The Coursework Unit That Outgrew Its Brief
A student is three weeks into an eight-week coursework unit. The brief is to design and make a storage unit for a primary school reading corner: it must hold about 40 picture books, be no taller than 900 mm so children can reach, have no sharp edges, and be stable if a child leans on it. The student's current design is a 1200 mm tall open bookcase in 18 mm MDF, with a single 6 mm hardboard back nailed on, square edges, and a painted finish. Machining is done; the sides are cut and the shelf housings are routed. The student now wants to add a seat and a canopy because 'it looks better'. The assessment requires a design folder, a production plan, a weekly log, and an evaluation against the brief. Two weeks of workshop time remain, and the MDF edges have not been banded.
1. Evaluate the design against the brief. Identify the failures and explain which ones can still be corrected in the time left.
Read the worked answer
Against the brief:
| Requirement | Design as built | Verdict |
|---|---|---|
| No taller than 900 mm | 1200 mm | Fails, and it is the safety-critical one |
| 40 picture books | Depends on shelf area; a 1200 mm case would hold them, a 900 mm one needs more width or depth | Must be re-checked by calculation |
| No sharp edges | Square MDF edges, unbanded | Fails, correctable |
| Stable if leaned on | 1200 mm tall, narrow footprint, 6 mm nailed back | Fails - the worst combination of height and weak racking resistance |
| Suitable for a reading corner | A seat and canopy would help, but only after the above | Aspirational, not required |
What can still be fixed:
- Height: cut down the sides and any full-height components to 900 mm. Housings already routed may end up in the wrong place - check before cutting, and if a housing would be cut through, convert that joint to a through-dado or add a new shelf position.
- Edges: band or edge-bind in the time available; if banding is not possible, a radius routed on the edges plus primer and two coats is acceptable for a school but must be stated and justified.
- Stability: fix a solid back (at least 6 mm, screwed and glued, or 12 mm) or add a plinth and rear rail; going lower already improves the tipping margin enormously.
- The seat and canopy: cannot be added without losing the corrections above. Say no, and record why in the folder.
Not correctable: the lost fortnight. That becomes an honest entry in the evaluation, not something to hide.
2. The student argues that adding the seat and canopy will raise the marks for creativity. Advise the student, showing how the marking criteria and the brief interact.
Read the worked answer
Creativity is judged against the brief, not against ambition. A design that is striking but 300 mm too tall, unstable and sharp-edged scores badly on fitness for purpose, safety and evaluation - and those carry more weight than novelty. Examiners and teachers look for evidence of decision-making: options considered, criteria used, a choice made and justified. Refusing the canopy with reasons is stronger evidence of design thinking than adding it.
Advice to the student:
- Re-read the brief and turn it into a checklist with measurable criteria: height 900 mm max, capacity 40 books, all edges radiused or banded, stability tested at a stated lean force.
- Record the seat/canopy idea in the folder as an option rejected at this stage, with the reason (time, height, stability, tripping) and note it as a possible phase-two addition for the school.
- Spend the remaining workshop time on the corrections - cut down, back, edges, finish - and on a genuine stability test, documented with a photograph and a note of the force or lean applied.
- Use the evaluation to compare the finished artefact with the brief, point by point, including what the student would do differently.
That produces a shorter, safer, better-evidenced project. A rushed canopy would put the whole unit at risk.
3. Set out a realistic four-week plan to finish, and explain how the weekly log should be used so the folder reflects what actually happened.
Read the worked answer
Week 1 - correct and prepare. Cut sides and full-height parts down to 900 mm; re-check shelf positions; cut and fit a solid back; cut shelf pieces and the plinth. Log: what changed and why, with a sketch.
Week 2 - assemble and stabilise. Glue and screw the carcass square (measure diagonals), fit the back, add plinth and rear rail, test the lean. Log: the diagonal measurements and the stability result - these are evidence, not decoration.
Week 3 - edges and finish. Radius all exposed edges, band or bind, fill and sand, then prime and two topcoats with drying time built in. Log: which edge treatment was chosen and why, plus any drying delays.
Week 4 - evaluate and submit. Final check against the brief, photographs, evaluation, folder assembly, and a buffer day. Log: the honest comparison with the plan - where time was lost and what caused it.
How to use the log: write it the same day, in short factual entries - date, task, time taken, problem, decision. It is not a diary of feelings; it is a record that lets the evaluation be specific ('the height reduction took an extra two hours because two housings had to be re-cut'). Retrospective logs written in week eight are obvious and lose marks. A plan with a buffer day, and a log that records the deviation, demonstrates planning and evaluation better than a plan that pretends nothing went wrong.