Compassvale Secondary School at 51 Compassvale Crescent, Singapore 545083, is a co-educational government secondary school in Sengkang that Punggol families can consider through Posting Group 2 (PG2) when eligible. For the 2026 Secondary 1 intake, its published historical PG2 PSLE Score range was 21–24, with 24 the last admitted score. This is a reference from the previous cohort, not a confirmed 2027 cut-off or guarantee of admission. A pupil with a PG2-eligible score must still use the official school-choice procedure, where school preferences, citizenship priority, available places and the actual year’s results influence the posting.

Compassvale’s distinctive programmes provide useful reasons to investigate it beyond the score range. The school identifies itself with the vision of developing world-ready youths and publishes an Enhanced Applied Learning Programme called ACES, involving Aeronautics, Coding, Engineering and Sustainability. Its Green Compass Learning for Life Programme involves environmental and community learning, while Secondary 1 and 2 pupils develop Digital and Media Literacy through self-paced lessons. The school also describes interdisciplinary project work, overseas perspectives and a STAR developmental journey. For a PG2 pupil, those opportunities should be examined alongside the actual G2/G3 subject offer, school culture, CCAs, commute and capacity to sustain the workload.

• School: Compassvale Secondary School, 51 Compassvale Crescent, Sengkang, Singapore 545083.
• 2026 historical PG2 range: PSLE Score 21–24, last admitted score 24; not a 2027 prediction.
• PG2 meaning: The Secondary 1 Posting Group; individual academic subjects may be taken at G1/G2/G3 subject levels under Full SBB.
• School vision: World-Ready Youths, with emphasis on integrated competencies and development.
• Enhanced ALP: ACES — Aeronautics, Coding, Engineering and Sustainability.
• Learning for Life Programme: Green Compass, connecting environmental responsibility and community action.
• Digital and Media Literacy: A curriculum for Secondary 1 and 2, using self-paced and practical learning.
• Project Work: Interdisciplinary work on issues such as waste and energy, linking knowledge with evidence.
• STAR: Student development from self-discovery towards more independent preparation for later life.
• Other experiences: Published Perspectives overseas-learning opportunities; individual participation and selection must be checked.
• Next step: Visit the official school pages and MOE SchoolFinder; check the student’s actual Posting Group and a realistic Punggol-to-Sengkang route.

Definition lock: a PG2 admission is not a permanent stream

Posting Group 2 is a national Secondary 1 admission category introduced with Full Subject-Based Banding. It guides posting and indicates a general initial learning demand. It is not a permanent measure of intelligence, a CCA placement or a reason to assume that every subject in the child’s timetable must be taught at exactly the same level. A student may begin with G2 as a general academic level and take an eligible subject at a more demanding level where the school and MOE criteria permit it.

This distinction matters when comparing schools because a child with PSLE Score 24 may have strengths that are not visible in the aggregate. One pupil might be particularly good at expressing ideas, another at designing practical solutions and a third at reasoning with numbers. The parent needs to understand how Compassvale’s academic curriculum and programmes could support the actual student, not an imagined average PG2 pupil.

The full experience of a school involves far more than one score. Children build friendships, handle responsibility, learn across subjects, participate in CCAs and discover interests. The original posting group should not be used to rank their personal worth or restrict their willingness to learn new skills.

This article owns the Compassvale-specific PG2 decision for families in Punggol. The existing Punggol four-school guide compares campuses within Punggol proper; Compassvale is a nearby Sengkang alternative and deserves an accurate school-specific treatment rather than an invented local campus.

What the historical 21–24 range actually means

For the completed 2026 Secondary 1 intake, Compassvale’s PG2 range was 21–24 in listings that reproduce MOE SchoolFinder information. The range covers the first and last pupils admitted through that group in the preceding posting exercise. Because lower PSLE totals reflect stronger aggregate performance, 24 is the last admitted or historical cut-off point. It does not prove that a student scoring 24 will automatically be offered a place next year.

The 2027 posting outcome will be determined only after eligible pupils submit their choices. The number of applicants preferring Compassvale, their scores, any applicable priority and the available seats all matter. Even a pupil at a historical cut-off may be subject to the official tie-break process. Families should not write a speculative number into a form as though the school has already announced it.

A second mistake is to compare the PG2 figure with another school’s PG3 figure. These refer to different admission groups and do not establish a universal rank of school quality. A pupil with PSLE Score 21 or 22 may have a choice of PG2 or PG3 under current arrangements, while a pupil with 25 may have a PG1/PG2 choice. The group selected in the actual application matters.

The responsible shortlist records school name, group, previous intake year, historical range, actual travel and programme fit. It never confuses last year’s outcome with this year’s offer.

Why a Punggol family might consider Sengkang schools

Punggol residents need not limit their six Secondary 1 options to campuses with “Punggol” in their address. Compassvale lies in the neighbouring Sengkang estate, and its accessibility may be practical for some families depending on their home, transport connection and daily schedule. A school across the town boundary may still have a reasonable route, while a school within the estate might be less convenient from a particular block.

The real question is whether the child can reach the school safely and consistently. A journey may involve walking, LRT, MRT or a bus, and the appropriate choice depends on the actual route and timing. Do not invent a ten-minute journey from a map or assume every Punggol household uses the same interchange. Test the morning and after-CCA route before deciding.

School distinctiveness is another reason. A pupil interested in coding, design, environmental questions or digital media may wish to investigate Compassvale’s ACES and Green Compass programmes. Interest is not proof of school fit by itself, but it gives the family specific questions to ask at an official information event.

The choice should combine programme, classroom learning, support, CCA, travel and genuine student preference. An estate boundary is not a curriculum boundary.

Compassvale’s World-Ready Youth vision in practice

Compassvale’s 2026 principal’s message describes the school as preparing World-Ready Youths and refers to integrated competencies and development clusters. This suggests an approach in which different subject disciplines and experiences help students develop skills for changing circumstances. The words are meaningful when the school can show how learning changes a student’s actions.

For example, a child investigating a practical issue might need to gather information, interpret numerical evidence, communicate a proposed solution and consider the people affected. If the activity is genuinely interdisciplinary, the child should see that English, Mathematics, Science and social understanding reinforce one another. The school may provide programmes that create these opportunities, but the outcome still depends on the child’s participation and teacher guidance.

Parents should ask for examples of work produced by ordinary Year 1 pupils, not only prize-winning senior projects. Can a pupil explain the original question, the evidence used and what would be changed? The quality of that explanation is a better indicator of learning than how expensive the equipment looks.

A PG2 pupil need not be the strongest examination scorer to become capable of such reasoning. The school should provide appropriate academic foundations while encouraging curiosity and careful thinking.

Enhanced ALP-ACES: why the acronym matters

Compassvale’s Enhanced Applied Learning Programme is described as ACES, bringing together Aeronautics, Coding, Engineering and Sustainability. These themes can give students tangible experiences of how technical knowledge serves real problems. Aeronautics can introduce principles of flight and design constraints, coding can build sequential thinking, engineering can involve testing prototypes, and sustainability can prompt questions about resources and long-term consequences.

A strong project does not simply involve four activities placed side by side. It helps the child understand how a design decision affects an outcome. If a model aircraft performs poorly, the learner should consider forces, balance, measurement or construction rather than blame bad luck. If a code sequence fails, the student can test instructions and identify the first incorrect assumption.

The programme may include hands-on projects, competitions and CCAs as outlined on the school website. However, those are not all identical opportunities for every Year 1 pupil. The standard curriculum, selected enrichment and school-team representation may follow different criteria.

Parents should read the school’s current activity descriptions and ask what the child will actually study during the relevant year. ACES is an educational starting point, not an automatic qualification in aerospace engineering.

Aeronautics: a route into scientific questions

A learner interested in flight might initially focus on the excitement of a model glider or drone. The educational value begins when the student asks why an object flies, what changes when its shape is altered and how a claim could be tested safely. Principles of force, motion, measurement and design all become relevant, though the exact concepts taught depend on the programme.

A practical investigation might involve comparing two paper designs under controlled conditions. Pupils should keep launch method and environment as consistent as possible if they wish to compare outcomes fairly. They can record observations and recognise that one short test does not prove a general rule. The goal is experimental reasoning, not impressive footage.

For a G2 Science student, the task may make ideas about variables, evidence and explanation more concrete. A pupil might also use graphs or averages from Mathematics. These connections are educationally valuable when the student understands them rather than copying an adult’s analysis.

Never assume that an introductory school aeronautics activity authorises students to fly drones independently in public spaces. Safety and applicable aviation rules remain separate requirements, and actual school activities are supervised under their own conditions.

Coding: understanding instructions rather than copying answers

Coding in a school ALP can help pupils think in sequences, conditions and feedback loops. A child may be asked to programme a simple behaviour and revise the logic when an output differs from expectation. That develops a habit of identifying the first incorrect step, similar to checking a Mathematics solution.

A pupil who can copy a working program may feel successful without understanding why it works. Ask the student to explain each section, predict what happens after one change and then test the prediction. If the result is surprising, the learner can investigate the cause. This is a more reliable measure of learning than merely producing an attractive final demonstration.

The same habit applies to generative AI. A model may offer code, but the student still needs to verify it, respect school rules about permitted assistance and identify how the program behaves. Outsourcing all thinking to a tool undermines the intended capability.

Compassvale’s separate Digital and Media Literacy curriculum may provide additional context for responsible technology use. Parents should ask how the school’s programmes support one another without assuming they are a single combined examined subject.

Engineering: from an idea to something testable

Engineering projects are strongest when the pupil can describe a genuine need, propose a solution, build or model it and evaluate the result. A beautiful prototype may still be unsuitable if it is fragile, unsafe, costly or inconvenient for users. Learning to notice those limits is part of competent design.

A parent can ask five questions: Who needs the product? What problem is being solved? Which constraints matter? How was the design tested? What should change next? The child does not need professional terminology to begin answering. Clear reasoning is more important than jargon.

A PG2 pupil may discover that mathematics is useful for measurement, ratios and material planning. A different student may see why English communication matters when explaining the design. The project creates a reason to strengthen academic foundations without pretending that the applied activity replaces formal syllabuses.

The school should set the practical safety rules and supervise equipment. Do not attempt to replicate unfamiliar technical operations at home solely because a child saw a school demonstration.

Sustainability: linking a technical solution to human needs

The sustainability component of ACES encourages students to consider whether a solution uses resources responsibly and meets real-world needs. A device that saves electricity in one situation might require materials or maintenance that change its overall impact. Such questions cannot be answered solely by calling a product “green”.

Students can begin with simple comparisons: what is consumed, what benefit is created, what evidence supports the claim and which costs remain unseen? A classroom project about water or waste could incorporate data collection and community understanding. The pupil learns that a system has inputs, outputs, unintended effects and human consequences.

Punggol and Sengkang provide accessible local contexts, including housing, transport, green spaces and public facilities. A family may discuss these examples without claiming that Compassvale runs a particular unverified excursion to each site.

A good sustainability project encourages intellectual honesty: if a student does not have enough evidence to claim that a solution is environmentally superior, the next task is to gather better evidence, not to invent an attractive figure.

Green Compass: the Learning for Life Programme

Compassvale’s Learning for Life Programme is called the Green Compass Programme. Its public description focuses on forming responsible citizens through environmental and community projects. This complements the technical ALP but has a distinct character-development purpose. Students can learn to recognise shared responsibilities, listen to community needs and act respectfully.

A service idea should begin with the people or environment it is intended to help. A student might notice a waste problem and propose a school-supported activity, but must ask whether the chosen response addresses the actual cause. Counting photographs or volunteer hours without evaluating usefulness can turn service into performance rather than learning.

Reflection matters. What did the team learn? Who benefited? Which assumption was wrong? How could the effort be made more sustainable? These questions encourage the pupil to move beyond good intentions.

Parents should check how LLP experiences are scheduled and whether particular enrichment opportunities require selection. A programme name does not guarantee a leadership title, external partner or automatic LEAPS 2.0 attainment.

Green citizenship without moralising at children

An environmental activity becomes less helpful when adults use it only to tell children that they are failing the planet. A teenager needs opportunities to understand systems, evaluate trade-offs and contribute within realistic limits. The Green Compass idea is more valuable when it connects responsibility with practical competence.

For example, reducing waste at a school event may require understanding which materials are actually recyclable, how disposal is organised and whether suppliers can reduce unnecessary packaging. Pupils can learn that a catchy slogan is not the same as an operational solution. They may also recognise that different families face different financial and practical constraints.

A PG2 child who enjoys organising people may contribute through communication, while another with a mathematical strength may estimate quantities. The programme can help students appreciate how varied skills combine for a common purpose.

The educational outcome is a young person who can ask better questions and make responsible decisions, not somebody who recites the longest list of environmental slogans.

Digital and Media Literacy in Secondary 1 and 2

Compassvale’s 2026 distinctive-programmes overview describes a Digital and Media Literacy curriculum for Secondary 1 and 2. Students develop digital skills through self-paced learning and practical creation. This is particularly relevant because secondary pupils increasingly encounter online content that looks credible despite containing mistakes, deceptive editing or undisclosed advertising.

A good literacy task distinguishes a claim from its evidence. The pupil should ask who created the information, when it was published, whether a primary source exists and how other reliable sources compare. A highly polished video can still mislead. An AI-generated explanation can be fluent yet wrong. Critical judgement is more valuable than merely knowing which app to use.

Digital creation has its own responsibilities. A child should not post identifiable images of classmates without appropriate permission or reveal private school information in a public demonstration. Technical capability and consent need to develop together.

Parents can support the lesson by discussing one online claim calmly, rather than accusing the teenager of trusting everything they see. Ask what evidence would change the child’s mind and how a credible source could be identified.

Interdisciplinary Project Work at Compassvale

The school describes Project Work involving topics such as waste and energy, linking disciplines around meaningful real-world issues. That may require reading, data, collaboration and an ability to present conclusions with appropriate evidence. It should not be confused with an additional national examination that every PG2 pupil automatically takes under the same format.

The most useful group projects assign real intellectual work to each member. One student may gather information, another analyse data and another communicate the findings. But the group should still ensure that everyone understands the shared conclusion. A single pupil doing all the work produces a weak learning experience even if the final presentation looks good.

A parent can ask the child to explain their own contribution and one decision the group changed after feedback. This encourages responsibility without turning the conversation into a competition about who did the most.

Project Work may reveal strengths beyond a PSLE aggregate. A pupil who struggles with long essays could be a careful observer or an effective organiser; those abilities deserve recognition while language skills continue to develop.

The STAR developmental journey

Compassvale’s public distinctive-programme listing describes STAR as a progression helping students discover strengths and grow their impact from Secondary 1 to later years. The parent should understand it as a developmental framework rather than a promise that every pupil receives identical awards or career opportunities.

Early self-discovery can involve recognising interests and values. Later exploration may include greater responsibility, more independent projects and preparation for future education. The useful question is whether the student becomes better at describing what they can do, what they need to learn and how their choices affect others.

A PG2 pupil’s academic profile may evolve during this journey. A student who initially struggles with Mathematics might discover a talent for applied engineering and become motivated to repair algebra. Another may excel in communication and later explore creative or community-oriented directions. Neither outcome is predetermined by the original posting group.

Parents should ask the school which STAR experiences apply to the relevant year and how students receive guidance. A clear answer is more valuable than a marketing claim about becoming a future leader.

Overseas Learning Experiences: interest, selection and cost

Compassvale’s Perspectives programme describes overseas learning experiences, including examples involving Indonesia, China and Vietnam. These may broaden cultural understanding, communication and appreciation of different communities. But families should not assume every student will travel overseas or that a past destination is a guaranteed 2027 itinerary.

An overseas experience has educational value when pupils learn something concrete, participate respectfully and reflect afterwards. A student may discover that assumptions about another country were inaccurate or that local habits vary across communities. The trip should not become merely a photo collection for a portfolio.

Parents should check actual selection criteria, financial assistance, consent, safety and programme dates. An opportunity may be optional or limited, and the household’s resources matter. A child who cannot participate in a particular overseas activity can still learn global awareness through school and community experiences.

Avoid evaluating a school solely by how many countries appear in an older trip gallery. The ordinary classroom experience remains the foundation of four years of secondary education.

Full SBB and the everyday Compassvale timetable

Mixed form classes allow students with different learning profiles to share social and common curriculum experiences. For levelled academic subjects, students may attend the subject groups appropriate to their G1, G2 or G3 offers. A pupil should therefore read the formal timetable carefully rather than assume every friend in the form class has the same English or Mathematics lesson.

This structure can create opportunities for mutual respect. A classmate at a different Mathematics level might be particularly strong in art, sport or leadership. Parents should encourage children to describe classmates through their actual qualities rather than one academic label.

The new student may need time to adjust to moving between classes or tracking several teachers’ assignments. A simple notebook, reliable digital platform and weekly review can help. Ask the school which tools it actually uses and how pupils can seek assistance.

The correct goal is independence with support, not forcing a thirteen-year-old to manage every new responsibility perfectly from the first day.

G2 English: clear reasoning for the digital world

The English skills needed at secondary school connect naturally with digital and media literacy. A student may read a persuasive article, examine a claim and decide whether the evidence supports it. At G2, this requires careful comprehension and clear explanation, not simply recognising familiar vocabulary.

A frequent difficulty is giving an inference without citing the relevant words. Parents can ask the teenager to show the sentence that supports the idea and explain the connection. Another issue is writing a paragraph that sounds fluent but fails to answer the question. The student should identify the intended reader and purpose before drafting.

For an applied project, writing can be made meaningful. Ask the pupil to explain a prototype in four steps: problem, design, test and conclusion. The task develops organisation and precision while drawing on the child’s own experience.

A PG2 student who is strong in English may later take the subject at a more demanding level where eligible. Any change must be grounded in the school’s actual rules and the pupil’s readiness.

G2 Mathematics: moving from calculation to structure

Some students handle primary arithmetic confidently yet find algebra unfamiliar. A letter representing an unknown quantity requires a different way of thinking. A technical ALP may make algebra useful, but the child still needs to understand the symbolic rules explicitly.

If the student writes 2(x + 3) = 2x + 3, ask what two identical groups contain. The multiplier must apply to both terms, giving 2x + 6. Next ask the pupil to solve a changed example without a model. Independent transfer is better evidence than copying the corrected line.

Graphs and ratios also connect to coding and engineering. A pupil can learn to read axes, choose reasonable units and describe relationships in words. Those foundations are important whether the child remains at G2 or later qualifies for G3.

More worksheets are not automatically better. The first task is to identify whether an error comes from misunderstanding, question interpretation or careless presentation.

G2 Science: explaining why an outcome occurs

An aeronautics or sustainability activity can motivate scientific curiosity, but it does not replace the Science syllabus. Students still need to distinguish observations, variables, explanations and conclusions. A model aircraft travelling farther once does not prove that every change in design caused the effect; the pupil should think about controls and repeatable evidence.

In classwork, ask the child what the question requires. Does it ask for a description, an explanation or an evaluation? A student who remembers a technical word but cannot explain the mechanism needs more conceptual teaching. Another who understands the concept but misreads a graph requires a different kind of practice.

The parent can request one example of the pupil applying a school Science idea to ACES or Project Work. Such transfer demonstrates meaningful learning beyond memorising definitions.

The student should be able to explain the idea without a chatbot or parent supplying the entire response.

CCAs and community participation

Compassvale publishes CCA information spanning sports, uniformed groups, performing arts, clubs and societies. The school has also described opportunities for competition and project development in its distinctive programmes. The actual current list and selection process determine what is available to an incoming Secondary 1 pupil.

Ask the teenager to identify two activities they would genuinely enjoy for several years. Then consider training times, commute, safety, costs and academic balance. A CCA is a valuable setting for friendships and responsibility, but should not become another source of constant comparison.

LEAPS 2.0 attainment recognises Participation, Achievement, Leadership and Service under formal criteria. An ALP project or CCA performance should not be translated automatically into a promised two-point bonus. The school keeps the official record and can explain how different experiences are recognised.

A balanced choice allows a child to develop strengths outside examinations while retaining enough time for homework, sleep and family life.

The Punggol-to-Compassvale transport test

Compassvale Secondary is in Sengkang, not within Punggol itself. Punggol families should check the actual travel from their home rather than infer an easy journey from the word “nearby”. A route may involve Punggol MRT, Sengkang MRT, local buses or LRT connections, depending on the household’s starting point.

Test the morning journey and the after-CCA journey separately. The school day may end at a different time on some afternoons, changing congestion and waiting. A child may be comfortable making one transfer but find another complicated during heavy rain. Practise a backup route and safe pickup point.

The family should consider time rather than straight-line distance. A longer journey that the student can manage predictably may still be acceptable if the school offers a genuinely suitable environment. An unpredictable route that regularly creates fatigue deserves attention.

Do not invent exact travel durations in a general article. The family’s real route is the evidence that matters.

What to ask at a Compassvale school visit

Ask which ACES activities are core for Year 1 and which involve optional extension. Ask how the Green Compass Programme is delivered and whether students complete a genuine community project. Request an example of a Digital and Media Literacy task, and ask how pupils are taught to verify information.

Then ask about subjects. How are G2 and eligible G3 classes timetabled under Full SBB? What help is available if a child needs to strengthen reading, algebra or organisational habits? How does the school communicate learning and wellbeing concerns with parents?

Let the teenager ask a question. The child may be curious about a drone, media project, CCA or classroom culture. The answer can help them imagine ordinary school life more clearly than a score table.

A school visit helps a family choose preferences; it does not confirm a seat. The official posting system determines admission.

A four-week transition plan if the child is posted here

During the first week, focus on safe travel, orientation and understanding the timetable. During the second, help the student set up an assignment record that covers different subject-level lessons. During the third, review one piece of English or Mathematics work and identify a small improvement goal. During the fourth, ask about friendships, CCA interests and how the student feels about the school community.

This plan is illustrative, not a published Compassvale requirement. The school’s actual orientation, assessment and activity schedules take priority. The parent should reduce assistance as the student becomes more independent rather than manage every deadline indefinitely.

A teenager may be excited about ACES but anxious about English, or confident in Science while unsure about making friends. These mixed feelings are ordinary reasons for an attentive conversation. The response should address the real difficulty instead of judging the entire child by their PG2 route.

The objective is a stable start, not an immediate competition to become the best pupil in every activity.

What meaningful tuition support would look like

A pupil entering PG2 does not automatically need private tuition. School teaching, teacher consultation and well-designed independent study may provide sufficient support. Additional lessons should address a genuine gap or purposeful extension rather than anxiety created by a school comparison chart.

At eduKate, a three-student tutorial can make room for the tutor to inspect individual working and ask pupils to explain their methods. In Mathematics, this might reveal a misunderstanding of distribution or negative signs. In English, it might reveal a missing connection between inference and evidence. In Science, the pupil may need to distinguish observation from explanation.

A useful tutor should identify the earliest incorrect step, teach the underlying principle and test a changed problem without help. The aim is independence. Tuition cannot override MOE posting rules, guarantee a G3 upgrade or ensure admission to a named post-secondary course.

Families should keep the workload sustainable. A child already attending long school and CCA days may benefit more from focused repair and rest than another extensive worksheet schedule.

Three hypothetical PG2 pupil profiles

The aeronautics enthusiast. A child enjoys model aircraft and coding but is uncertain about algebra. Compassvale’s ACES is worth investigating, but the family should check actual programme arrangements and help the student understand mathematics rather than pretend practical enthusiasm replaces it.

The environmental communicator. Another pupil reads fluently, likes community questions and wants to help reduce waste. Green Compass and Project Work may provide meaningful contexts. The family should encourage evidence-based explanations and realistic service rather than assume every project earns an award.

The digital creator. A third pupil enjoys making short videos and online presentations but needs to improve source verification. The Digital and Media Literacy curriculum is a reason to ask about teaching. The student can learn to create responsibly, respect privacy and test factual claims.

These are fictional examples, not claims about named students or assured school places.

Frequently asked questions about Compassvale PG2

Does Compassvale Secondary accept PG2 pupils?

Its completed 2026 intake included PG2 pupils with a published historical PSLE Score range of 21–24. Check MOE SchoolFinder for the current reference and posting eligibility.

Is a PSLE Score of 24 guaranteed admission in 2027?

No. The figure is the previous intake’s last admitted PG2 score. The next cut-off is determined only after the new posting exercise.

Can a PG2 pupil take G3 subjects at Compassvale?

Full SBB allows subject-specific flexibility where eligibility, school arrangements and readiness permit it. The formal offer must be confirmed with the school.

What is the ACES programme?

Compassvale’s Enhanced ALP links Aeronautics, Coding, Engineering and Sustainability through applied-learning opportunities.

What is Green Compass?

It is the school’s Learning for Life Programme, centred on responsible citizenship and environmental or community learning.

Is Digital and Media Literacy only for senior pupils?

The published 2026 distinctive-programmes overview explicitly describes a curriculum for Secondary 1 and 2 students. The actual current schedule should be confirmed.

Does an ACES project count as an SEC G3 subject?

No. Applied-learning experiences and formal SEC subject examinations are different parts of education.

Will every pupil visit Indonesia, China or Vietnam?

No guaranteed individual overseas trip follows from the programme description. Selection, timing, consent and resources depend on the school’s current arrangements.

Is the school located in Punggol?

No. Compassvale Secondary is in Sengkang, at 51 Compassvale Crescent, and can be considered by eligible Punggol families.

Are all school CCAs available to every applicant?

No. CCA selection, capacity and actual programme arrangements must be checked with the school.

Does an ALP guarantee a polytechnic or SIT place?

No. Future admission is based on the actual qualifications and selection procedures of the receiving institution.

Should parents choose this school solely because of a historical cut-off point?

No. Combine score reference with teaching, interests, school culture, CCA, transport and student fit.

Your Next Step

Check Compassvale’s current school profile, ACES, Green Compass, Digital and Media Literacy and parent information pages, then consult MOE SchoolFinder for the latest historical PG2 range. Compare the real journey from your Punggol home and discuss which activities the child genuinely wants to try. Rank schools in genuine preference order; treat a previous-year score as evidence, never a promise.

This is the Compassvale-specific PG2 article for Punggol families considering a Sengkang school. It complements the separate Edgefield, Greendale, Punggol Secondary and Yusof Ishak profiles and does not replace the general PSLE posting or Full SBB guides.

Official sources and related reading

• Compassvale Secondary: 2026 Principal’s Message
• Compassvale Secondary: Distinctive Programmes, updated September 2026
• Compassvale Secondary: Co-Curricular Activities
• Compassvale Secondary: School website
• MOE SchoolFinder
• MOE: Understanding historical PSLE Score ranges
• MOE: Full Subject-Based Banding
• eduKatePunggol: PG2 Punggol school options