For a Secondary 4 student taking a G2 subject with a substantial coursework, portfolio or design-project component, preparation begins well before the written examination. G2 Art K236 includes a portfolio worth 50%; G2 Design and Technology K234 includes a 20-week Design Project worth 60%; and G2 Nutrition and Food Science K235 includes supervised coursework worth 60%. These subjects reward a student’s process as well as the final presentation. Parents can help by supporting organisation, safe access to materials and realistic weekly planning, but the assessed ideas, research, practical work and reflection must remain the student’s own.

The most important parent task is to help the teenager avoid a last-minute rush. Coursework and portfolios develop through research, trials, decision-making, making, evaluation and documentation. A polished final page cannot replace missing evidence of development. Families should confirm the exact syllabus code, school brief, internal checkpoints and rules on outside assistance before buying materials or arranging additional tuition. The school and official syllabus define the actual submission requirements.

• Art K236: Visual Response is 50%; Portfolio is 50%, including up to ten electronic screens and commentary on two works within 500 words.
• Design and Technology K234: written examination 40%; 20-week Design Project 60%.
• Nutrition and Food Science K235: written paper 40%; supervised coursework 60%, with 25 hours of curriculum time.
• Start with the school brief: confirm the target task, milestones, permitted materials and submission format.
• Document as you work: retain genuine research, sketches, trials, photographs and reflection where the brief requires them.
• Protect authorship: parents may support logistics, not create assessed work or fabricate evidence.
• Work safely: follow school supervision, workshop safety and food hygiene requirements.
• Plan around other SEC subjects: reserve weekly coursework time and protect rest.

Coursework is learning over time, not a final-week task

A written examination often has a clear revision period. A portfolio or project is different because the student must develop evidence across several weeks. The work includes stages that depend on one another. If research is incomplete, the design decision may be weak. If the prototype is delayed, there may be little time to test it. If the practical trial is not recorded, later evaluation may rely on memory.

Parents should help the student translate a large project into smaller actions. A weekly task should be concrete: complete a user observation, compare materials, test a recipe variation, photograph a genuine experiment, refine a sketch or write a short reflection. ‘Work on coursework’ is too vague to guide effort.

Students should use the school’s checkpoints. The official syllabus describes broad assessment requirements, but the teacher sets the task-specific instructions and manages the supervised work. A home timetable should support those requirements rather than create a competing project plan.

Regular progress reviews help identify a problem while there is still time to seek advice. A child who is behind should tell the teacher early. Hiding a problem until the deadline often turns a manageable adjustment into a crisis.

G2 Art K236: portfolio evidence and visual response

K236 Art has two components. Paper 1 Visual Response lasts 2 hours 15 minutes, is worth 50 marks and contributes 50%. Paper 2 Portfolio is worth the other 50% and is allocated 30 hours over 12 weeks. The portfolio includes up to ten electronic screens of selected visual materials and a commentary on two of the student’s own works, with a 500-word maximum.

The portfolio must demonstrate exploration across at least two art forms and media, including at least one Fine Art form and one from the Design or Time-based categories. The student should work with the Art teacher to ensure that the chosen work genuinely fits the required categories. A collection of attractive images is not enough if it does not show the required range and development.

Paper 1 includes visual analysis of an unseen stimulus and exploratory sketching that develops a two-dimensional concept. Students should practise observation, exploration, creative synthesis, visual communication and personal interpretation. They should not memorise an analysis of one artwork and expect it to apply to an unfamiliar stimulus.

The commentary should explain intention, visual decisions, experimentation, development and evaluation. The student should refer to actual details in the selected works. General comments such as ‘I used colour to make it interesting’ do not show much reflection unless the student explains which colours, how they were used and what effect they created.

Parents can help by protecting studio time, organising safe materials and encouraging the student to keep genuine process records. They should not draw, edit or finish the assessed work. The portfolio is evidence of the student’s learning.

G2 Design and Technology K234: the 20-week Design Project

K234 assesses a written paper worth 40% and a 20-week Design Project worth 60%. The design process includes Needs Analysis, Idea Conceptualisation, Development and Prototyping, supported by Research. These stages are connected, and a student may need to revisit an earlier stage after testing an idea.

Needs Analysis identifies a real everyday need or design opportunity. The student should specify the user, context and difficulty and support the problem statement with evidence. A broad statement such as ‘people need better storage’ needs to be made more specific before design work can be meaningful.

Idea Conceptualisation explores possible solutions. Students should produce alternatives, sketch them and compare them against the requirements. The final direction should be selected for reasons, not because it was the first or prettiest idea.

Development and Prototyping tests feasibility. A mock-up can reveal an issue with size, grip, stability, movement or assembly. The student should decide what the prototype is testing, record what happened and use the result to refine the design.

Research should inform decisions about users, functionality, materials, processes, mechanisms, aesthetics, economics, culture and environmental considerations. Copying information from websites does not demonstrate research. The student needs to explain what the information changes in the design.

Parents may support safe logistics and remind the student about milestones. They must not design, build or write the assessed work on the student’s behalf. Follow school workshop supervision and safety procedures.

G2 Nutrition and Food Science K235: supervised coursework

K235 has a written Paper 1 worth 40% and supervised coursework worth 60%. The syllabus allocates 25 hours of curriculum time for teachers to discuss, facilitate and carry out the investigation and practical work. The assignment is issued at the beginning of the examination year and is scheduled for completion by the end of July or early August.

The coursework requires research and decision-making, an exploratory study, planning, execution and evaluation. The student researches ingredients and the target group’s meal-planning needs, selects and justifies dishes, plans an exploratory study, records observations, prepares the final dishes and evaluates the outcomes.

The report is word processed and submitted electronically. The syllabus specifies a report length of 15–20 pages, with page numbers and digital photographic evidence of the exploratory study and final dishes. Follow the school template and current submission instructions rather than inventing a new format.

Food safety and integrity matter. Students should follow hygiene and allergy precautions, use the supervised practical arrangements and record genuine outcomes. Parents must not prepare the assessed dishes, invent sensory feedback or create photographs that misrepresent the student’s work.

Evaluation should address sensory qualities and execution. The learner should explain what worked, what could be improved and why. ‘It tasted good’ is not a meaningful evaluation unless the student uses precise sensory observations and connects them to the target group.

How parents can provide support without taking over

Ask the student to explain the next milestone and what evidence will show it is complete. This encourages ownership and reveals whether the teenager understands the task.

Help organise time, transport and approved materials. Keep receipts or lists where relevant, but do not make design choices or practical decisions that are part of the assessment.

Ask questions rather than supply answers. ‘What did the user say?’ ‘What did the trial show?’ ‘Why did you choose this material?’ ‘What would you change?’ These prompts encourage reflection without taking authorship away.

Encourage early communication with the teacher when something goes wrong. A material may be unavailable, a recipe may fail or a prototype may not work. Honest communication allows the student to adapt the plan.

Respect the school’s rules on AI, internet research, photography, collaboration and acknowledgement. If the rules are unclear, ask the teacher before using an outside tool or adult assistance.

Evidence and documentation: preserve the real process

Keep process evidence as the student works. This may include initial sketches, alternative concepts, research notes, trial photographs, tables, observation records, user feedback and reflections, depending on the subject brief.

Label records with dates and short descriptions. A photograph without context may be difficult to interpret later. Note what the student was testing and what the result showed.

Do not recreate missing evidence or stage a false sequence. A genuine record of a problem and its correction is more valuable than a perfectly polished but misleading account.

Store files systematically and follow school privacy requirements. Do not publish images of classmates, users or school spaces without permission. Keep a backup in a permitted location, but follow the school’s rules on access and submission.

Safety: practical work has real responsibilities

Design and Technology may involve tools, workshop processes and materials. Students must follow teacher instructions, wear required protective equipment and use machinery only under approved supervision. Parents should not encourage unsupervised home use of workshop equipment.

Nutrition and Food Science involves food handling, preparation and cooking. Students should follow food hygiene, safe storage, allergy controls and the school’s practical instructions. Never taste food to determine whether it is safe.

Art can involve blades, adhesives, paints, solvents or other materials depending on the medium. Use suitable ventilation, handling and storage. Check with the teacher before bringing unfamiliar materials to school.

Safety is part of responsible practice, not an optional paragraph for the portfolio. Students should identify relevant hazards and explain how a precaution reduces the risk.

Common coursework mistakes and how to avoid them

Starting before understanding the brief: read the task, target group, constraints and deliverables first.

Leaving documentation until the end: record genuine process evidence when it happens.

Choosing an idea without research: connect evidence to the design or meal decision.

Making without testing: decide what the prototype or practical trial is meant to show.

Writing vague reflections: identify a specific strength, limitation and improvement.

Allowing adults to take over: preserve the student’s own decisions, making and explanations.

A 12-week project-management approach

Weeks 1–2: understand the school brief, criteria and milestones. Identify the required evidence and ask the teacher about uncertainties.

Weeks 3–4: gather relevant research and record it accurately. Link each finding to a question or decision.

Weeks 5–6: generate alternatives and compare them using criteria drawn from the brief. Keep early evidence.

Weeks 7–8: carry out exploratory work or prototyping under the required supervision. Photograph and record genuine observations.

Weeks 9–10: refine the work using evidence. Explain what changed and why.

Weeks 11–12: evaluate the outcome, check report or portfolio limits and follow school submission instructions. This is a general organisation model, not a replacement for the official K234/K235/K236 timelines.

A weekly family routine

Set one fixed project period each week and one short review at the end. Ask the student to identify what was completed, what evidence was created and what must happen next.

Separate project work from written-paper revision. A student taking D&T or NFS still needs to revise the written component. A student taking Art needs to practise the timed Visual Response as well as prepare the portfolio.

Do not turn every evening into project time. The student has other SEC subjects, homework, sleep and personal activities. A realistic routine is more likely to be followed than a perfect-looking timetable.

Use the weekly review to identify a need for teacher support. If the task is unclear or the student is behind, contact the school before the next deadline.

Questions parents ask

Can parents help with a portfolio? They can support scheduling and safe logistics, but assessed work and decisions must remain the student’s.

Does a failed prototype mean failure? No. A test can reveal a weakness. Record what happened and how the design is improved.

Can a student use AI for a project? Follow the school’s rules on permitted assistance, attribution and original work. Do not present generated content as the student’s own where that is not allowed.

Should families buy expensive equipment? Not without checking with the teacher. The school may provide resources or specify approved materials.

Can practical work be left until the end? No. Project evidence and feedback develop over time, and the official timelines must be observed.

Is tuition essential? Not automatically. First identify the precise learning gap and whether school support is sufficient.

Official references and subject guides

Use the SEAB 2027 G2 syllabus index and the exact documents for Art K236, Design and Technology K234 and Nutrition and Food Science K235. School instructions determine each candidate’s actual coursework brief and submission process.

Read the individual eduKate guides for G2 Art, G2 Design and Technology and G2 Nutrition and Food Science. Use those subject-specific explanations alongside the project brief; no general parent guide can replace the actual school instructions.