SEC G3 Design Studies Examinations | What to Do (SEAB K376): check your school’s approval and the student’s formal K376 registration before preparing an assessed project. G3 Design Studies is a time-limited Applied Subject, not a synonym for G3 Art or Design and Technology. It has a 2-hour-30-minute written examination worth 40% and a 30-hour individual, directly supervised Design Project worth 60%. Students must analyse human needs, compare concepts, justify visual and technical decisions, maintain an authentic design journal, communicate digitally and answer oral questions about their own work.
Quick answer: K376 replaces former Applied Subject NP05. Written Paper 1 has three compulsory sections: seven short concept questions making up 25% of that paper, seven applied design-analysis questions worth 50%, and two synthesis questions worth 25%. Paper 2 gives students a choice of ONE of THREE official briefs—Visual Communication, Interior and Exhibition Space, or Architectural Design—during ten supervised sessions of three hours. Its 100-mark rubric assigns Design Journal 60, Digital Design Presentation 28 and Oral Presentation 12 (five-minute presentation plus ten-minute questioning). Only work produced under direct teacher supervision is accepted; fees and approved-school restrictions apply. SEAB states 2028 is the FINAL examination year for the current G3 Applied Subjects.
- 2027 G3 Design Studies is K376, previously Applied Subject NP05.
- School-candidate entry is restricted to approved schools; examining-agency subject fees apply.
- Paper 1 Written: 2 hours 30 minutes, 40% of overall subject, all questions compulsory.
- Paper 1 A: seven short questions on basic concepts, 25% of Paper 1; B: seven application/scenario questions, 50%; C: two synthesis/interpretation questions, 25%.
- Paper 2 Design Project: 30 hours, in TEN directly supervised three-hour classes, 60% of qualification.
- Choose one official design brief from Visual Communication, Interior/Exhibition Space, or Architectural Design.
- Project Part A Design Journal: 60/100 raw marks (research/strategy 12, ideas 12, refinement 8, detailed sketches 10, design principles 18).
- Project Part B Digital Design Presentation: 28/100 (design output 12, quality 12, slides 4).
- Project Part C Oral Presentation: 12/100 (presentation 6, Q&A 6); five-minute presentation and ten-minute Q&A with three examiners.
- The examining-agency briefing releases the actual project paper in Week 1 of Term 2 of the examination year.
- Only in-class work under direct supervision is accepted for project grading; A3 hard-copy journal and secure school IT storage are specified.
- SEAB’s current catalogue says the last examination year for K375/K376 Applied Subjects is 2028.
SEAB: Official 2027 G3 Design Studies K376 syllabus and assessment rubric
First decisions for parents: approval, fees and the last examination year
The new SEC records subjects at their registered G levels under Full Subject-Based Banding, but this does not make Design Studies available at every Singapore secondary school. SEAB explicitly restricts the two G3 Applied Subjects, Biotechnology K375 and Design Studies K376, to approved schools, with fees set by the examining agencies. It also identifies 2028 as their final examination year. Before choosing a programme, ask whether the school is currently approved and whether the student’s intended sitting year is actually 2027 or 2028. The announcement does not mean careers or post-secondary courses in design will disappear in 2029.
The subject code and cohort determine the relevant assessment. Design Studies K376 is distinct from Design and Technology K345, whose coursework is a different design and technology project, and from Art K347, which assesses visual response and a portfolio. K376 involves research into user needs, a design-brief choice, an individually authenticated 30-hour project, a digital presentation and oral questioning. A student who enjoys drawing may be suitable for parts of the subject but still need to develop design criteria, practical constraints and explanation. School confirmation and the actual exam entry proof take precedence over general tuition descriptions.
What K376 actually assesses: written reasoning and supervised design work
| Assessment | Requirement | Time | Weight |
| Paper 1 A | 7 compulsory fundamental-concept questions | Part of 2h30 written paper | 10% of whole subject |
| Paper 1 B | 7 compulsory applied design/principle scenario questions | Same | 20% of whole subject |
| Paper 1 C | 2 compulsory interpretation/synthesis questions | Same | 10% of whole subject |
| Paper 2A | Design Journal, 60 of project 100 | Part of 30h supervised project | 36% of whole subject |
| Paper 2B | Digital Design Presentation, 28 of project 100 | Same | 16.8% of whole subject |
| Paper 2C | Oral Presentation and Q&A, 12 of project 100 | 5 min + 10 min assessment | 7.2% of whole subject |
The last column converts raw project marks to whole-subject contribution for explanation only; the school and examining agency still mark each component using the actual rubric. A 60-mark journal contributes 60% of the project’s marks, and the project itself contributes 60% of the subject, giving a 36% whole-subject share under the stated weights. This helps show why decorating a final slide deck cannot rescue an absent process journal. It also shows why the written exam, despite having no physical model submission, requires serious preparation: forty percent of the qualification tests concepts and analytical responses under time pressure.
Paper 1: seven concepts, seven applied scenarios, two synthesis tasks
Paper 1 lasts 150 minutes and has all questions compulsory. Section A asks for fundamental knowledge and design vocabulary, while Section B requires candidates to apply design principles to given user or scenario data. Section C asks for interpretation and synthesis. A strong candidate can move among three operations: name a principle accurately, use it to explain why a design works or fails for a particular user, and weigh evidence to develop an appropriate conclusion. Memorising attractive style names without being able to use them in a scenario leaves the largest written section vulnerable.
For example, a task may describe a shared waiting space and ask how its signage could help visitors. A generic answer says ‘use big text’. A better answer identifies readers, viewing distance and lighting conditions, then explains why hierarchy and contrast help users find the essential instruction. The principle must be related to the stated context. If the scenario changes to a small mobile screen, the answer should change accordingly. This is the kind of transfer that Section B and C demand, not a prediction of any actual 2027 question.
The three design disciplines: how to choose an appropriate brief
- Visual Communication Design: typography, image, information hierarchy, visual identity, layout, colour, symbols and meaningful communication for a specified audience.
- Interior and Exhibition Space Design: user flow, circulation, display, furniture relationships, light, material, visibility and spatial experience within a given context.
- Architectural Design: site and human context, building or public-space arrangement, form and function, access, environmental response and clear graphical communication.
- Across all three: a compelling proposal needs human desirability, appropriate technical feasibility and sensible viability within the scenario’s costs and resources.
The choice should follow the official brief and the student’s actual investigative resources and strength, not the title that sounds most prestigious. A student who can create attractive typography may still need evidence that readers understand a poster. Someone comfortable with interior layouts must analyse visitor movement, capacity and spatial constraints rather than only choose furniture colours. A student designing a building concept must connect site observations, users, space and environmental considerations, without claiming that a sketch certifies real structural safety or regulatory compliance.
Design as a closed loop: need, options, test, refine, communicate
First define the user and problem in observable terms. Then identify what success would look like: which information a visitor must find, which route a wheelchair user needs, or which display a student needs to see. Generate distinct options instead of choosing one prematurely. Evaluate them against criteria derived from the brief, not merely personal taste. Refine the selected response in the light of evidence. Finally explain clearly why the proposal works, where its limits are and what testing would still be required.
This loop is valuable beyond exams. Organisations fail when they build a polished artefact that addresses a poorly understood problem. They also fail when they gather pages of research but never make a decision. The K376 project evaluates whether the learner can connect research to concepts, evaluation to refinement, and final design to measurable user needs. A written rationale is strongest when it points to a real earlier observation or design change. It should not pretend that every early idea was perfect.
The 30-hour school project: authentication is part of assessment
The official project question is released through the examining agency’s briefing in Week 1 of Term 2. The thirty hours are arranged as ten supervised classes of three hours. Candidates work individually, while the teacher supervisor controls access to the hard-copy A3 portfolio and school-secured digital files between sessions. Only work carried out in class under direct teacher supervision is accepted for grading. Home practice can strengthen general drawing, research and reasoning; it cannot be submitted as if it were assessed work created during the controlled classes.
For parents this is a clear boundary. Supporting a child with sleep, transport or generic design conversation is different from creating their actual journal pages, rendering their digital solution or writing the oral defence. A private tutor can teach design principles using fictional problems, but must not substitute for the candidate’s individual assessed output. If the student is behind the official project schedule, they should inform the school supervisor immediately rather than fabricate earlier sketches or backdate observations. Genuine authenticity protects fairness and the learner’s ability to explain their work.
Design Journal rubric: 60 marks for evidence of thinking
| Journal criterion | Marks | What a student should demonstrate |
| Research and design strategies | 12 | Relevant user/context evidence that informs proposed directions |
| Generation of ideas and concepts | 12 | Purposefully different concepts linked to the brief |
| Evaluation and refinement | 8 | Comparative judgement and justified revision |
| Detailed design sketches | 10 | Clear views, dimensions or annotations appropriate to field |
| Application of design principles | 18 | Appropriate visual, spatial and functional principles applied and explained |
| Journal total | 60 | Coherent trace from need and evidence to developed proposal |
A design journal is not simply an art diary or a collection of photographs. Each page should serve the investigation. A labelled observation may identify how visitors currently find a doorway; a rough diagram may test alternative sign positions; a critique may reveal that the proposed contrast is insufficient at a distance; a refined layout shows the response. Honest failures and revisions demonstrate learning when their cause is explained. The student should keep the records in the form required by the school, including any authorised digital items and the official PDF submission process.
Digital Design Presentation rubric: 28 marks for coherent output
The digital component has 12 marks for the final design output, 12 for the design’s quality and 4 for effective presentation slides. A polished rendering alone does not establish that the design solves the brief. Show the relevant final form, views, scale and functions without unsupported claims about measured performance. A visual-communication concept may need a readable hierarchy and sample application; an exhibition layout needs clear spatial information; an architectural proposal may require an intelligible relationship between site, users and built form.
Use the slides to help another person understand the decision. A vague background illustration with no labels may look attractive but omit the most important spatial or functional information. Conversely, a deck full of text may obscure the actual visual solution. Organise it around the user problem, design requirements, key concept, significant trade-offs and what the final proposal would enable. Keep the presentation authentic and stored through the school-controlled system. The candidate should be able to speak about every element without relying on a tutor’s hidden script.
Oral defence: five minutes, then ten minutes of genuine questions
The project concludes with a five-minute oral presentation followed by ten minutes of questions from three examiners. Quality of presentation contributes six raw project marks, and explanation during Q&A contributes the other six. A good response is not a memorised slogan about creativity. The candidate must describe who the design serves, why an option was selected, how research informed details, what trade-offs were considered and how a proposed change might affect the user. If asked why a different sign location was rejected, answer with evidence from the actual investigation.
Practise oral reasoning through unrelated fictional briefs rather than rehearse the assessed work with unauthorised help. A teacher can ask what would change if the budget were cut, the user group expanded or the room layout altered. The student should consider consequences and explain the limits of the original design. A proposal’s defensibility grows when the designer can recognise its assumptions. An honest ‘this has not been measured’ is preferable to an invented claim about perfect safety, accessibility or environmental performance.
History and principles: know more than style labels
The syllabus includes design history and styles such as Arts and Crafts, Art Nouveau, Art Deco, Bauhaus, Modernism and Postmodernism. These references can help students identify forms, manufacturing ideals, ornament, simplicity and contrasting philosophical approaches. But it is easy to confuse recognising an image with understanding the design principle. Ask what the movement emphasised, which visible feature supports identification and how the approach might be relevant to a present-day requirement. Avoid claiming a design belongs to a period solely because it uses a geometric shape.
Other design-analysis concepts include visual hierarchy, balance, proportion, contrast, Gestalt-related perception, ergonomics, materials, form, function and the interaction of user, technology and business viability. A strong written response chooses the appropriate criterion for the scenario. A colourful poster can be less useful if its text cannot be read; a beautiful furniture plan can obstruct movement. The goal is not to praise aesthetics automatically but to ask what the design enables and whom it may exclude.
Twenty-eight common Design Studies mistakes with targeted repairs
1. Approved-school restriction missed
Typical failure: The family assumes every Singapore secondary school offers K376.
Better action: Check approval, subject fees and official registration before investing in a special course.
Original example: Having an arts club is not the same as being an approved Applied Subject centre.
Independent retest: Confirm the actual school offering with staff.
Why it matters: Administrative access is a real constraint.
2. 2028 final-year warning ignored
Typical failure: A younger child is encouraged to rely on K376 for a later graduation year.
Better action: Compare the student’s intended sitting year with SEAB’s announced final year.
Original example: 2028 is the final announced exam year, not a guarantee for 2029.
Independent retest: Build the actual cohort timeline and ask the school for alternatives.
Why it matters: Long-range plans must use the correct time envelope.
3. K376 confused with D&T K345
Typical failure: The learner studies mechanical prototype coursework instead of a design journal, digital presentation and oral.
Better action: Use the exact K376 two-paper map and its three approved brief fields.
Original example: D&T may require a physical prototype; K376 has its own project deliverables.
Independent retest: Explain their distinct assessment structures.
Why it matters: Similar names do not mean identical performance tasks.
4. Design problem defined as a product
Typical failure: The student decides to draw a logo or room before understanding its intended user.
Better action: Identify need, user and task before choosing an artefact.
Original example: A confusing event poster is a navigation problem, not merely a desire for prettier colour.
Independent retest: Write a one-sentence user problem for a fresh situation.
Why it matters: The brief should direct the solution.
5. User described as ‘everyone’
Typical failure: The design has no meaningful target audience or test conditions.
Better action: Specify relevant users, access needs and context without stereotyping.
Original example: A wayfinding sign for unfamiliar visitors has different needs from a private staff notice.
Independent retest: Create two grounded user profiles.
Why it matters: Precise audiences support useful criteria.
6. Research pasted without decisions
Typical failure: Screenshots and interviews appear but do not influence the concept.
Better action: Link each relevant observation to a design requirement or idea.
Original example: A user’s complaint about confusing directions should change the information hierarchy.
Independent retest: Annotate three research findings with consequences.
Why it matters: Evidence must inform design.
7. Unrepresentative user research overgeneralised
Typical failure: A single friend’s preference becomes proof of what all visitors want.
Better action: Distinguish observed respondent views from wider needs and limitations.
Original example: One participant can reveal a real issue without representing every user.
Independent retest: Rewrite a sweeping claim as a qualified observation.
Why it matters: Accuracy protects design reasoning.
8. Only one early concept
Typical failure: The student makes one beautiful sketch and declares it final.
Better action: Generate different feasible alternatives before developing a chosen route.
Original example: A poster can vary in information structure, not only colour.
Independent retest: Sketch three distinct concepts for the same fictional brief.
Why it matters: Exploration matters more than early polish.
9. Three concepts only vary in colour
Typical failure: Several alternatives share identical form and communication problems.
Better action: Change layout, sequence, visual metaphor, spatial routing or information grouping.
Original example: Moving a focal point can change how quickly users find a needed message.
Independent retest: Annotate a genuine trade-off between two versions.
Why it matters: Concept diversity should be meaningful.
10. Design criteria cannot be tested
Typical failure: The requirements say ‘nice’, ‘modern’ and ‘good’.
Better action: Translate intentions into observable usability, clarity, access and resource criteria.
Original example: A sign’s legibility at a stated viewing condition is more testable than ‘stylish’.
Independent retest: Write one plausible evaluation method beside each criterion.
Why it matters: Without criteria, selection becomes arbitrary.
11. Visual hierarchy ignored
Typical failure: All type and images demand equal attention.
Better action: Prioritise essential information by grouping, scale, contrast and position.
Original example: A timetable notice needs the changed date more visible than decorative branding.
Independent retest: Ask a reader to find the key detail quickly.
Why it matters: Hierarchy serves the intended task.
12. Typography chosen only for novelty
Typical failure: Decorative lettering reduces legibility for the audience.
Better action: Consider readability, medium, contrast and distance.
Original example: An elaborate display typeface may be unsuitable for an emergency direction sign.
Independent retest: Compare two type treatments for an unfamiliar reader.
Why it matters: Design choices need context.
13. Colour contrast claimed without testing
Typical failure: The designer declares that a palette is accessible based solely on preference.
Better action: Use appropriate user and viewing tests and avoid inventing compliance claims.
Original example: A light-grey label can be hard to distinguish on white in many conditions.
Independent retest: Evaluate a fictional contrast comparison and its limits.
Why it matters: Perception is not uniform across users.
14. Gestalt term used as decoration
Typical failure: A design is labelled ‘proximity’ or ‘continuity’ without showing grouping effects.
Better action: Explain what elements viewers group and how that affects comprehension.
Original example: Related menu items placed closely can be perceived as one section.
Independent retest: Redraw an original diagram with a different grouping.
Why it matters: Principles should explain outcomes.
15. Circulation overlooked in an exhibition
Typical failure: A beautiful layout has bottlenecks or obscures the entry route.
Better action: Map visitor journeys, visibility, access and anticipated flow.
Original example: An exhibit positioned across a doorway can obstruct movement despite its appeal.
Independent retest: Trace two different visitor journeys.
Why it matters: Space is experienced through movement.
16. Ergonomics reduced to a single user’s size
Typical failure: One student’s dimensions are assumed to work for all visitors.
Better action: Consider relevant anthropometric diversity and accessibility requirements.
Original example: A display height chosen from one person may exclude another.
Independent retest: Compare a layout for two user needs.
Why it matters: Inclusive design requires evidence.
17. Architectural concept claims professional safety
Typical failure: A sketch is described as certified structurally sound or code-compliant.
Better action: Treat classroom work as conceptual and seek actual professional standards for built projects.
Original example: A render does not prove fire egress, load-bearing capacity or accessibility compliance.
Independent retest: Identify which claims need professional verification.
Why it matters: Responsible design acknowledges limits.
18. Site analysis detached from proposal
Typical failure: The project presents a site photograph but never responds to orientation or access.
Better action: Connect an observed site constraint to a design decision.
Original example: Sun exposure or a main pedestrian route may influence layout where supported.
Independent retest: Explain one change required by a different site.
Why it matters: Context shapes form.
19. Design history identified by colour alone
Typical failure: A style is guessed without examining forms, materials or philosophy.
Better action: Link visible features and the relevant historical approach to the claim.
Original example: Geometric appearance by itself does not prove a building is Bauhaus.
Independent retest: Compare two styles on more than one feature.
Why it matters: History is analysed, not memorised as labels.
20. Desirability confused with feasibility
Typical failure: A popular idea is assumed possible within any budget or technology.
Better action: Separate user value, technical practicality and viability.
Original example: A high-tech display may appeal to users but exceed available maintenance resources.
Independent retest: Evaluate a fictional concept across all three lenses.
Why it matters: The best design balances constraints.
21. Journal built at home
Typical failure: Parents or tutors produce polished pages outside supervised assessment sessions.
Better action: Keep actual journal work within ten directly supervised project classes.
Original example: Home-made sketches cannot automatically enter the authenticated K376 journal.
Independent retest: Ask the supervisor which unassessed skills can be practised externally.
Why it matters: Authorship rules protect fairness.
22. Journal lacks revision evidence
Typical failure: The final idea appears without explaining why an earlier option failed.
Better action: Record authentic evaluation and a justified change.
Original example: A user finding a label confusing can prompt restructuring.
Independent retest: Write a before/evidence/after note for a practice concept.
Why it matters: Process shows thinking.
23. A3 hard-copy work not secured
Typical failure: The student keeps assessment pages between sessions contrary to school custody rules.
Better action: Follow supervisor storage and secure digital-file procedures.
Original example: The K376 course specifies an A3 portfolio controlled between sessions.
Independent retest: Make a school submission/custody checklist.
Why it matters: Operational requirements are part of authenticity.
24. Digital slide deck replaces the journal
Typical failure: A candidate invests only in beautiful final slides.
Better action: Balance project work by its 60/28/12 rubric.
Original example: The journal is 60 of 100 project marks, not an optional appendix.
Independent retest: Explain the contribution of each deliverable.
Why it matters: The assessment measures process and communication.
25. Digital design makes untested claims
Typical failure: A render is presented as proof of actual user satisfaction or energy savings.
Better action: Label proposed performance and state what remains unverified.
Original example: A designed layout can suggest better circulation without measured visitor data.
Independent retest: Rewrite unsupported benefits as testable hypotheses.
Why it matters: Honest evidence improves design quality.
26. Oral presentation is a fixed slogan
Typical failure: The student recites a paragraph without explaining individual choices.
Better action: Build a five-minute evidence narrative: user, problem, alternatives, decision and limitations.
Original example: An examiner asking why a colour changed needs the actual reason.
Independent retest: Practise an unfamiliar fictional design defence.
Why it matters: Flexible understanding is more important than speech memorisation.
27. Q&A ignores constraints
Typical failure: A candidate cannot adapt when asked about accessibility, cost or site changes.
Better action: Evaluate how a modified condition affects the selected design.
Original example: A smaller budget might require different materials or fewer digital screens.
Independent retest: Respond to three changed-condition questions.
Why it matters: Defending a proposal requires reasoning.
28. Written Paper 1 neglected due to project
Typical failure: The learner assumes sixty-percent coursework makes theory unimportant.
Better action: Time all 7+7+2 written questions in a 150-minute mock.
Original example: A strong presentation cannot replace forty percent of the grade.
Independent retest: Record weak Section B applications and retest them.
Why it matters: Every compulsory component matters.
Worked design exercise: a visitor cannot find the right room
Imagine an original practice brief at a community centre: first-time visitors frequently miss the room for a weekend workshop. A poor starting response is to make a fashionable poster with the largest possible logo. A stronger response identifies where visitors enter, what sign they first see, whether room numbers are consistent, how far they must walk and which language or accessibility constraints are relevant. Several concept options could be compared: a directional hierarchy at the entrance, repeated confirmation signs at turns, or a redesigned event notice linking venue, level and room. These are generic examples, not the issued K376 design brief.
Develop an evaluation matrix based on the actual user problem: how quickly can a new visitor locate the workshop, can important words be read, what is the operational cost and what information must be maintained? A concept with more colours is not automatically better. If user feedback shows that the arrow points ambiguously, note the limitation and revise the layout. The point is a traceable, evidence-based design decision that the student can explain, not a prepared final drawing supplied by a tutor.
A real-time 30-hour planning framework without replacing school assessment
The actual project begins in Week 1 of Term 2 with the official examining-agency briefing. The ten three-hour sessions are governed by the school. A planning framework may consider understanding the brief and users, conducting relevant research, generating concepts, evaluating alternatives, developing detailed designs, refining digital output and preparing the final authorised presentation. These phases are not a fixed DIY schedule that overrides the official sessions. The student’s journal should faithfully reflect what was genuinely undertaken in each school-controlled period.
Parents can help track the actual project milestones, sleep and any materials allowed by the supervisor. If a student misses a session or faces a technical failure, seek guidance from the authorised school rather than inventing a completed page or taking assessment work home. The digital presentation and completed journal are stored and submitted through the school’s secure process. The oral defence should be based on the student’s real design decisions so that follow-up questions can be answered confidently and honestly.
A twelve-week written-exam revision method
Weeks 12–9: test design concepts and scenario interpretation
Read the official K376 content areas and complete a short diagnostic on typography, visual hierarchy, space, design history and user needs. Give an unfamiliar hypothetical design scenario and ask the learner to identify the problem, relevant principle and expected effect. Classify mistakes as unclear terminology, insufficient user evidence, wrong design principle, missed constraint or a conclusion that is stronger than the facts. Correct a recurring foundation before adding more theory notes.
Weeks 8–5: interleave all three design domains
Rotate visual communication, interior/exhibition space and architectural concepts, even if the student’s eventual project focuses on only one brief. Paper 1 can test the common foundations and scenario application. For a hypothetical poster, analyse legibility; for an exhibition, visitor flow; for a site proposal, environmental and access considerations. Give a new problem after feedback to see whether the student understands when to apply a principle, rather than merely recognising its name.
Weeks 4–2: complete timed writing plus authentic school project checks
Simulate the two-hour-thirty-minute written examination: all seven Section A questions, seven Section B applied responses and two Section C synthesis questions. Record completion and whether the candidate links every choice to the supplied scenario. For the real project, use the supervisor’s rubric to identify whether evidence exists for research, alternatives, refinement, detailed design, digital presentation and oral explanation. Do not manufacture missing steps or bypass the controlled project process.
Final week: dependable explanation and current candidate arrangements
Review the K376 code, subject approval, calculator or stationery rules if provided in current instructions, the written paper timetable and the project submission calendar. Practise one fresh short design explanation and a hypothetical Q&A; do not rehearse an unauthorised final-project script written by an adult. Protect rest. The learner should be able to explain why a decision follows from user evidence, not simply repeat that the proposal is innovative.
Seven-day Design Studies learning cycle
| Day | Practice task | Evidence of genuine improvement |
| Monday | User needs and design brief | One precise problem and measurable criterion |
| Tuesday | Visual hierarchy, typography and Gestalt | A principle applied to a fresh layout |
| Wednesday | Interior and exhibition circulation | A visitor path and alternative design explained |
| Thursday | Site/architectural concept and history | Context-based interpretation without safety overclaims |
| Friday | Compare desirability, feasibility and viability | A trade-off matrix with justified choice |
| Saturday | Full 150-minute Paper 1 mock or authorised school project activity | All required questions or authentic project work complete |
| Sunday | Independent retest and rest | A changed-condition problem solved without a model |
Frequently asked questions: 2027 K376 Design Studies
What is G3 Design Studies’ 2027 code?
K376, with previous Applied Subject reference NP05.
Is the Applied Subject offered at every school?
No. Only schools approved to offer it can enter school candidates.
Are there additional subject fees?
Yes. SEAB states that fees quoted by examining agencies apply.
What is the final announced examination year?
2028 for the G3 Applied Subjects K375 and K376 under the current SEAB catalogue.
Does this mean design is no longer offered after 2028 anywhere?
No. That announcement concerns the named SEC Applied Subject exams, not all design studies or careers.
How is K376 assessed?
Paper 1 written 40% and Paper 2 supervised project 60%.
How long is the written exam?
Two hours thirty minutes, with all questions compulsory.
What is Paper 1 Section A?
Seven short concept questions, 25% of the written paper.
What is Paper 1 Section B?
Seven applied/scenario questions, 50% of the written paper.
What is Paper 1 Section C?
Two information-interpretation/synthesis questions, 25% of the written paper.
What is the project duration?
Thirty hours arranged as ten three-hour directly supervised sessions.
What brief options are available?
Visual Communication, Interior and Exhibition Space, and Architectural Design; choose one official brief.
When are project briefs issued?
At the examining-agency briefing in Week 1 of Term 2 in the examination year.
How is the 100-mark project rubric split?
Design Journal 60, Digital Design Presentation 28 and Oral Presentation 12.
What is the Design Journal’s largest criterion?
Application of design principles, 18 of the journal’s 60 marks.
How long is the oral project presentation?
Five minutes, followed by ten minutes of questions from three examiners.
Can the project be completed at home?
No. Only work created under direct teacher supervision during authorised sessions is accepted for grading.
What is the A3 portfolio for?
Hard-copy project material is held securely by the school between supervised sessions.
Does a glossy final rendering guarantee a high grade?
No. Research, user-centred reasoning, refinement and the authentic journal make up substantial assessment.
Is K376 the same as G3 Art K347?
No. They have different assessed components, entry arrangements and project criteria.
What should parents ask after a practice task?
Which user evidence supports the chosen design, what alternative was considered and which limitation remains?
Where is the official authority?
SEAB’s 2027 K376 syllabus and the G3 approved-school Applied Subject listing.
Official SEAB and related eduKate reading
Checked against SEAB’s published 2027 G3 Applied Subject directory and K376 guidance available as of 14 November 2026. The official examining-agency briefing and school’s supervision/submission rules control actual candidate work.
SEAB: 2027 K376 Design Studies official syllabus, 30-hour project and rubric
SEAB: K376 subject availability, approved-school and final-2028 notice
eduKate: Design Studies K376 three disciplines, written and project requirements
eduKate: K376 supervised journal, digital design and secure submission
eduKate: Compare Design Studies K376 with Biotechnology K375
eduKate: How to develop a user-centred Design Studies concept
eduKate: First-principles three-student diagnostic tutorial format
Find related guides in the SEC G1, G2 and G3 subject-guide index.