning that connects them. If a pupil says that one material conducts heat better, they should identify what was observed or measured and explain the relevant scientific principle. A polished sentence without correct evidence is not enough.
Ask the child how they would compare two conditions fairly. What is the independent variable? What measurement would change if the hypothesis were correct? Which other conditions need to remain the same? The student should understand the relationship rather than recite vocabulary without applying it.
A child with English AL7 may have scientific ideas but struggle with written questions. The school should help separate difficulty interpreting the English text from a misunderstanding of the Science concept. These are distinct instructional needs. More demanding Science may be suitable when there is support for the language of the subject.
Short written practice can help. Read a simple experiment description, identify an observation and write a two- or three-sentence explanation. Ask whether every statement is supported by evidence. Invite revision of one unclear sentence rather than requiring a longer answer merely to look impressive.
Measurement and Mathematics: a potential barrier to G3 Science
Science uses quantities such as temperature, length, mass, volume and time. A pupil whose Mathematics result is AL7 may read an experiment diagram confidently yet become confused when calculating a difference or a rate. That difficulty should be addressed directly rather than treated as evidence that the child cannot learn scientific ideas.
Check basic numerical understanding. Can the pupil read a measuring scale, compare two decimal quantities and explain why the unit matters? Can they distinguish a fraction of a whole from a ratio between quantities? Simple household examples can make those concepts more concrete without beginning with secondary-level formulae.
G3 Science can include graphs and numerical relationships. Parents should ask the receiving school what support exists if the pupil’s Mathematics starts at G1. The aim is to let scientific learning become more demanding where appropriate while helping the child acquire the numerical tools needed to participate.
A good learning plan does not ignore weaknesses or allow them to define the entire pupil. The child may have an intellectual strength in scientific reasoning and still need systematic instruction on fractions. Both facts can be true and should inform the school decision.
English AL7: strengthen the skill that Science uses
At Standard English AL7, the pupil may need help with vocabulary, sentence comprehension, reading stamina or written expression. An AL score describes examination performance, not a diagnosis of a specific learning difficulty. Ask the teacher for examples that show which part of reading or writing becomes uncertain.
A pupil who understands a short passage read aloud but struggles to read it independently may need different instruction from one who reads fluently yet cannot identify the main idea. Another may comprehend text but need help organising an answer. The family should avoid prescribing the same worksheet routine for every problem.
A science-interested pupil may be motivated to read short articles about nature, technology or space. Use that interest to practise identifying central ideas and supporting evidence. Increase difficulty gradually and encourage the child to ask about unfamiliar words. The goal is independent understanding, not racing through large amounts of text.
English foundations matter beyond Science. They help the child interpret school notices, ask questions, explain their reasoning and participate socially. A school that offers clear literacy support alongside the higher Science option may be a strong educational match.
A child with AL7 in Mathematics may need different help from an AL7 in English
AL7 in Mathematics can reflect difficulty with number relationships, place value, fractions, ratios or unfamiliar problem statements. The exact source of confusion is not revealed by the grade. A parent should ask the teacher to identify a few representative errors and explain what the pupil can already do reliably.
A student who can add accurately but misreads a fraction may need visual models and concrete quantities. Another who understands the numbers but selects the wrong operation in a word problem may need help representing the relationship before calculating. Secondary 1 introduces signed numbers and algebra, making a secure foundation important.
If the child takes Science at a more demanding level, mathematical support becomes especially relevant when interpreting graphs or measurements. The receiving school should explain whether and how teachers coordinate foundations across subjects, rather than assume one strong Science result erases numeracy needs.
Keep home practice modest and targeted. Ten carefully selected tasks that reveal understanding can be more useful than a hundred repeated exercises completed without feedback. Parents should support learning habits, not recreate the PSLE pressure during the transition holiday.
Mother Tongue at AL7: an independent language question
In the first worked profile, Mother Tongue AL7 contributes to the total of 26. That pupil might have difficulties in Chinese, Malay or Tamil reading and writing, though the exact needs vary. Do not assume a child’s stronger Science automatically means they are less interested or capable in their Mother Tongue.
Ask the teacher whether the pupil can follow spoken instructions, read short texts and express basic ideas. Identify whether vocabulary, character recognition, grammar or writing organisation needs work. Different languages require different approaches, and a generic English vocabulary drill may not address the real issue.
Under the PG1 route, Mother Tongue usually begins at G1 unless another applicable offer exists. Check whether the school provides the child’s actual language on campus and if any approved arrangements affect the timetable. A school with a compelling Science programme but unsuitable language provision may not be a practical choice.
Parents can create meaningful language opportunities through everyday conversation and reading. The purpose is to develop useful communication and confidence, not to turn one weaker grade into a permanent negative label.
The first term: what a mixed-level timetable looks like
Full Subject-Based Banding uses mixed form classes so pupils with different strengths can learn together in common-curriculum subjects. Individual subjects are organised into learning groups at their respective levels. A child entering through PG1 may attend a higher-level Science lesson and a different English or Mathematics group.
This can feel unfamiliar at first. The pupil may need to move between classrooms, keep track of distinct books and manage different levels of homework. Parents can help by establishing a simple planner, showing the child how to ask teachers about an assignment and practising the route to school safely.
Ask the school whether there are additional responsibilities connected with a higher Science offer, such as specific textbooks, assessment schedules or a consent form. Do not assume the option is compulsory or already confirmed just because the PSLE Science grade is eligible.
A subject combination should be reviewed through the actual learning experience. Does the pupil enjoy Science and understand the work? Are the English and Mathematics foundations improving? Can they still attend CCA, make friends and sleep adequately? A supportive school considers all of these, not just the number of G3 subjects.
School spotlight: Kranji for practical design interest
Kranji Secondary in Choa Chu Kang has published an Applied Learning Programme connected with design innovation for sustainable living. That may appeal to a pupil who likes Science and practical problem-solving. However, a programme name does not tell parents which activities every Secondary 1 student undertakes.
Ask whether students learn to identify a real problem, make an observation, design a solution and evaluate evidence after testing it. Do ordinary pupils participate, or do some advanced projects require selection? Meaningful applied learning should involve explanation and reflection, not merely an attractive final model.
Kranji’s historical PG1 endpoint of 28 gives a score-26 pupil a two-point numerical comparison against the previous exercise. It is not a promise of admission. Check the current official record, school culture, timetable and how English and Mathematics support is arranged alongside any G3 Science offer.
Transport is part of the choice. A long journey to Choa Chu Kang may reduce time for foundational practice and rest. A nearer school with clear Science teaching can be equally worthy of investigation, depending on the child.
School spotlight: Greenridge and Northbrooks
Greenridge Secondary in Bukit Panjang had a previous PG1 cut-off of 28, while Northbrooks in Yishun had 27. A score-26 pupil was numerically better than those historical endpoints by two and one points respectively. The figures are useful for school-list planning but not a ranking of teaching or admission probabilities.
The two schools are located in different communities. A family should investigate whichever is reachable and appealing to the pupil. Ask about school support, common curriculum, practical Science instruction, CCAs and how a student taking Science at a different level from Mathematics and English would be guided.
A pupil who enjoyed experiments at Primary 6 may also be interested in other activities such as sport, music or leadership. The school should offer opportunities to develop those interests. Academic confidence can be supported by a positive form class and a CCA where the child belongs.
When cut-offs are relatively close, journey and culture may be more useful distinctions than an attempt to infer school quality from one point of admission history.
School spotlight: Punggol, Admiralty, Bedok Green and Broadrick
Punggol Secondary’s earlier PG1 endpoint was 27, Admiralty Secondary’s 29, and Bedok Green and Broadrick were shown as 30*. Those are different historical positions for a score-26 child, but all still require a current-year eligibility and vacancy check. A past numerical margin is only a reference.
A family living in Punggol may value local school transport; a Woodlands family might investigate Admiralty; a Bedok family could begin with nearby options. A school that is easy to reach every day can free up time for reading, homework and an enjoyable CCA.
The 30* notation must not be confused with a guaranteed place or a quality rating. It signifies unfilled places at the end of the previous exercise, not a reservation for every future pupil. Ask each school about its actual educational experience and support arrangements.
A family can put a genuinely preferred school higher once it has built a realistic list. The order should express the pupil’s actual wishes, not an attempt to manipulate historical statistics. A school the family would not want to attend is not a useful backup regardless of its cut-off.
Worked parent case: English AL7, Maths AL7, Science AL5, MTL AL7
Consider a pupil with the exact AL pattern 7, 7, 5, 7, adding to 26. The child is curious about insects, plants and everyday technology but often asks for help reading long English questions. Mathematics involves some uncertain fraction and ratio work. The family fears a PG1 posting would prevent the child from pursuing deeper Science.
The primary-school teachers explain that the child meets the PG1 score and English/Maths subject conditions and that Standard Science AL5 can make G2 or G3 Science an eligible offer. The family investigates schools with suitable Science teaching, asking how the more demanding Science class works alongside G1 English and Mathematics.
They compare nearby PG1 school ranges from the 2025 exercise and avoid treating them as guaranteed. A school whose previous PG1 endpoint was 28 provides a two-point historical margin, but may be farther from home than one ending at 27. The child helps compare CCAs, orientation and the actual journey.
After posting, the family waits for the actual school subject offer and discusses whether the level and workload suit the child. The aim is strong Science learning with better English and numeracy, not a permanent label based on the PSLE result.
Worked parent case: English AL6, Maths AL7, Science AL5, MTL AL8
Another pupil scores English AL6, Maths AL7, Science AL5 and Mother Tongue AL8. The total is again 26. The child meets the PG1 English and Maths requirement, and Standard English AL6 may separately support an eligible G2 English offer. Science AL5 may support a G2 or G3 Science offer. Mother Tongue needs careful foundational support.
This is a different learning profile from the previous case. The family should not assume the same timetable is automatically best. Ask whether the pupil is ready for a more demanding English level while also tackling Science, and whether the school can provide practical support in Mother Tongue and Mathematics.
The parents shortlist schools whose programmes and journey suit the child, not merely those whose historical cut-off seems easy. They include genuine alternatives and make the school choice separately from later acceptance of individual subject offers.
The child can begin Secondary 1 knowing that different subject levels are intended to reflect different readiness. If an offer proves difficult, teachers can explain relevant review processes. Learning is not fixed by one examination day.
Six-school planning: make it a family choice, not an arithmetic game
First confirm the exact PSLE total and both English and Mathematics grades. Without the required AL7-or-better condition, the ordinary PG1 route for scores 26–30 should not be assumed. A family whose child does not meet that condition must contact the primary school about the official next pathway rather than merely choose a school with a higher historical cut-off.
For an eligible score-26 pupil, use MOE SchoolFinder to identify schools offering PG1 within a realistic journey. Record the previous cut-off, specific school programmes, language provision, CCAs and any admission conditions. Consider the pupil’s feelings about the environment and the support available in English, Mathematics and Science.
MOE generally recommends using all six school preferences and including two or three schools whose previous cut-offs are numerically higher than the child’s result, where suitable. At score 26, a prior PG1 endpoint of 27 or 28 gives a historical numerical margin, but cannot guarantee a future place. Include genuine preferences rather than arbitrary names chosen only to complete the six rows.
Rank schools in the order the family actually prefers them. The S1 posting rules use academic merit first; if pupils with the same score compete for the final place, citizenship, then choice order and potentially computerised balloting matter. A school placed higher on the list cannot override a stronger PSLE score.
If a child has accepted a DSA-Sec allocation, obey those separate conditions. After the school posting result, any offer to study Science at G2 or G3 and other eligible subject options is a further decision made according to the receiving school’s current instructions.
A realistic first-month plan after the school posting
In week one, confirm the school, actual subject levels, reporting time, booklists and transport. Ask when Science offers must be accepted and whether any extra materials are needed. Let the child know who to approach if lessons are confusing.
In week two, practise one short scientific explanation at a time. Ask what happened, which evidence supports the conclusion and what was controlled. Encourage the pupil to correct an unsupported claim. This builds reasoning without adding the pressure of an entire advanced workbook.
In week three, devote attention to English and Mathematics foundations. Reading a short article about a favourite scientific topic may motivate literacy practice, while everyday measurement can connect numeracy to experiments. The child’s work should be targeted at concepts teachers have identified as difficult.
In week four, review the whole school week: homework, CCA, friendships, sleep and commute. If G3 Science seems overwhelming, speak to the subject teacher with examples. If the child enjoys Science but is struggling in another subject, seek targeted support rather than requiring them to give up curiosity. Appropriate challenge should develop independence and confidence.
Questions parents should ask prospective schools
- Can an eligible PG1 pupil with Standard Science AL5 receive an offer for G2 or G3 Science, and when is it confirmed?
- What exactly changes in the first term when Science is at G3 rather than G1 or G2?
- How does the school support scientific writing when English was AL7?
- What help exists for fractions, measurement and early algebra when Maths was AL7?
- Which Science practicals and applied-learning projects are open to ordinary Secondary 1 pupils?
- How are pupils taught fair-test reasoning, evidence and laboratory safety?
- Can the child participate in a preferred CCA alongside higher-level Science?
- How are mixed form classes and subject groups organised, and whom can a pupil approach for help?
- What are the true morning and after-CCA transport demands from home?
- How are subject-level decisions reviewed later if the pupil’s learning needs change?
Frequently asked questions
Can a child with PSLE Score 26 enter PG1 if English or Maths is AL8?
Not under the ordinary 26–30 PG1 eligibility condition, which requires AL7 or better in both English and Maths. Ask the primary school about the official alternative pathway.
Does Standard Science AL5 permit G3 Science from PG1?
It meets the published grade criterion for a possible G2 or G3 Science offer from the usual G1 start. The receiving school must confirm the actual offer and timetable.
Does studying G3 Science mean the pupil is in PG3?
No. PG1 is the school admission route, while G3 refers to the individual Science subject level.
Is Foundation Science A the same as Standard Science AL5?
No. Foundation A contributes equivalent AL6 for the total and supports a different G2 subject-level criterion. It is not Standard AL5.
Is a previous PG1 cut-off of 28 a guaranteed place at score 26?
No. It provides a two-point historical numerical margin, not an admission guarantee. Cut-offs depend on the next cohort’s choices and vacancies.
Does a school showing 30* guarantee admission?
No. The asterisk indicates the school had remaining places in the previous exercise. It is not a reservation or proof that future demand will be the same.
Final parent checklist
- We checked that the four subject ALs add to 26 and English and Maths are each AL7 or better.
- We understood PG1 admission and eligible G2/G3 Science as separate decisions.
- We confirmed the original Standard Science result and did not substitute a Foundation equivalent incorrectly.
- We compared historic PG1 school ranges from PSLE 2025, preserving any 30* notation.
- We examined school Science teaching, English and numeracy support, language, CCAs and daily commute.
- We made six genuine and realistic school preferences and ranked them honestly.
- We will follow the actual MOE posting instructions and receiving-school subject offer.
Official information and companion guides
MOE Secondary 1 Posting; MOE SchoolFinder; MOE PSLE and Full Subject-Based Banding; 2026 Full SBB subject eligibility explanation; General score 26–28 parent guide; Important alternative: score 26–30 with English AL8.
Reviewed 1 November 2026. The school PG1 figures are historical outcomes of the 2025 PSLE cohort entering Secondary 1 in 2026, not announced 2027 cut-offs. Actual school eligibility and individual subject-level offers must be confirmed from MOE and the receiving school.