Education for Bedok | St Anthony's 2027 Classroom Pilot

Did you know that St Anthony’s Canossian Primary School in Bedok is one of only six Singapore schools selected for MOE’s 2027 classroom redesign pilot? From January 2027, the participating schools will explore how learner-centred teaching, clearer feedback, flexible spaces and smaller groups in appropriate situations might improve the experience of children and teachers.

For Bedok North families, the news is especially interesting because the school already has a strong applied-learning focus on STEM sustainability, coding, digital literacy and responsible AI use. A classroom pilot is not the same as those existing programmes, yet all of them raise a useful question: how do children move beyond completing an activity to understanding why a result happened and how to improve it?

The answer for parents is practical. The school has not announced that every class becomes smaller, nor has MOE guaranteed a new class-size figure, lower homework, automatic admission or higher PSLE scores. This reader-friendly guide explains what is confirmed for 2027, what remains a test, and how to observe real educational progress.

As of 25 October 2026: the pilot and six selected schools have been announced. Child-specific class groupings, project topics and exact 2027 timetables remain matters for school notices. The examples below are original teaching illustrations, not unreleased official lesson plans.

Jump to: Quick facts · What’s being tested · STEM and coding · Worked examples · Parent checklist · FAQs · Sources.

The quick answer for St Anthony’s Canossian families

School: St Anthony’s Canossian Primary School, 1602 Bedok North Avenue 4, Singapore 469701.
School identity: the existing Canossian primary school is a girls’ school, not a new co-educational primary opening in 2027.
Start of national pilot: January 2027. The school is one of three primary schools in the six-school experiment.
Other primary participants: Woodgrove Primary in Woodlands and Zhangde Primary in Bukit Merah.
Secondary participants: Commonwealth Secondary, Deyi Secondary and Jurongville Secondary.
Classroom approach: MOE will examine flexible layouts, pupil inquiry, collaboration and more purposeful marking and feedback.
Class size: smaller groups may be used where they improve learning, but MOE has not declared that all lessons at St Anthony’s will have a fixed low enrollment.
Teacher duties: the pilot also examines ways to let teachers focus on fewer additional roles and make better use of staff and technology.
Separate existing programme: the school’s Applied Learning Programme is STEM Sustainability, with coding and inquiry activities; it is not synonymous with the new pilot.

A pilot is useful precisely because the outcome is not known in advance. MOE intends to learn which approaches actually make a difference before considering broader application. An impressive-looking room is not proof of more learning, and a smaller group can still work poorly if the teaching task is unclear.

What does classroom redesign mean in an ordinary lesson?

Flexible rooms, not necessarily new buildings

Imagine a Mathematics lesson that begins with the whole class looking at the same worked example. The teacher then invites pairs to compare two methods and finally brings them together to challenge a mistaken assumption. Movable furniture can make the changes of grouping easier; however, the essential learning lies in the quality of the question and the feedback.

The national pilot also considers more authentic problems in which pupils apply knowledge to unfamiliar situations. A child may solve an ordinary addition question correctly yet struggle when the same concept appears in a shopping or measurement story. Teaching should help pupils recognise the underlying relationship in both contexts.

Purposeful feedback instead of a page full of ticks

A student receives a Mathematics answer marked wrong because she divided by three when the question required multiplying by three. The teacher asks, “What does each group represent?” The pupil redraws the situation and explains the operation before calculating again. That feedback points to a specific misconception, rather than merely asking the pupil to repeat ten similar questions.

In English, feedback might ask a pupil to give a reason for an inference. In Science, the teacher might ask what was controlled in an experiment. A stronger marking system allows the student to act on what was learned. It does not have to involve longer teacher comments on every page.

Teacher workload must be sustainable

MOE is studying whether teachers can concentrate on two of three broad additional responsibilities: form teachership, co-curricular activities and school committee duties. This may involve support from non-teaching colleagues, coaches, instructors and appropriate partners. It does not mean pupils lose guidance, school CCAs disappear or every teacher has their duties altered in the same way.

One difficulty is that a smaller class may mean the teacher has to teach more groups. Unless schools redesign timetables and responsibilities thoughtfully, the teacher’s workload could increase even while class sizes decrease. MOE has explicitly said the experiment will proceed carefully rather than assume that one variable delivers better results.

What the school already teaches: sustainability, coding and digital responsibility

St Anthony’s Canossian Primary’s 2026 school materials describe an Applied Learning Programme with a focus on STEM Sustainability. It encourages girls to use scientific thinking, block-based programming and technology to design and test solutions to real environmental problems. Its Science department discusses learning through hands-on activities and exploration of everyday situations.

The school’s Education Technology Department page, updated on 15 September 2026, describes progressive digital literacy from Primary 1 to Primary 6. Younger pupils learn basic devices, keyboarding and online safety. Primary 3 pupils develop digital-file and presentation skills. Upper primary pupils explore AI tools, limitations, risks, safe accounts and responsible digital work.

Its Code for Fun programme at P4–P5 is integrated with the STEM Sustainability ALP. Students explore computational thinking and coding to address real-world challenges. The school’s InfoComm Club offers further opportunities in digital creation, media production, sensors, electronics and prototyping.

That does not mean the new classroom pilot is a robotics competition or that every pupil will be building the same electronic device in 2027. It does mean the school’s existing programmes provide meaningful examples for discussions of inquiry, feedback, group tasks and responsible digital learning.

Why safe AI habits matter at primary level

AI tools can produce convincing sentences that contain false names, dates or facts. A child should not upload private information or classmates’ photographs to an unapproved service simply because it is entertaining. More useful school activities include checking a generated claim against a book, deciding whether a picture is documentary or illustrative, and identifying when a tool is inappropriate.

Imagine a chatbot claiming that a plastic bottle decomposes completely within a fixed number of days. A responsible pupil asks for a credible source and distinguishes the breakdown of plastic into smaller particles from complete biodegradation. The digital tool may have sparked a question, but the evidence comes from trustworthy science and the child’s reasoning.

Three examples for parents and tutors

Mathematics: use the correct unit before comparing numbers

A class collects 12, 15 and 18 bottles across three days. One student says the collection has increased by six. Another says it has increased by 50%. Both statements can be correct—but they describe different things. The increase from 12 to 18 is six bottles, while six divided by the initial 12 is 0.5, or 50%.

A deeper question asks what happens if the number of pupils collecting bottles also changed. Would the total alone tell us that each pupil became more active? Not necessarily. A learner should identify the denominator and make a fair comparison before drawing a conclusion.

Science: did light or water affect growth?

Two sets of bean plants grow at different rates. One group receives more light but also more water. A student cannot identify the cause simply by seeing the taller plant. A stronger design compares similar plants while changing only one planned factor, recording repeated observations and acknowledging practical limitations.

If the first experiment fails, the teacher’s feedback can help the pupils improve the method. That is a meaningful learning outcome: the child becomes better at asking a question and designing a fair test, not just at predicting an expected answer.

Coding: a robot needs instructions and safety constraints

An illustrative school model has a small robot that must move from a start square to a recycling point. The instructions tell it to move three steps and turn right. But a new obstacle appears. A stronger design requires a detection rule: if the route is blocked, stop and choose a safe alternative instead of continuing into the obstruction.

This is a simple way to introduce the difference between a fixed sequence and a conditional instruction. The child tests the instructions, identifies failure and improves the design. No particular robot or programme is being claimed as St Anthony’s 2027 curriculum.

What to ask the school before January 2027

Which level or lesson? A school-wide pilot announcement does not mean every child has the same new class grouping.
What educational goal? Ask whether the arrangement is intended to improve explanation, engagement, feedback, conceptual understanding or another skill.
What changes physically? A different furniture layout is not the same as an officially reduced form-class size.
How will feedback work? Invite the pupil to show a corrected response and explain what changed in the second attempt.
How are teachers supported? The school may test different responsibilities; families should continue using the current official communication route.
What happens to familiar programmes? STEM Sustainability, Code for Fun, digital literacy and CCAs remain important existing areas of school life.
What is the child’s routine? Protect enough sleep, manageable travel, recreation and family time.
How is admission affected? The 2027 P1 Phase 2C national reform is separate from classroom redesign. Use MOE’s actual intake and registration requirements.

For a pupil already attending the school, the strongest evidence of improvement may not be a test score immediately rising. It may be a clearer explanation of why a previous method failed, the ability to ask a new scientific question or more independence when faced with unfamiliar work. A school should still evaluate these against wider learning outcomes, not rely only on anecdotes.

A practical family scenario

Illustrative example. A Primary 4 girl enjoys coding but rushes through Mathematics word problems and often chooses the wrong operation. Her parents hear that St Anthony’s is in the classroom pilot and hope a smaller group will fix this automatically.

A more useful approach is to identify the precise problem. Does she misunderstand what a “group” means? Does she struggle with units or the sequence of events? Her teacher might ask her to draw a diagram, explain why an operation fits and test the result using a different representation. The parents can then practise one changed example, not simply pile on worksheets.

The school pilot may provide new opportunities for closer feedback, but it remains an experiment. The family’s role is to support a calm routine and ask what the child now understands, not promise immediate improved grades.

2026 to 2027: what to watch

16 September 2026: MOE names St Anthony’s Canossian Primary as one of six schools in the 2027 classroom redesign pilot.
October–December 2026: schools prepare approaches and communicate relevant arrangements. No universal class-size cap has been announced.
January 2027: the pilot begins in the selected schools, with approaches suited to each setting.
During 2027: MOE studies learning quality, feedback, flexible spaces, staff duties and the sustainability of any changes.
2027 separately: MOE’s enhanced Code for Fun availability and the revised P1 Phase 2C registration rules are national initiatives with distinct objectives.
Later: MOE will consider which pilot approaches should be adopted more widely only after evaluating what they achieve.

Frequently asked questions

Will every St Anthony’s Canossian class have fewer pupils in 2027?

MOE has not announced that. The pilot examines where smaller groups help and how they work with teaching, feedback, staff time and space.

Is St Anthony’s opening a new school in 2027?

No. It is an existing Canossian girls’ primary school in Bedok North, taking part in a national educational experiment.

Does the pilot replace PSLE or the school curriculum?

No. It focuses on lesson methods and work organisation. MOE has not announced any cancellation of PSLE because of this pilot.

Will teachers stop running CCAs?

No blanket abolition of CCA duties has been announced. MOE is examining staffing and responsibility models while retaining student development opportunities.

Are coding and AI education the same thing as the pilot?

No. The school’s coding, AI and sustainability programmes already exist. The 2027 pilot examines broader classroom teaching and teacher-work arrangements.

Does participation confer P1 admission priority?

No. P1 eligibility, citizenship, distance and vacancies remain governed by MOE’s actual registration framework. Pilot status is not an admissions phase.

How can parents tell if the pilot is useful?

Look for improvements in understanding, thoughtful discussion, corrected work and student wellbeing, not just the number of desks or pupils in a room.

Sources and connected Bedok guides

Editorial fact check, 25 October 2026. The classroom examples are original teaching illustrations. Specific grouping, teacher assignments, assessment procedures, pupil support and admission rules must be confirmed with MOE and St Anthony’s Canossian Primary School.

Education for Bedok | St Anthony’s Canossian Primary’s 2027 Classroom Pilot