A child who receives PSLE Score 28 with Foundation Science grade A, English Language AL7, Mathematics AL7 and Mother Tongue AL8 meets the current conditions for ordinary Posting Group 1. Foundation Science A contributes an AL6 equivalent towards the total, giving 7 + 7 + 6 + 8 = 28. The distinction matters: Foundation A is not the same examination as Standard Science AL6, but it can qualify the pupil for a G2 Science offer from the usual G1 starting level under Full Subject-Based Banding, subject to the receiving school’s actual decision. Parents should focus on the child’s scientific understanding, English reading, numerical foundations, appropriate Science challenge and a school environment that supports steady progress.

For the 2026 PSLE cohort entering Secondary 1 in 2027, MOE SchoolFinder’s available school score ranges describe the 2025 PSLE cohort posted in 2026. These are historical outcomes, not guaranteed next-year cut-offs. Kranji and Greenridge previously had PG1 endpoints of 28; Admiralty and East Spring had 29; Bedok Green and Broadrick were displayed as 30*, indicating places remained after the previous exercise. For a child scoring 28, a former 28 is a boundary, 29 provides a one-point historical numerical margin and 30* is a special vacancy notation rather than a promised seat. The family should choose six genuine PG1 schools after checking programmes, actual subject offers, travel, CCAs and student support.

Quick parent summary
• Exact profile: English AL7 + Mathematics AL7 + Foundation Science A (equivalent AL6) + Mother Tongue AL8 = PSLE 28.
• Ordinary posting: PG1, because English and Maths are each AL7 or better.
• Foundation Science A can meet the initial criterion for a possible G2 Science offer from G1, subject to the receiving school.
• Foundation A is not Standard AL6 and does not qualify by itself for an initial G3 Science offer.
• English, Maths and Mother Tongue require their own foundational teaching and school support.
• Compare the correct historical PG1 school score ranges, not PG2 or PG3 cut-offs.
• Choose six schools that are truly acceptable, with manageable travel and appropriate teaching.

Definition lock: how the Foundation A result contributes to score 28

Foundation-level PSLE subjects are assessed separately from Standard-level subjects. A Foundation Science grade A maps to an AL6 contribution for the purpose of calculating the total PSLE Score used in secondary-school posting. Foundation B maps to AL7 and Foundation C to AL8. The mapping recognises the different curriculum and assessment load; it does not claim that the pupil sat the same paper as a Standard AL6 pupil.

In this case, English7 plus Maths7 plus Science equivalent6 plus Mother Tongue8 adds to 28. Since English and Mathematics are each AL7, the pupil meets the special 26–30 PG1 eligibility condition. A different child with English or Mathematics AL8 cannot assume the same ordinary posting route solely from the total. The result slip, including original Standard or Foundation grades, must be read precisely.

Within PG1, most subjects ordinarily begin at G1. The published Full SBB initial subject-level criteria recognise Foundation A in English, Maths, Science or Mother Tongue as eligible for consideration for G2 in that individual subject from an indicative G1 start. This is why the original Foundation A matters beyond the aggregate conversion.

Subject	Actual PSLE result	Posting contribution	Initial school consideration
English Language	AL7	7	G1 reading and writing foundations
Mathematics	AL7	7	G1 number sense and problem-solving foundations
Science	Foundation A	6	May be offered G2 Science from PG1
Mother Tongue	AL8 contribution	8	G1 language learning and correct provision
Total	PSLE 28	28	PG1, subject to current official criteria

Foundation A and Standard AL6: a difference parents should preserve

A Foundation A is evidence of achievement in a Foundation Science paper. A Standard AL6 is the reported result from a different, more extensive Standard curriculum and assessment. Both can contribute six points to the PSLE posting total and both are recognised by the published G2-from-G1 initial grade criterion, but the original grade should never be silently converted into a Standard result.

Why does this matter for the receiving school? Teachers need to understand which Science concepts, vocabulary and practical reasoning pupils have encountered. A student who studied Foundation Science may be familiar with important core ideas but have had different coverage or assessment demand. Before the family accepts a more demanding G2 offer, the school can explain the prerequisites and any bridging support.

The parent should not present a Foundation A as automatic G3 eligibility. At the normal G1 start, the initial G3 criterion uses Standard AL5 or better. Foundation A is listed for G2, not G3. Later progression is possible under school and MOE criteria, but no future change is guaranteed on the basis of the PSLE result alone.

Why the original result slip must remain the authoritative record

Parents sometimes make a family spreadsheet that writes ‘Science 6’ without noting that the paper was Foundation. That may help add the total quickly but loses important educational information. Record ‘Foundation Science A (posting equivalent AL6)’ so that any subsequent school conversation is precise and no one infers the child took the Standard assessment.

The same principle applies if Mother Tongue or another subject was taken at Foundation level. The grade letter determines the equivalent posting contribution, and the original examination level may matter for subject arrangements and teacher understanding. Do not treat every numeric AL8 as an identical history of learning.

Accurate reporting also helps avoid unrealistic expectations. Two pupils who contribute AL6 from different examinations may benefit from different bridging explanations. The role of the secondary school is to teach the child appropriately, not simply group everyone with a matching posting contribution into one presumed readiness profile.

PG1 school admission is separate from G2 Science

Posting Groups are used to admit pupils into secondary schools and guide their usual initial subject levels. G1, G2 and G3 describe levels of individual subjects. A PG1 pupil eligible for G2 Science remains a PG1 entrant even when their Science lessons are at G2. This distinction is central to interpreting school cut-offs correctly.

If the family applies through PG1, it must compare against a school’s historical PG1 admission range. A school’s previous PG2 last-posted score is not the relevant reference just because the child may take Science at G2. Similarly, the G2 Science offer does not provide a second chance to enter the same school through a different Posting Group.

The receiving school will communicate actual subject-level offers after posting and explain timetable and response arrangements. A parent should not buy G2 Science materials before that information is confirmed. A possible option should be considered with the pupil’s interest, teacher observations, workload and how they respond to unfamiliar scientific questions.

What a G2 Science offer could require

G2 Science can provide deeper conceptual learning than the ordinary G1 start, but it is not merely a larger volume of the same worksheets. The pupil may be expected to read unfamiliar experiment descriptions, distinguish evidence from conclusions and apply ideas to new contexts. Parents should ask the receiving school what the first term actually covers.

A Foundation A result can indicate that the pupil has mastered a meaningful portion of the Foundation curriculum. It does not establish that all Standard prerequisite concepts are secure. A sensible bridging plan may revisit scientific vocabulary, practical data interpretation or reasoning about variables before moving to more demanding applications.

Good teaching makes that transition understandable. The pupil should know which ideas are familiar, what new knowledge is required and how to ask for help. A subject-level offer is valuable when the child becomes more confident and capable, not when parents use it to claim an unofficial change of Posting Group.

Observation before conclusion: first principles of Science

Science begins with accurate observations. If two plants appear to grow to different heights, the measured heights are observations. Claiming that the difference was caused by the amount of water is an inference, which requires evidence that other relevant conditions were comparable. A child can understand this idea through a simple diagram before memorising formal terminology.

Ask what changed in an experiment, what was measured and what should have remained the same. If several factors changed, an apparent result may not show which factor caused the outcome. This is the foundation of fair-test reasoning and helps pupils move beyond recalling a prepared answer.

A Foundation Science learner may benefit from concrete examples before extended written explanations. Teachers can gradually build the appropriate vocabulary and ask the pupil to revise a conclusion when the evidence is incomplete. This develops scientific reasoning rather than rehearsed phrases that fail in unfamiliar questions.

How to read simple scientific tables and graphs

Science involves measurements of length, temperature, mass, time and other quantities. A pupil who studied Foundation Science may need explicit practice reading units and scales in new contexts. The family can support this through simple published graphs and safe everyday measurements, rather than rushing immediately into advanced calculations.

Ask what each axis represents, how the values change and what the trend actually shows. Next, identify one measurement difference. This separates understanding the display from numerical procedure and lets the child see where a difficulty occurs. A correct subtraction is not sufficient if the student misread the scale or unit.

A pupil may need G1 Mathematics teaching at the same time as G2 Science. This combination is legitimate, but the school should explain how it bridges numerical demands in Science. Strong Science interest and developing Maths fluency can coexist without either being ignored.

The difference between scientific reasoning and scientific writing

A child may explain an experiment verbally yet struggle to produce a clear written answer in English. The issue might involve unfamiliar words, sentence structure or uncertainty about which evidence is relevant. It may also be a conceptual gap. Parents should not assume every incomplete Science answer has the same cause.

A useful structure is claim, evidence and reasoning. First state what the data support, then identify the relevant observation and explain how the scientific concept connects them. The answer can be short and accurate. A long paragraph with unrelated keywords may look impressive while communicating less understanding.

Ask teachers how they distinguish a language difficulty from a scientific misconception. If the pupil understands the idea but cannot write it, targeted literacy support may help. If the pupil has selected the wrong scientific principle, returning to a simpler demonstration or diagram is more useful than asking for a longer sentence.

Scientific curiosity should not depend on hazardous home experiments

Some parents feel they must create experiments at home to prepare their child for a higher Science level. This is unnecessary and may be unsafe. Scientific reasoning can be practised with school diagrams, published data tables, observations of familiar natural phenomena and carefully framed questions about evidence.

Laboratory equipment, chemicals, flames and electrical procedures require appropriate supervision and school safety instruction. The child can still learn how variables work, why a test must be fair and what a conclusion means without conducting hazardous practical work independently.

Ask prospective schools what ordinary Secondary 1 pupils do in Science lessons, how safety is taught and whether they are expected to record and explain evidence. A school that provides thoughtful practical learning may be better for this pupil than one that simply advertises a sophisticated competition project.

English AL7: a foundation that Science uses

English AL7 can reflect difficulty with vocabulary, reading stamina, sentence meaning or written organisation. The grade cannot identify exactly which skill is least secure. Ask the Primary 6 teacher for examples of classroom work and whether the child can explain the main idea of a short unfamiliar paragraph independently.

A pupil taking G2 Science may encounter longer technical instructions. A short reading routine based on topics the child enjoys can help: read a manageable passage, identify its main point and find one detail that supports it. Discuss unfamiliar scientific vocabulary in context instead of memorising a list of long words with no explanation.

Reading confidence supports Science but cannot replace scientific concepts. A clear teacher should help pupils interpret the task and understand the relevant relationship. Parents should look for a school that builds literacy alongside subject knowledge, rather than simply requiring the child to complete more advanced Science worksheets.

Mathematics AL7: establish stable numeracy

Mathematics AL7 may be associated with difficulty in fractions, ratios, place value, operations or word problems. The result does not reveal which concept needs the most attention. Ask teachers where the pupil’s working first becomes inaccurate rather than treating every wrong answer as carelessness.

Use diagrams and simple quantities. If three equal groups contain fifteen objects, ask the child to explain how many are in each group and why division applies. If fractions are confusing, show parts of a whole visually before using symbolic rules. When a calculation is complete, ask whether the result is plausible.

These habits can also help with Science measurement. The pupil needs numerical understanding to read graphs accurately, but the Science concept remains a separate learning objective. The school should support both without assuming that eligibility for G2 Science means all numerical prerequisites are already mastered.

Mother Tongue AL8: the actual language matters

Mother Tongue AL8 can be a Standard result or a Foundation C posting equivalent, depending on what the child studied. The original result should be recorded. The pupil may study Chinese, Malay or Tamil, with different writing systems, vocabulary and school arrangements.

Ask what the child can do in reading, writing, speaking and listening. A pupil might communicate easily with relatives but find a formal passage difficult. Another may decode words but not identify the main idea. These situations need different teaching, so a generic instruction to memorise more vocabulary is often insufficient.

Before choosing a school, confirm that the necessary language is provided at the appropriate level and location. Where a recognised arrangement involves a separate venue or timetable, include travel and CCA effects in the comparison. A strong Science programme is not enough if the rest of the child’s school experience is impractical.

The first-year timetable under Full Subject-Based Banding

PG1 pupils can share mixed form classes with students of different Posting Groups for common-curriculum subjects, while examinable subject classes can be organised according to their individual levels. A child taking G2 Science may therefore learn with different classmates during Science and during the common curriculum.

Parents should ask how pupils keep track of classrooms, books and assignments. A simple homework planner can help the child manage different expectations without an adult supervising every moment. The school should also provide a clear point of contact for questions about subject levels and workload.

School life includes friendships, CCA, orientation and personal development. A pupil who feels able to ask questions and participate confidently may progress more effectively than one who is exhausted by an impractical commute or afraid of making mistakes in a higher-level Science class.

Historical school comparison for score 28

Historical SchoolFinder cut-offs are the last-posted scores of the earlier cohort. At score 28 through PG1, a previous PG1 cut-off of 27 was a reach, a cut-off of 28 was the old boundary and 29 provides a one-point numerical historical margin. None of these numbers guarantees a future school place.

A 30* notation means the school had places remaining after the previous exercise, so the maximum eligible PG1 score is displayed. It does not necessarily identify the score of the actual last pupil or reserve a seat for the following year. Do not use a 30* as a measure of a school’s teaching quality.

MOE advises using six genuine school preferences and including two or three with favourable historical score comparisons where feasible. Near the upper end of PG1, options may be limited geographically. Parents should avoid inventing cut-offs higher than 30 or adding a school the child could not realistically attend simply to create a safer-looking list.

School	2025 PSLE PG1 endpoint	Score-28 historical position	Area
Kranji Secondary School	28	Old boundary	Choa Chu Kang
Greenridge Secondary School	28	Old boundary	Bukit Panjang
Junyuan Secondary School	28	Old boundary	Tampines
Admiralty Secondary School	29	One-point margin	Woodlands
East Spring Secondary School	29	One-point margin	Tampines
Bedok Green Secondary School	30*	Earlier unfilled places; not guaranteed	Bedok
Broadrick Secondary School	30*	Earlier unfilled places; not guaranteed	Dakota
Punggol Secondary School	27	Historical reach	Punggol
Northbrooks Secondary School	27	Historical reach	Yishun

A western school comparison: Kranji and Greenridge

Kranji Secondary in Choa Chu Kang and Greenridge Secondary in Bukit Panjang both had a historic PG1 cutoff of 28 for the 2026 intake. A score-28 pupil matched that previous boundary at each. The schools nonetheless have different communities, journeys and programmes; cut-off equality does not prove equivalent teaching.

Kranji’s applied-learning focus on design innovation for sustainable living may interest a child who enjoys practical systems. Ask how students observe, test and improve ideas and which projects are open to the ordinary Secondary 1 cohort. Greenridge has its own activities and programmes worth investigating directly.

For this profile, ask both schools about eligibility for G2 Science from Foundation A and how bridging is taught. The child also needs English, Maths and Mother Tongue foundations. A programme theme and a cutoff cannot replace specific answers about the pupil’s full timetable.

East-side schools and practical routes

Junyuan in Tampines had an old PG1 cutoff of 28, East Spring 29 and Bedok Green 30*. For score 28, these respectively represent the earlier boundary, a one-point margin and a vacancy-notated historical record. The next cohort’s actual outcome can differ.

A family in the east should compare practical school routes, Science teaching, language provision and the child’s preferred CCA. A local school with clear feedback may be better than a distant school selected only because its previous cutoff was lower.

Try the route during morning reporting and after CCA if practical. The child will need time for Science reading and numeric practice as well as adequate sleep, and transport is part of the education decision.

Northern schools and the need for a genuine preference

Admiralty in Woodlands previously had a PG1 cutoff of 29, while Northbrooks in Yishun had 27. A score-28 pupil had a one-point historical numerical margin against Admiralty and was outside Northbrooks’ prior endpoint. This admissions comparison does not show which school teaches Science better.

Ask how the school introduces Foundation learners to more demanding concepts, how reading and graph support works and whether ordinary pupils can take part in experiments and CCAs. A higher Science offer should be supported by good teaching, not treated as a promise of later academic distinction.

The child’s willingness to attend and the family journey matter. A realistic shortlist can include preferred schools at a previous boundary, but should also include genuine alternatives where historical positions and school fit allow.

Worked family case: Foundation Science A at total 28

Imagine a pupil with English AL7, Maths AL7, Foundation Science A and Mother Tongue AL8. The child enjoys observing plants and discussing simple scientific ideas but needs help reading longer English paragraphs and calculating fractions. Their parents worry that a Foundation Science result means no opportunity for more demanding Science after Secondary 1 admission.

The primary school explains that Foundation A contributes an equivalent AL6 and can meet the published G2-from-G1 criterion. The family researches suitable PG1 schools and asks how a receiving school bridges the Foundation curriculum into G2 Science. It also checks the pupil’s actual language provision, school culture and commute.

The parents compare previous PG1 cutoffs accurately and submit six schools they could genuinely accept. After posting, they read the actual Science offer and discuss the workload with the child. Their goal is to develop curiosity and accurate explanation while preserving time for English and Maths foundations.

Another case: the pupil enjoys Science but finds graphs difficult

A second child with the same result can describe simple experiments well yet struggle with graph scales and decimal readings. The Foundation A grade still satisfies the published G2 criterion, but it does not tell the family whether every quantitative prerequisite is ready.

The receiving school can help identify whether the obstacle is place value, graph reading or the Science concept itself. Start with what each axis measures, read one value accurately and only then calculate a change. Specific correction is more useful than assuming the pupil needs harder worksheets.

Parents should look for a school that develops scientific understanding without making the child feel ashamed of questions. A level is serving its purpose when the pupil can explain more concepts accurately and apply feedback to unfamiliar tasks.

The six-school preference list

Start with the official result slip and confirm PG1 eligibility. Then use SchoolFinder to identify schools in a realistic commuting area. Record the relevant historic PG1 endpoint, school programmes, CCA, pupil support and actual Mother Tongue provision. Keep the possible G2 Science offer as a separate curriculum question.

At score 28, a previous PG1 cutoff of 28 is a boundary, 29 a one-point numerical margin and 30* a special record of unused places. A past cutoff of 27 was a historical reach. These categories describe an earlier exercise, not the likelihood of one child’s current posting. Use six genuinely acceptable school preferences rather than a list built to impress relatives.

Rank the schools in genuine preference order. Ties between pupils with the same total competing for a final place can be resolved through citizenship, school-choice order and computerised balloting. Preference order cannot bypass a stronger score or change PG1 eligibility. Follow current official instructions and any confirmed DSA-Sec arrangements.

A four-week beginning for a Foundation Science learner

In week one, confirm the actual school timetable, subject offer, booklist and journey. Ask how the pupil will transition from Foundation Science into any G2 class offered. The family should not assume the higher level has been accepted simply because the PSLE grade meets a criterion.

In week two, practise observation and evidence through safe examples. In week three, read a short factual paragraph and interpret one simple graph while revisiting a specific fraction or reading difficulty identified by teachers. Maintain a manageable Mother Tongue activity so the whole timetable receives attention.

By week four, review the pupil’s school participation, homework, CCA, sleep and confidence. If the Science challenge becomes persistently difficult, consult the school using specific work samples and ask about appropriate support or level-review processes. A strong transition is measured by understanding and independent learning.

Questions to ask prospective schools

• Does this school offer PG1, and what is its correct historical non-affiliated PG1 cutoff?
• Can Foundation Science A qualify for a G2 Science offer here, and how is the actual offer communicated?
• What bridging support is provided from Foundation Science to G2 scientific concepts?
• How are scientific vocabulary, evidence, graphs and laboratory safety taught?
• How does the school support the pupil when English and Maths begin at G1?
• Does the school offer the child’s actual Mother Tongue language at a suitable level and location?
• Which Science projects or applied-learning activities are open to ordinary pupils rather than selected teams?
• How do mixed form classes and different subject-level lessons work?
• What CCAs could the child enjoy, and is the homeward journey realistic after activities?
• Who can parents approach if the pupil struggles with the initial Science level?

When the bridge from Foundation Science to G2 is demanding

The pupil may know a familiar Foundation concept yet be uncertain when a G2 question changes its context or expects a more precise written explanation. Parents should ask teachers which prerequisite concepts are missing, whether numerical skills are involved and what deliberate practice can help. A successful bridging plan identifies the exact difficulty rather than assuming all errors are caused by a lack of effort.

Parents can use a concrete piece of schoolwork and a short conversation with the child to identify one next learning goal. The receiving school can advise about suitable help and any later subject-level review. Sustainable progress is more important than trying to predict academic outcomes from a single examination result.

How to decide between a local school and a distant programme

A school with a practical Science programme may sound attractive, but parents should assess the real commute and the child’s timetable. Does the pupil have time to read English, practise Maths and attend CCA? A nearer school with clear teaching and supportive form teachers may be more useful than a distant school whose historic cutoff or publicity appears prestigious.

Parents can use a concrete piece of schoolwork and a short conversation with the child to identify one next learning goal. The receiving school can advise about suitable help and any later subject-level review. Sustainable progress is more important than trying to predict academic outcomes from a single examination result.

Frequently asked questions

Does Foundation Science A count as AL6 for PSLE posting?

Yes. Foundation A contributes AL6 to the posting total, but it is not the same examination as Standard AL6.

Can Foundation Science A qualify for G2 Science from PG1?

It meets the published initial subject-grade criterion for a possible G2 offer, subject to the receiving school’s actual offer and arrangements.

Does Foundation Science A automatically qualify for G3?

No. The usual initial G3-from-G1 criterion uses Standard AL5 or better; Foundation A is listed for G2.

Does taking G2 Science change school admission to PG2?

No. The pupil remains admitted through PG1 and must use historical PG1 cutoffs.

Is a previous PG1 cutoff of 28 guaranteed for a score-28 child?

No. It is the previous boundary and new cohort choices, vacancies and tie-breakers may change the result.

What does 30* mean?

It records places remaining in the previous exercise and does not guarantee future admission.

Parent’s final checklist

• We verified English AL7, Mathematics AL7, Foundation Science A and Mother Tongue AL8 contribution, totaling 28.
• We preserved the original Foundation A grade rather than relabelling it Standard Science AL6.
• We distinguished PG1 admission from a possible G2 Science offer.
• We checked scientific reasoning, graphs, reading, numeracy and actual Mother Tongue arrangements.
• We compared only historical PSLE 2025 PG1 score ranges and understood the 30* notation.
• We chose six genuinely acceptable schools with appropriate programmes, CCAs and transport.
• We will follow current MOE and receiving-school instructions.

Official information and companion parent guides

MOE Secondary 1 Posting; MOE SchoolFinder; Orchid Park Secondary: Full SBB grade criteria, updated July 2026; MOE PSLE and Full SBB; Score 28 with Standard Science AL6; Score 29 with Foundation Science B; General score 26–28 guide.

Evidence checked 5 November 2026. Cut-offs reflect the 2025 PSLE cohort’s entry into Secondary 1 in 2026, not guaranteed results for 2027. Current MOE rules, the original result slip and actual school offers take precedence.