Academic integrity under Full Subject-Based Banding is not just a rule against cheating in an examination. It is the practice of representing what a learner genuinely knows, what help was received and where ideas, words, data and images came from. Singapore students can study different subjects at G1, G2 and G3, but honesty about learning is relevant to every level. An elegant answer produced by someone else may look successful while concealing a gap that prevents the child from handling the next unfamiliar task.
This guide explains plagiarism, attribution, paraphrasing, collaboration, model answers, tuition assistance and generative AI in the context of Full SBB and the Singapore-Cambridge Secondary Education Certificate, which begins in 2027. It distinguishes school homework, classroom practice, assessed coursework and invigilated national examinations. These settings can have different rules. Families should follow their school’s current policy and the specific 2027 SEC syllabus and candidate instructions rather than assuming one universal permission for every form of assistance.
The educational purpose of integrity is to preserve trustworthy evidence. When a teacher reads a response, they need to know what the student can actually do. When a learner cites a source, the reader should be able to distinguish borrowed information from the learner’s own reasoning. When AI or a tutor is involved, the assistance should help the child build capability rather than impersonate it. Good habits are easier to develop in everyday low-stakes work than to invent on the eve of an important submission.
More G1/G2/G3 Full SBB practical guides: Ethical decision-making and CCE · Environmental sustainability and Eco Stewardship · Inclusive learning and SEC examination access. Return to the master Full SBB guide for subject levels, Posting Groups and SEC progression.
The 60-second answer
Before starting a task, ask whether it is practice, independent homework, a group project, assessed coursework or a national examination. Read the applicable instructions. Produce your own reasoning and writing unless collaboration is expressly permitted, acknowledge sources, preserve authentic process records and disclose AI or other assistance when required. For invigilated national examinations, follow SEAB’s candidate rules and authorised materials. A tool that is allowed during practice is not automatically allowed during an examination or coursework component. Integrity is the accurate representation of student work, not the appearance of effort.
1. Full SBB does not create three standards of honesty
G1, G2 and G3 identify academic subject levels, not character. A pupil studying Mathematics at G1 must still submit work honestly, while a student studying G3 English is not more trustworthy by virtue of their level. Different tasks require different depth, but all students benefit from transparent help and genuine learning. Avoid praising an answer only because it resembles the most advanced model. Ask what the student understood, which decisions they made and whether they could handle a new example without assistance. Authentic evidence is valuable across every subject level.
2. Why integrity is a learning mechanism
If a student copies an answer, the visible task may be complete while the underlying knowledge remains absent. A teacher may then assume the class is ready to move on. The next lesson becomes harder, and the learner may feel forced to copy again. The honest alternative is to mark a point of uncertainty, attempt what is possible and ask for targeted help according to school rules. This may reveal a temporary weakness, but it also makes repair possible. Academic integrity protects the feedback loop between teaching, practice and independent performance.
3. Determine the category of the task first
A lesson may invite students to discuss, use examples and ask peers for feedback. Another task may explicitly require a personal response or unaided assessment. National examination settings have formal rules that differ from ordinary study. Before using a tool or another person’s work, identify the task’s purpose and allowed support. Ask the teacher when instructions are unclear. The same action can have different significance: reading a model answer before practising may be permitted, while reproducing it as a student’s original assessed response can be misleading or prohibited.
4. What plagiarism means in ordinary language
Plagiarism occurs when someone presents another person’s words, ideas or work as their own without the required acknowledgement. It can involve copying a website, reusing a model essay, submitting a peer’s project, or making only superficial changes to borrowed text. Specific formal definitions and consequences depend on the setting and applicable rules. Students should learn a simple principle: a reader must be able to tell which material comes from an outside source and what the student contributed. Honest source use supports stronger reasoning, not weaker independence.
5. Copying is not the same as learning from an example
Worked examples can teach how a calculation is organised or why a paragraph succeeds. The learner should study the explanation, close it and attempt a related but changed task. If they reproduce the exact solution without understanding it, the practice has not demonstrated transfer. For assessed work, follow any restrictions on examples and similarity. A useful self-check asks whether the student can explain the method and make a different decision when the question changes. Good teaching uses models to build capability, not to manufacture a finished answer.
6. Paraphrasing requires understanding
Changing a few words in a source does not necessarily make an idea original. A reliable paraphrase starts with understanding the meaning, writing it in the student’s own structure and acknowledging the source when required. The student should be able to explain the idea without looking at the original. If a technical term must be retained, keep it accurately rather than substituting an incorrect synonym for the sake of appearing different. A strong paraphrase supports the student’s own argument and allows the reader to locate the underlying evidence.
7. Direct quotations are a special kind of borrowed material
Sometimes a writer needs the precise wording of a source, such as a literary passage or a statement being analysed. Then the student should use the citation and quotation convention required by the teacher or assessment. A quotation should be relevant and explained, not used as a substitute for original reasoning. Students should avoid collecting long passages merely to increase word count. For reading and Humanities tasks, a short accurate quotation followed by careful interpretation is often more educational than a large block of copied text. The exact format depends on the assignment.
8. Source attribution differs from source decoration
A bibliography is not merely a collection of links attached to make work appear researched. Each important borrowed claim should be traceable to the material actually consulted using the required convention. A student who cites an article they did not read may misrepresent the support for a statement. Encourage source notes during research: title, author or organisation, date when available, page or link and the specific evidence used. This helps students distinguish what they discovered from what they inferred and makes later correction possible.
9. Primary and secondary sources answer different questions
A primary source may provide direct evidence of an event or policy, while a secondary account interprets or summarises it. For current Singapore examination structures, official MOE and SEAB documents are more authoritative than an outdated discussion post. For historical interpretation, a variety of contextual sources may be relevant. Ask what the source actually establishes, what it omits and whether the claim needs confirmation elsewhere. Citing a reputable site does not automatically make an unsupported conclusion true. Reliability depends on the match between claim, evidence and context.
10. Record the source while researching, not after
Students often find a useful number or quote and then cannot remember where it came from. Create a simple research log with the claim, source, date and the reason it matters. Record the precise passage or dataset reference where the assignment requires it. This reduces accidental misattribution and discourages the temptation to invent citations later. The process should remain proportionate to the task: a short classroom response may need a simpler method than an extended research project. The teacher’s stated requirements govern the level of detail.
11. Numerical data also need honest attribution
A student may create a graph from figures collected by an agency, school survey or published study. The graph can be the student’s own presentation while the underlying data still belong to a named source. Identify what was measured, the period and any processing performed. Do not label a calculated estimate as an observed fact. If a chart omits unusual values, the omission may change the message. Integrity includes the fair representation of numbers and assumptions, not just preventing copied words. This links source attribution with mathematical and scientific literacy.
12. Figures, photographs and diagrams have creators
An image in a slide deck may be easily downloadable without being freely reusable. Students should follow school instructions and applicable permissions, give suitable credit and avoid implying that a borrowed photograph or AI-generated picture was personally created. A diagram adapted from a source may still require acknowledgement. When using images of classmates or identifiable people, privacy and consent matter as well. A powerful visual does not justify inaccurate attribution or unnecessary disclosure. Use materials that are suitable for the educational setting and permitted by their source conditions.
13. Group projects require contribution records
In a group presentation, students may legitimately plan together, share research and divide tasks. Honest collaboration means accurate acknowledgement of contributions and adherence to the teacher’s rules about individual components. One member should not secretly complete everything while others claim equal independent authorship. If a pupil is absent or struggling, discuss a fair adjustment with the group and teacher rather than fabricating participation. A simple project log can record decisions, roles and revisions. The purpose is accountability and mutual learning, not a competition over who receives the most credit.
14. Peer review is different from peer authorship
A classmate might point out that a paragraph lacks evidence or that a calculation has an incorrect sign. That feedback can support learning when permitted. Rewriting the entire response for the student is different. Ask the learner to explain what changed and why. When the task requires independent work, the final decisions should remain their own. Teachers may set more specific boundaries for drafts, oral presentations or coursework. Students should learn to ask whether feedback helps them see an error or substitutes another person’s work for their own.
15. Parents can help without becoming hidden authors
Parents may help a child plan time, locate an authorised resource or understand an unfamiliar word. But creating the final argument, answering comprehension questions or constructing a project presented as the student’s work can conceal the gap the assignment was meant to reveal. A productive parent question is ‘What have you already tried?’ followed by a hint or explanation targeted to the missing step. Then the child attempts the next example independently. For formal assessed work, schools may impose tighter boundaries and parents must follow them.
16. Tutors should show independent progress
A tutor can teach from first principles, provide examples and critique reasoning, but the learner must eventually perform without prompts. If a tuition worksheet is flawless only because the tutor selected every method, the result is poor evidence of mastery. A short independent transfer test after a lesson is more informative. Tutors should also respect the school’s assigned work and integrity expectations, including restrictions on outside assistance. Good tutoring reduces dependency over time. It does not prepare a polished version of a student’s coursework for secret submission.
17. The arrival of generative AI changes the practical question
Generative AI can produce essays, summaries, code, images and step-by-step solutions quickly. That makes authorship harder to infer from appearance. A fluent response can still be wrong or unrelated to the assignment, and a correct-looking answer can be beyond the student’s understanding. MOE’s guidance on generative AI emphasises appropriate support for learning, including the importance of foundational thinking. Students should learn what the tool can and cannot establish, and distinguish legitimate learning assistance from representing its output as independent work contrary to school rules.
18. Check the task’s explicit AI policy
Some school activities may allow AI as a brainstorming partner, feedback tool or source of practice questions, while assessed tasks may restrict or require disclosure of assistance. Do not treat permission in one subject as permission in every subject. Read the instructions before using a tool. If unclear, ask the teacher which forms of AI support are permitted and how they must be acknowledged. The correct response to ambiguity is not to hide usage or to invent a universal allowance. The educational standard is accurate representation and respect for the task’s assessment objective.
19. AI-assisted feedback should not be treated as infallible
MOE’s Student Learning Space guidance describes AI-enabled feedback features while warning that outputs may be probabilistic and sometimes inaccurate. A student should compare suggestions with the teacher’s criterion and the underlying source. If an AI system calls a correct line of reasoning wrong, the learner needs an explanation rather than blind obedience. Used responsibly, feedback can help identify possible errors. Misused, it can train students to chase whichever answer the software appears to prefer. The final educational question is whether the student understands and can defend a correction.
20. Prompting AI is not automatically original reasoning
Writing a detailed prompt may involve skill, but it does not by itself make the generated answer the student’s own reasoning for a task that assesses independent composition or problem solving. The distinction depends on the assigned objective and permitted tool use. A student might responsibly ask AI for three alternative examples to practise, then solve a new task unaided. They should not assume that modifying the prompt or changing the generated text makes undisclosed submission acceptable. The honest approach asks who performed the thinking being assessed and what assistance was used.
21. AI can invent sources and quotations
A generated response may include a plausible book title, citation or quotation that cannot be verified. Students should never cite a source solely because an AI tool produced its reference. Locate and read the actual material, confirm the quoted passage and check that it supports the claim. If verification fails, remove or qualify the statement. This matters especially for Humanities essays, scientific reports and claims about current Singapore education policies. A bibliography filled with fictional references can appear sophisticated while being fundamentally unreliable.
22. Privacy is part of responsible research
A student should not upload classmates’ private messages, medical details, full school records or confidential coursework materials into an external AI service without appropriate permission and safeguards. Teachers and schools may provide approved tools and data-handling instructions. When seeking feedback, remove unnecessary identifying information and use generic practice questions where possible. The desire to obtain a better answer does not override the responsibilities owed to other people. Academic integrity includes how evidence is obtained and handled, not only how the final response is worded.
23. Mathematics integrity involves working, not a final number
A student can copy a correct answer without understanding which operations or relationships produced it. In a class exercise, ask the learner to identify the quantities, explain the chosen method and test a changed problem. A calculator can be permitted for particular tasks without making its output sufficient explanation. Conversely, school rules may restrict devices or require specified working. Mathematics integrity includes faithful presentation of reasoning and honest acknowledgement of help. The most useful evidence is an independent solution that makes sense, not a polished sheet of perfect answers reproduced from a solution manual.
24. Science integrity requires unaltered observations
In experimental work, students may feel pressure to report the result predicted by a textbook even when measurements differ. That is the moment for honest scientific thinking: record the observation, check the procedure, identify possible limitations and explain what the evidence actually supports. Do not change numbers to make a graph look better or remove inconvenient readings without legitimate, documented reasons. A credible report can acknowledge uncertainty and describe how a future investigation could improve measurement. Scientific integrity protects the relationship between method, evidence and conclusion.
25. Humanities integrity is fair treatment of evidence
History and Geography responses often involve quotations, data, perspectives and contested interpretations. A student should not select only the fragment that appears to prove a favourite conclusion while concealing relevant context. Ask what a source actually says, who created it, what it cannot establish and how another source might refine the interpretation. Paraphrase fairly and distinguish a historical actor’s claim from verified fact. A strong argument is not one that uses the most impressive citations. It is one whose evidence genuinely supports its reasoning, with limits recognised where necessary.
26. English writing needs an authentic voice
Model compositions can demonstrate structure, vocabulary and effective development. Copying a full model into an assessed response, however, may not demonstrate the learner’s ability to write for a new topic, purpose or audience. Use the model to understand a technique, then create a fresh plan and paragraph independently. Do not fill a composition with sophisticated phrases the student cannot explain or use accurately. Integrity in English also means honouring quotations, avoiding fabricated evidence when the task is factual and following permitted assistance rules. The target is expressive competence that survives an unfamiliar prompt.
27. Computing tasks must expose actual understanding
Code copied from a repository or AI system may run successfully while the learner cannot explain its logic. Ask what the input is, how the algorithm transforms it, which assumptions are made and what could go wrong. If external libraries, examples or collaborative assistance are permitted, document them according to the task rules. Do not describe borrowed code as a program entirely designed by the student. An independent adaptation to a changed requirement provides stronger evidence of learning than the mere fact that the output appears on screen.
28. Art and design integrity includes process authorship
A finished artwork, prototype or design portfolio may involve research, inspiration, feedback and technical assistance. The key is whether the documented decisions and practical work genuinely belong to the student within the applicable assessment rules. A parent-built prototype presented as a child’s independent creation is misleading. A portfolio reconstructed after the fact to imitate a development process can be equally problematic. Save authentic sketches, experiments, drafts and comments as the work develops, and explain when external references or support influenced a decision. The quality of the process matters alongside the quality of the artefact.
29. Music and performance raise distinct attribution questions
Students can learn repertoire and techniques from existing material, but performance, arrangement, composition and recording tasks may have specific requirements concerning sources and assistance. Those rules depend on the subject syllabus and school instructions. A sophisticated audio recording does not prove that the candidate performed all elements independently. Keep rehearsal notes and be accurate about collaborators, software, recorded material and creative contributions where disclosure is required. Students should learn to acknowledge their influences while demonstrating their own technique and decision-making. Honest attribution supports artistic credibility.
30. Coursework has stricter boundaries than ordinary homework
Formal coursework can be subject to authentication, supervision and submission requirements that are much tighter than a casual classroom exercise. A teacher may be permitted to guide the process but not produce the student’s assessed work. A tutor may teach a technique without rewriting the submitted project. The exact boundaries can vary by SEC subject and component. Read the published 2027 syllabus and the school’s candidate instructions. Keep original drafts, observations and records where required. Never assume that an approach allowed in a practice assignment is acceptable in national coursework.
31. SEC 2027 requires exact examination information
The first Singapore-Cambridge Secondary Education Certificate examination takes place in 2027 for the relevant Full SBB cohort. Candidates take subjects at their respective G1, G2 or G3 levels. There is no single generic set of coursework or electronic examination permissions that applies to every subject. Read SEAB’s current examination overview, the correct G-level syllabus and official school-candidate notices. School candidates register through schools and receive candidate-specific guidance. Older O-Level or N-Level advice may still provide context, but do not use it to override the rules and dates for the actual 2027 entry.
32. What counts as unauthorised assistance
Unauthorised assistance can include a person, device or resource that an assessment does not permit. The specific rules are determined by the examination or assignment, not by whether the student considers the help small. During supervised tasks, follow invigilator instructions and use only permitted materials. If a student discovers an uncertainty about a tool or document before an assessment, ask the designated school personnel instead of making assumptions. The best prevention is understanding permitted support ahead of time rather than seeking excuses after a problem has occurred.
33. Hidden collaboration can mislead a teacher
Two students working together on revision can learn from each other’s reasoning. If the resulting answers are later presented as independent assessed work when that was required, the teacher receives misleading evidence. Establish the boundaries before beginning: may the group discuss ideas, share sources, comment on drafts or write jointly? In a project, record who made each decision and completed each component. Good collaboration expands understanding and leaves each student able to explain the work. It should not create an agreement to conceal how the final response was produced.
34. A fictional case: the copied Mathematics homework
Imagine Amir cannot solve a set of equations and copies a friend’s completed page to avoid a late submission. The teacher sees correct answers and assumes the class has mastered the method. Amir then struggles with the next topic. A better path would have been to attempt what he could, identify the precise point of confusion and request help under the school’s policy. If dishonest work has already been submitted, it should be handled through the relevant school process. The repair is both academic and ethical: teach the missing equation method and rebuild the habit of accurate representation.
35. A fictional case: an AI-generated English composition
Imagine Clara asks a generative AI service to write a complete situational response, then changes several adjectives and submits it as wholly independent work contrary to her teacher’s instructions. The polished text does not tell the teacher whether she understands audience or purpose. For future practice, Clara could instead study an authorised explanation of the task, create her own plan and request feedback only within the permitted rules. She should be able to justify each paragraph and write a changed scenario without the tool. The educational focus is genuine writing capability, not defeating an authorship check.
36. A fictional case: an invented bibliography
Imagine Ethan uses an AI assistant to produce references for a science report. Several titles look credible, but he cannot locate the papers and has not read them. Publishing the bibliography would misrepresent the evidence. He returns to the original question, finds authentic sources and records which claim each supports. If a useful claim cannot be verified, he removes or qualifies it. The revised report is more trustworthy even if it contains fewer citations. The lesson is that bibliographies must describe sources actually consulted and used, not decorate an answer with impressive-looking names.
37. A fictional case: shared design work
Imagine four students develop a prototype. One member handles research, one drafts drawings, another builds the model and the fourth documents testing. The teacher’s task requires a shared presentation and an individual reflection. Each student can describe the group process honestly while the reflection must represent their own analysis. If one student is absent, the group should ask the teacher how contributions should be recorded. Pretending everyone performed every task is unnecessary and misleading. Good cooperation includes clear division of labour, fair recognition and compliance with individual assessment requirements.
38. A fictional case: distorted environmental data
Imagine a class tracks food waste and finds no consistent reduction after its campaign. Students consider leaving out the worst results to make the project appear successful. Their teacher asks for the original data, the comparison method and the factors that could explain the pattern. They publish a cautious conclusion and propose a better test. The honest result is educationally valuable: they learned how measurement can contradict expectations. An attractive story supported by selective numbers would have concealed that opportunity and undermined trust in their work.
39. Parents should not treat integrity as a detection contest
Commercial claims that a tool can always detect AI-written text or a copied idea should be treated cautiously. A disciplinary decision needs appropriate evidence and the school’s procedures. More importantly, education should not revolve entirely around whether a dishonest submission is likely to be caught. Parents can ask a child to explain their sources, show genuine drafts and demonstrate the skill on a fresh task. They can also make it safe to admit confusion early. The strongest safeguard is a learning culture in which asking for help is more useful than pretending to know.
40. How to respond to an integrity concern fairly
If a teacher raises a concern, families should seek the specific allegation and relevant school process, preserve original work where appropriate and encourage a truthful account. Avoid assuming guilt or innocence solely from how polished the work appears. Students deserve a fair opportunity to explain what they did and which assistance was received. Consequences, if warranted, should follow the school’s established procedures. A useful educational response also asks which knowledge or organisational difficulty may need repair so that the same pressure does not recur.
41. Integrity and wellbeing can reinforce each other
A student under intense pressure may be more tempted to conceal unfinished work or copy answers. That pressure does not excuse dishonesty, but it helps explain why prevention should include realistic schedules, clear support and confidence that a request for help will be heard. Parents can distinguish an honest incomplete attempt from a polished dishonest submission. Teachers can create opportunities for formative correction while maintaining firm rules for assessed work. The goal is a classroom in which effort, uncertainty and genuine progress can be observed without encouraging students to manufacture perfection.
42. Practical safeguards for group chat and sharing
Sharing a deadline, clarifying an instruction or discussing a general concept can be legitimate. Distributing a confidential assessment question, an answer file that others submit as their own or another student’s personal information is different. Encourage students to ask whether the material was authorised for sharing and whether recipients could misuse it. Avoid posting identifying school documents or exam content in public channels. When unsure, use the teacher’s official communication route. Ethical digital participation requires judgment about permission, privacy and the purpose of sharing.
43. A source-checking routine for every subject
Before including a borrowed claim, identify its origin, publication context, date and relationship to the question. Check that the text really supports the stated interpretation. If a numerical value is used, record its unit and denominator. If an image is used, check its licence or permission where relevant. Then apply the teacher’s citation convention and write the student’s independent explanation. This routine can be adapted to a short Humanities response, a Science report or a longer research project. It prevents both deliberate misrepresentation and careless errors of attribution.
44. The independent-transfer test
A simple test of academic honesty and understanding is whether the learner can handle an unfamiliar but related task after assistance has stopped. If a student used an explanation to understand a grammar rule, ask them to edit a new sentence. If a tutor explained simultaneous equations, change the numbers and context. If an AI tool suggested a project idea, ask the student to justify a choice and identify an alternative. This does not replace formal assessment or determine whether a past submission complied with rules. It provides meaningful evidence that the student is building capability rather than merely producing answers.
45. Develop better habits before a major deadline
Near an assessment deadline, students may rationalise shortcuts because there is no time left. Build integrity into the workflow earlier: keep authentic notes, save versions of drafts, record sources when found, seek clarification on tool permissions and complete independent practice before the final submission. A manageable timetable reduces the chance of a panic-driven decision. Do not present an elaborate portfolio of staged evidence just to impress the teacher. The record should reflect real learning, including revisions that show a mistake was recognised and corrected.
46. The school–home agreement should be specific
A useful agreement might state that the student will attempt tasks independently, cite external material as instructed, ask when AI permissions are unclear and disclose relevant help. Parents will support routines and targeted explanations without producing assessed work. Tutors will provide independent transfer checks. Teachers will clarify task-specific expectations through approved channels. The details should match school policy, not an invented universal contract. The purpose is to remove predictable ambiguity and help the child develop a habit of honest work across different subjects, teachers and assessment modes.
47. What academic integrity looks like after graduation
In later study and work, reliable people distinguish evidence from assumptions, credit collaborators, protect private information and acknowledge what tools contributed. Learning integrity in secondary school therefore serves more than examination compliance. It helps young people judge information, solve problems and earn trust. Full SBB allows different subject-level pathways, but all students benefit from the capacity to explain what they actually did and why. A truthful account of a limitation may be more valuable than a highly polished claim that cannot be supported.
48. The final educational test is authorship with understanding
A student should be able to say which ideas came from outside sources, which methods were taught, which decisions they made and which uncertainties remain. The exact amount of assistance permitted changes across formative practice, homework, coursework and national examinations. That is why reading instructions is essential. Integrity becomes durable when students can represent their work accurately without needing the constant threat of detection. The goal is honest independent learning that teachers can assess and that students can build upon, whatever G level they are currently studying.
An academic-integrity checklist for every assignment
Identify the task and whether independent work is required. Read rules about collaboration, sources, software and AI. Start with an original attempt. Record any external source actually used. Distinguish quotation, paraphrase and personal reasoning. Keep authentic drafts and evidence where relevant. Verify AI-produced claims and citations. Disclose assistance if required. Complete an independent explanation before submission. Ask the teacher about unclear rules instead of hiding the uncertainty.
Frequently asked questions
Is it okay to use AI for homework?
That depends on the task and school instructions. AI may help learning in permitted contexts but should not replace assessed independent work.
Does changing a few words make copied material original?
No. Proper paraphrasing requires understanding and appropriate acknowledgement of the source.
Can a student learn from model essays?
Yes, when permitted. They should then create their own response to a new task rather than pass copied text off as original.
Must students cite data used in their own graph?
They should acknowledge the underlying source according to the task’s requirements, even when the graph design is their own.
Are AI-generated references reliable?
Not automatically. Verify that the source exists and supports the claim before citing it.
Can parents edit assessed coursework?
Follow specific school and syllabus rules. Parents should not become undisclosed authors of assessed student work.
Is peer review cheating?
Not necessarily; it depends on the teacher’s permitted collaboration and individual-work boundaries.
Can a G1 student be held to integrity standards?
Yes. Academic level does not determine the importance of honest representation.
Are national SEC rules identical to everyday homework rules?
No. Examinations and coursework may have specific formal restrictions and authentication requirements.
Can AI help practise a new question?
Where permitted, it can help generate practice; the learner should verify the content and attempt independently.
What if a student has already copied work?
Use the school’s process, encourage a truthful account and repair the underlying learning difficulty.
What is the best proof that help developed learning?
An independent attempt on a new related task, with the reasoning explained accurately.
Official sources and connected Full SBB guides
MOE’s Guidance on Generative AI and AI in Education Framework explain responsible educational use and principles. For the first SEC cohort, use SEAB’s SEC overview and its 2027 school-candidate syllabuses. Within eduKateSG continue with the Full SBB master hub, the digital learning and AI literacy guide, the information verification guide and the coursework and assessment guide.
Final principle: trustworthy learning is the output
The long-term value of integrity is not merely avoiding a rule violation. It is keeping evidence of learning honest, allowing teachers to diagnose gaps and making students capable of independent action. A task is useful when its answer reflects the student’s actual understanding and the assistance received is represented accurately. Across G1, G2 and G3, that habit supports stronger learning, fair assessment and the trust on which later education and professional work depend.