Did you know that the 2027 G3 Exercise and Sports Science examination is not simply a test of who runs fastest or scores the most goals? It combines a video-based electronic theory paper with a 21-week coursework programme in which pupils participate in individual or dual and team sports, then reflect systematically on performance and training. For Bukit Timah families, the subject raises an interesting educational question: can students explain why movement works, how performance might improve and what makes sport meaningful in society?
The quick answer: SEAB’s G3 Exercise and Sports Science K354, formerly 6081, has Paper 1, a two-hour, 80-mark e-examination worth 40%, with interactive questions, structured responses and video analysis. Paper 2 is 21 weeks of internally assessed and externally moderated coursework worth 60%, also 80 raw marks. Its 40-mark sports-performance component contributes 40% overall, including one individual/dual and one team activity. Its 40-mark Development Log contributes 20% overall, examining tactical decisions and design, implementation and evaluation of a training programme. Students study exercise physiology, motor learning, biomechanics, sports psychology and sports sociology; actual practical choices and safety arrangements are governed by the school.
Updated 27 October 2026. The featured photograph shows an existing MOE sports hall, not an official 2027 K354 assessment session. All training illustrations are fictional, not personalised exercise prescriptions; follow school supervision and safety rules.
Jump to: 1. What makes Exercise and Sports Science different from PE? · 2. The official 40/60 scheme and 21-week coursework · 3. Why the e-examination uses sport videos · 4. Paper 1 Section A: twenty marks of mixed formats · 5. Paper 1 Section B: forty marks of structured analysis · 6. Paper 1 Section C: twenty marks built around videos · 7. The five connected areas of study · 8. Exercise physiology: the body responds to activity · 9. Energy systems support different movement demands · 10. Muscles, joints and movement · 11. Motor learning: skill improves through more than repetition · 12. Motor development and individual differences · 13. Biomechanics: forces, motion and balance · 14. Analysing a video: observation before interpretation · 15. Sports psychology: confidence and attention · 16. Goal setting should relate to an observable skill · 17. Sports sociology: why participation varies · 18. Ethics and fair play are part of performance education · 19. Equity and access to sport · 20. Commercialisation and sporting culture · 21. Choosing one individual or dual sport · 22. Choosing one team sport · 23. The practical performance component: forty raw marks · 24. The Development Log: forty raw marks and twenty per cent · 25. Task 1: tactical decisions in a team setting · 26. Task 2(A): analyse performance and design a programme · 27. Task 2(B): implement and evaluate · 28. Task 2(C): consolidate the experience · 29. Why twenty-one weeks change time management · 30. Performance analysis is not medical advice · 31. Comparing ESS with ordinary sports participation · 32. How the two-hour e-exam and coursework reinforce one another · 33. A parent checklist for the 2027 school year · 34. What students can carry beyond the 2027 SEC · Related 2027 SEC guides
1. What makes Exercise and Sports Science different from PE?
Physical Education develops a broad foundation of activity, movement and wellbeing, but G3 Exercise and Sports Science K354 is a specific examined upper-secondary subject with theory and moderated coursework. The national G3 subject directory lists its former reference code as 6081. Students should not confuse attending a CCA with automatically being enrolled in K354.
The course asks how physical performance develops and how different scientific and social factors interact. A pupil can enjoy sport and still need to learn anatomical, psychological and analytical ideas, as well as explain a performance decision using evidence.
Check the school’s actual offering and entry procedures. A student living in Bukit Timah does not automatically have access to the same sports or examination arrangements at every secondary school.
2. The official 40/60 scheme and 21-week coursework
Paper 1 is a compulsory electronic theory examination lasting two hours, carrying eighty marks and contributing forty per cent. Paper 2 is an eighty-mark coursework assessment conducted over twenty-one weeks, making up the other sixty per cent. Coursework is marked internally by the school and externally moderated.
Within coursework, forty raw marks are for performance across two practical activities and another forty for the Development Log. Although both are forty raw marks, the published assessment-objective grid assigns forty per cent of the total subject to physical performance and twenty per cent to the Development Log. These distinct percentages should not be presented as two equal halves of the entire qualification.
The right study approach therefore includes conceptual knowledge, real skill development and reflective analysis. A student who performs well but ignores the log and theory leaves substantial marks unexplored.
- Paper 1: two-hour e-examination, 80 marks, 40%.
- Paper 2: 21-week coursework, 80 marks, 60%.
- Performance: 20 marks individual/dual plus 20 marks team, 40% of subject.
- Development Log: 40 marks of prescribed tasks, 20% of subject.
3. Why the e-examination uses sport videos
Sport involves movement unfolding across time, so a video can reveal information that a static diagram cannot. K354 Paper 1 may use text, images, animations and short video clips, asking candidates to describe movement, interpret conditions and reason about performance.
This is not a competition in video-game reflexes. A student must understand the question, focus on the relevant action and apply theory. A fast click on the first attractive answer may ignore a detail about timing or technique shown in the stimulus.
Schools provide legitimate e-examination familiarisation. Do not assume pupils may use personal video editing software, online searching or unauthorised clips during the formal assessment.
4. Paper 1 Section A: twenty marks of mixed formats
Section A contributes twenty marks and may include multiple choice, matching, drag-and-drop, checkboxes, fill-in-the-blank and short answers. The digital format allows more than one way of testing whether a student can distinguish concepts and apply definitions.
Imagine a fictional clip showing two sports movements and an item asking which muscular or biomechanical concept is relevant. A pupil must identify the actual observable feature and apply the correct concept; familiarity with a particular athlete does not automatically supply the answer.
A good practice exercise separates knowledge from interface operation. First discuss the appropriate term and why it fits, then use school-approved interactive familiarisation to learn how to submit the response.
5. Paper 1 Section B: forty marks of structured analysis
Section B contributes forty marks through structured questions based on text, images and short videos or animations. Students may need to analyse factors affecting performance, interpret data or evaluate an approach to training and participation.
A fictional question might compare how two pupils respond to a movement challenge under specified conditions. The learner should identify what is actually shown and what relevant scientific principles suggest, without turning one observation into an unsupported medical diagnosis.
Well-structured answers use a clear idea, case evidence and explanation. A long paragraph containing every sports-science term in the textbook will not necessarily address the specific question.
6. Paper 1 Section C: twenty marks built around videos
Section C contributes twenty marks through structured questions based on one or two videos. The moving stimulus is central to the task. A candidate may be asked to evaluate what influences performance and suggest a relevant improvement.
To practise, teachers may use approved footage and ask pupils to describe observable body positions, timing or decision-making in a game. A thoughtful learner can state what they can see and how the concept helps interpret it, rather than inventing what the athlete was thinking.
The examination video itself is not released in the public syllabus. A study guide should not pretend that a specific match or athlete will appear in 2027.
7. The five connected areas of study
The syllabus identifies Exercise Physiology, Motor Learning and Development, Biomechanics, Sports Psychology and Sports Sociology. These areas examine how the body works, how movement is learned, how forces and motion interact, how thought and emotion affect performance, and how sport relates to society.
They are best understood together. A missed shot might relate to mechanics or skill learning, while anxiety, fatigue and the situation around the player could influence performance as well. An answer should select the factors relevant to the evidence rather than claim one explanation always accounts for success.
A small concept map linking the five areas can help students see why a single sporting event can be analysed from several perspectives.
8. Exercise physiology: the body responds to activity
Physiology concerns how body systems function during activity. Students examine relevant cardiovascular, respiratory, muscular and energy processes within the course. Understanding those systems helps explain training effects and the demands of different activities.
For example, an extended running event and a brief explosive movement may place different immediate demands on the body. The student should describe the applicable processes in syllabus terms without attempting to diagnose another person’s fitness from a short clip.
Practical training and activity intensity must follow trained school staff’s supervision and the student’s needs. An article about a national examination is not a prescription for exercising through pain or illness.
9. Energy systems support different movement demands
Sports movements require energy, and the contribution of different physiological processes varies with intensity and duration. A learner should understand the broad relationships taught in the syllabus rather than claim that an activity is powered by one isolated system at every moment.
An imaginary sprint and a longer run illustrate different performance demands. But a safe training conclusion depends on the person’s readiness and the activity conditions, not simply its event name.
Parents can discuss the science concept in general terms while leaving individual training loads and medical concerns to qualified coaches and healthcare professionals.
10. Muscles, joints and movement
Biomechanical and physiological ideas involve how muscles, joints and body segments contribute to movement. A pupil may analyse a video by looking for relevant joint actions and explaining how movement is produced within the syllabus’s stated terms.
A movement that looks similar from one camera angle can still differ in timing and body alignment. Students should avoid overstating what a single frame can establish, particularly when details are obscured.
Hands-on skill correction should take place with trained coaching and appropriate safety. Observation and analytical writing can be practised with school-approved footage without requiring unsafe physical experiments.
11. Motor learning: skill improves through more than repetition
Motor learning examines how movement skills are acquired and refined. Practice, feedback, stage of learning and the nature of the skill can influence performance. Repeating the same movement without understanding an error may strengthen an unhelpful habit rather than improve it.
Imagine a fictional pupil learning a controlled passing skill. The student may first need a simple, clear target and immediate feedback, then gradually encounter more variable game conditions. The appropriate progression depends on the learner and coach.
An answer should explain why a particular practice arrangement helps the stated skill. ‘Practise more’ is incomplete when the question asks about the type or quality of practice.
12. Motor development and individual differences
Young people develop movement skills at different rates. Physical development, experience, confidence and opportunities to practise can all affect performance. The syllabus asks learners to understand motor development without implying that one timetable suits every pupil.
A student may have excellent technique in one sport but be inexperienced in another. That difference can reflect exposure and skill history, not a fixed personal limitation. A thoughtful school environment supports suitable challenges and constructive feedback.
Parents should avoid comparing adolescents’ bodies or progression in a way that creates unnecessary pressure. Performance analysis is for improving learning, not humiliating those who develop at a different pace.
13. Biomechanics: forces, motion and balance
Biomechanics uses physical ideas to analyse movement. Pupils may examine stability, force application, momentum or other prescribed principles using diagrams and video evidence. These help explain how an action can become more controlled, efficient or effective under appropriate conditions.
Consider a fictional throwing or jumping exercise with a changing body position. A video might allow comparison of observable timing or alignment, but it cannot alone prove the exact forces involved without suitable measurement.
Students should use scientifically meaningful descriptions rather than simply declare that one athlete ‘has better physics’. The explanation needs to connect the observed feature with the relevant principle.
14. Analysing a video: observation before interpretation
When watching a performance clip, pupils should first describe what can be seen: movement sequence, timing, interactions and relevant positions. Only then should they propose a biomechanical or tactical explanation. A claim about an athlete’s motivation cannot be established from one facial expression alone.
A simple table with ‘observable action’, ‘possible explanation’ and ‘what else is needed’ is useful for coursework thinking. It encourages evidence-based conclusions instead of personal guesswork.
This method also guards against the misuse of video. Students should use approved recordings with appropriate permissions and not collect identifiable classmates’ footage through unofficial channels.
15. Sports psychology: confidence and attention
Sports psychology examines mental factors affecting participation and performance, including motivation, attention and emotional responses. A student can use these concepts to reason about training or competition without pretending to know another participant’s private thoughts or mental health.
A fictional athlete may struggle to focus during a challenging match. The relevant response could involve goal setting, routines or suitable feedback within the taught syllabus and coaching context. Not every concentration problem is caused by the same factor.
Families can support healthy encouragement and rest, while leaving individual mental-health needs to appropriately qualified professionals. Examination revision is not a substitute for counselling or medical assessment.
16. Goal setting should relate to an observable skill
A useful sports goal identifies a behaviour that can be practised and reviewed, rather than simply saying ‘become the best player’. For a fictional training task, a student may choose a measurable performance aspect that is appropriate to their level and supervised activity.
Good evaluation asks whether the goal was realistic, which evidence showed progress and what changed in the training method. A missed target can provide information; it need not be treated as a personal failure.
The formal Development Log has its own SEAB rules and tasks. General examples used for teaching planning should not be copied as though they were the candidate’s real assessed experience.
17. Sports sociology: why participation varies
Sports Sociology asks how social and cultural factors influence exercise and sport. The curriculum explicitly considers ethics, equity and commercialisation. A pupil may explore why some groups have better access to facilities or coaching and how commercial attention affects sporting decisions.
An imagined community event may offer wide participation while still facing barriers related to transport, cost or accessible facilities. Analysing those factors requires evidence and sensitivity rather than stereotypes about particular groups.
A strong answer considers who is affected and how a proposal might improve access. This is social reasoning within an education syllabus, not an invitation to assert unverified claims about a named Bukit Timah club.
18. Ethics and fair play are part of performance education
Sport involves rules, responsibility for others and decisions under pressure. The syllabus’s ethics component encourages critical discussion of fair play and how sporting organisations and participants handle difficult choices.
A fictional team trying to win might face a dilemma between short-term advantage and respecting a safety requirement. An ethically defensible action should recognise the legitimate purpose of rules and the wellbeing of others rather than treat winning as the only value.
Students should use case evidence and relevant concepts. A statement that every athlete is inherently fair or unfair does not help analyse a specific decision.
19. Equity and access to sport
Equity concerns opportunities, barriers and the ways different people participate in sport. It does not mean every student has identical physical abilities or will use every facility in exactly the same way. The context matters when evaluating inclusion.
An invented school activity might require adapting supervision or facilities so pupils with different needs can participate appropriately. A student should explain how the adjustment responds to the actual barrier, not simply assume a generic measure works for all.
Real inclusion arrangements involve school staff, safety and the needs of particular participants. This guide does not determine individual eligibility or accommodations.
20. Commercialisation and sporting culture
Sponsors, media and professional sport can provide funding and audiences but also influence priorities. Students should evaluate how commercial pressures interact with participation, ethics and the experience of athletes rather than assume money has only positive or negative effects.
A fictional sports organisation might use sponsorship to fund training facilities while also needing to maintain fair access and appropriate advertising standards. A strong explanation recognises the genuine potential benefit and any relevant responsibility.
Use verified public sources for specific organisations’ finances or decisions. The examination can teach the concepts through hypothetical cases without making allegations about real teams.
21. Choosing one individual or dual sport
SEAB requires candidates to select one authorised individual or dual activity as part of coursework. The published list includes individual Cross-country Running, Swimming, and Track and Field; and dual Badminton, Table Tennis, and Tennis. Actual choices depend on the school and the candidate’s approved course arrangements.
These activities test particular skills and performance in a structured assessment, not a household’s ability to purchase private coaching. A pupil should understand the relevant criteria and the teacher-supervised process for the activity actually selected.
Students need appropriate preparation, technique and safe progression. Parents should not infer from an examination guide that a novice must attempt elite training loads to earn a particular grade.
22. Choosing one team sport
The team practical options listed include Basketball, Floorball, Football, Hockey, Netball, Softball and Volleyball. The candidate selects one approved team activity and is assessed on relevant skills, tactical decisions and suitable interaction with other players.
A student may be individually skilful but need practice understanding their role in a team. Success can depend on movement, anticipation, communication and decisions made in response to teammates and opponents.
An educational response should consider both technical proficiency and tactical awareness. A school CCA preference is not automatically the same as the activity selected for the examined coursework.
23. The practical performance component: forty raw marks
Paper 2 awards twenty raw marks for individual/dual practical performance and twenty for team practical performance, producing forty raw marks in the practical part. SEAB evaluates abilities such as relevant skills, precision, fluency, safe performance and tactical response in appropriate contexts.
The subject assessment grid states that physical performance accounts for forty per cent of the final grade. This percentage is part of the overall K354 qualification, not an additional bonus for joining a CCA.
Families should ask how the school assesses the student’s chosen activities and what authorised practice opportunities are available. A parent’s private scoring sheet cannot replace the official school and moderation criteria.
24. The Development Log: forty raw marks and twenty per cent
The second coursework element is a Development Log. It has Task 1, Improving Tactical Decisions in Team Practical Activity, worth ten marks. Task 2 focuses on developing a training programme to improve performance, with planning/analysis worth fifteen marks, implementation/evaluation ten, and consolidation of experience five.
These allocations sum to forty raw marks. The official grid gives the Development Log twenty per cent of the whole subject grade. The difference between raw marks and weighted percentage is worth understanding before comparing coursework progress.
A pupil should document genuine actions, observations and decisions under the school’s assessment rules. Outsourcing the log to an adult or AI-generated report would undermine the purpose of learning to analyse and reflect on performance.
25. Task 1: tactical decisions in a team setting
Task 1 asks candidates to analyse and improve tactical decision-making in their selected team practical activity. This involves recognising a situation, choosing a suitable action and explaining how that decision might influence team performance.
Imagine a fictional netball or basketball sequence where a pass is intercepted because the receiving player has little space. A student can discuss alternative positioning or timing, but should acknowledge what the video does not reveal about every player’s intentions.
The assessed task must be based on the pupil’s genuine school-supervised activity and relevant evidence. A generic report copied from professional sports coverage is not a replacement.
26. Task 2(A): analyse performance and design a programme
Task 2(A) awards fifteen raw marks for analysing an aspect of practical performance and designing a training programme. The pupil needs to identify a justified improvement target and select an approach connected to scientific concepts and their own observed needs.
A plan should be specific and realistic, with objectives and a means of checking change. Simply copying a famous athlete’s training schedule does not establish that it is appropriate for a school pupil with a different background or developmental stage.
Teachers and coaches manage suitability and safety. Parents should never encourage extreme or unapproved training in the name of improving the written coursework.
27. Task 2(B): implement and evaluate
Task 2(B) is worth ten marks and examines implementation and evaluation of the training programme. A meaningful log records what was genuinely done, what changed and how the student interprets the evidence. Unexpected results can be valuable when documented honestly.
If a fictional practice plan does not lead to the expected improvement, an appropriate evaluation might examine consistency, measurement limitations or whether the proposed activity matched the skill target. It should not replace real observations with invented success.
The school controls the examined implementation and assessment procedure. The pupil’s role is to participate safely, collect permitted evidence and explain the reasoning behind modifications.
28. Task 2(C): consolidate the experience
The final five marks relate to consolidation of experience. This invites reflection on what the pupil learned from analysing, planning, implementing and evaluating a programme. It should connect practical observations with the taught sports-science concepts.
A strong response can explain why an initial hypothesis changed and what the candidate would do differently within suitable conditions. ‘I worked hard and became better’ is less informative than a clear account of the evidence and the decision.
Parents can encourage reflective discussion without writing the examined passage. Genuine authorship is important in every coursework subject, including ESS.
29. Why twenty-one weeks change time management
Paper 2 extends over twenty-one weeks. That is a sustained educational and assessment period, not twenty-one weeks of continuous high-intensity training. Students must coordinate school lessons, selected practical activities, feedback and log documentation under the authorised schedule.
An effective planner keeps track of official milestones and identifies when the pupil needs access to school facilities or teacher supervision. If other examinations or CCA events overlap, talk to responsible staff rather than invent an unofficial training period.
Rest and recovery are legitimate parts of responsible sporting development. Continuous overexertion is not evidence of stronger coursework.
30. Performance analysis is not medical advice
Studying physiology and movement does not qualify a pupil or parent to diagnose injury, prescribe treatment or decide that pain should be ignored. A video may offer information about observable technique but cannot establish a person’s full medical status.
Schools have arrangements for risk assessment, supervision, equipment and participation suitability. A student should report an injury or concerning symptom to responsible adults and appropriate healthcare professionals rather than attempt self-experimentation.
Educational improvement should always respect personal wellbeing. A stronger exam result is not worth creating avoidable harm.
31. Comparing ESS with ordinary sports participation
A student may enjoy basketball in a school CCA without taking G3 ESS. Conversely, an ESS candidate must develop academic understanding and moderated coursework beyond simply playing for a team. The subject integrates theory, analysed performance and critical consideration of sport’s social place.
National initiatives such as the School Sports Fiesta may expand sporting participation, but they are separate from K354 registration and examination requirements. Neither an event medal nor a particular CCA membership automatically confers an ESS grade.
For the wider sports-policy discussion, see our Bukit Timah School Sports Fiesta and Multi-School Teams guide.
32. How the two-hour e-exam and coursework reinforce one another
The electronic paper asks candidates to interpret movement and social contexts using concepts. The coursework gives them opportunities to experience movement and analyse their own decisions. Each can support the other when pupils honestly connect what they learn and what they observe.
A student learning biomechanics may better understand a movement video, while experience in a team may make sports psychology and tactical choices more meaningful. Yet a pupil must not substitute personal anecdotes for scientific reasoning where the question calls for evidence.
Teachers can help by asking what claim the student’s coursework actually establishes and how the concept applies. These are analytical skills that also matter in Science and Humanities.
33. A parent checklist for the 2027 school year
Before the examination year, confirm K354 and the school’s authorised sports, supervision and equipment. Ask when the twenty-one-week coursework period begins and what participation requirements apply. Read the official assessment rubrics rather than rely on generic sports-grading advice.
During 2027, encourage students to balance physical preparation, theory learning and timely log entries. Identify weaknesses in video interpretation, physiology, tactical reasoning or project evaluation and seek teacher guidance on each. Do not add extra training demands without considering suitability and recovery.
Before the final e-examination, use official digital familiarisation and SEAB candidate notices. The two-hour paper duration does not establish a personal sitting date, and formal assessment arrangements belong to the school.
- Confirm K354 and the school offering.
- Know Paper 1 e-exam: 2h, 80 marks, 40%.
- Know 21-week coursework: 80 marks, 60%.
- Choose one authorised individual/dual and one team activity.
- Complete Task 1 plus Task 2(A), (B) and (C) honestly.
- Protect safe training, rest and correct examination procedures.
34. What students can carry beyond the 2027 SEC
Sports science can open intellectual interest in movement, teaching, coaching, health and physical activity, but no single K354 result guarantees entry to a specific post-secondary programme or profession. Institutions set their own admission conditions, and professional work may require additional credentials.
The subject’s transferable strengths include observing carefully, applying scientific knowledge, reflecting on an attempt and evaluating decisions in a team. Those habits support other educational fields and everyday participation in physical activity.
First-cohort SEC results are expected in January 2028. Families should discuss actual course interests and requirements with school Education and Career Guidance staff instead of assuming a particular sports award determines the child’s entire future.
Frequently asked questions
What is the SEC 2027 ESS code?
K354, with older reference 6081.
How much is the e-examination?
Paper 1 is a two-hour, 80-mark e-exam worth 40%.
What is Paper 1 Section A?
Twenty marks of mixed response types, potentially including interactive or video content.
What is Paper 1 Section B?
Forty marks of structured questions using text, images or videos.
What is Section C?
Twenty marks of structured questions based on one or two videos.
How much is coursework worth?
Paper 2 covers twenty-one weeks and contributes 60%.
How many practical activities are assessed?
Two: one individual/dual and one team activity.
How much is practical performance worth?
Forty raw marks, assigned 40% of the overall subject.
How much is the Development Log worth?
Forty raw marks, assigned 20% overall.
What is Development Log Task 1?
Improving tactical decisions in the team practical activity, worth ten marks.
What does Task 2 cover?
Analysis, programme development, implementation, evaluation and consolidation across 30 marks.
Does the syllabus include psychology and sociology?
Yes, alongside physiology, biomechanics and motor learning/development.
Is joining a sports CCA the same as taking ESS?
No. The examined subject has specific academic and coursework requirements.
Can every school pupil choose any listed sport?
Actual offered activities and eligibility depend on school arrangements.
Should a pupil train despite an injury to complete coursework?
No. Participation must follow school safety and appropriate health guidance.
Where are the actual 2027 exam dates?
SEAB and the student’s school provide confirmed candidate schedules.
Explore the next 2027 SEC subjects at Bukit Timah
Compare the four new subject guides below, each based on its own official SEAB 2027 syllabus. The different General levels and paper structures matter when choosing study materials or planning a school timetable.
- Education at Bukit Timah | G3 Computing: Python and Spreadsheet Practical
- Education at Bukit Timah | Higher Chinese: E-Oral and Writing
- Education at Bukit Timah | G2 Humanities: Social Studies and Geography
Official sources and related reading
SEAB 2027 G3 school-candidate syllabuses — official syllabus or related reference.
Official K354 Exercise and Sports Science 2027 syllabus — official syllabus or related reference.
SEAB SEC qualification framework — official syllabus or related reference.
MOE SchoolFinder — official syllabus or related reference.
Sport Singapore 2026 sporting opportunities — official syllabus or related reference.
eduKateSG 2027 School Sports Fiesta guide — official syllabus or related reference.
eduKateSG 2027 SEC calendar — official syllabus or related reference.
Bottom line: Exercise and Sports Science K354 rewards pupils who can understand movement, make informed tactical choices, participate safely and evaluate genuine improvement. The 40% electronic theory exam and 60% coursework are complementary parts of one demanding subject, not a competition in sporting status.