What does the Higher Design and Manufacture assignment require, and how is it marked?
Overview of the Higher Design and Manufacture coursework assignment: a candidate-led design, make and test task that applies the design process and knowledge of materials and manufacture to produce and evaluate a design proposal and outcome.
An SQA Higher Design and Manufacture overview of the coursework assignment, a candidate-led design, make and test task that applies the design process and knowledge of materials and manufacture to research, develop, make and evaluate a design proposal under SQA conditions.
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What this is
This page is a concise overview of the Higher Design and Manufacture assignment, the coursework component of the course. It is not a key area of knowledge to memorise like materials or processes; it is the practical task in which you apply everything from the Design and the Materials and Manufacture areas. The full instructions, conditions and pro formas are set by the SQA and issued through your centre, so always work from the current specimen coursework assessment task and your teacher's guidance.
What the assignment asks you to do
The assignment is your chance to run the whole design process for real, on a problem of suitable scope. In broad terms it asks you to:
- Work from a brief and research the problem, users, market and existing products.
- Write a measurable specification that your work can be judged against.
- Generate and develop ideas using sketching, working drawings and CAD.
- Model or prototype the chosen idea and apply knowledge of materials, processes and manufacture.
- Evaluate the outcome against the specification and through testing, and suggest improvements.
It is candidate-led and iterative: you make decisions, test them, and refine, exactly as the design process key area describes.
How it is assessed
Because the marks follow the design process, the surest way to do well is to show genuine iteration and to back every judgement with evidence rather than opinion. Vague work that only describes what was made, without research, specification and evaluation, scores poorly.
How to approach it
- Use the key areas as your structure. Organise your folio around the design process and the design factors, because that is what the marking instructions assess.
- Make the specification measurable. Every point should be testable so you can evaluate against it later.
- Show your iterations. Keep the models and changes that did not work and explain why; iteration is rewarded.
- Evaluate with evidence. Test against the specification and trial with target users, then state clear conclusions and improvements.
Where this fits in the course
The assignment is the practical half of the course and applies both areas of study: the Design area (process, factors, graphics, evaluation) and the Materials and Manufacture area (materials, processes, scales of production, finishes). Doing well in it depends on understanding those key areas, so study them as knowledge for the question paper and as tools for the assignment.
Try this
Q1. Describe the design, make and test process you would follow in the assignment. [4 marks]
- Cue. Brief and research, specification, idea generation and development, modelling/prototyping with suitable materials, evaluation against the specification.
Q2. Explain why a measurable specification matters in the assignment. [3 marks]
- Cue. It sets testable targets to design against and to evaluate the outcome against objectively.
Q3. Explain how you would gain marks for evaluation in the assignment. [3 marks]
- Cue. Test the outcome against each specification point and trial with target users, then state evidence-based conclusions and improvements.
Exam-style practice questions
Practice questions written in the style of SQA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
SQA Higher6 marksDescribe the main stages a candidate works through in the Higher Design and Manufacture assignment.Show worked answer →
Worth about 6 marks, so the marker wants the assignment described as a
design, make and test process with several developed stages.
Brief and research. The candidate works from a design brief, researches
the problem, users, market and existing products, and gathers the
information needed to design well.
Specification and ideas. They write a measurable specification, then
generate a range of ideas through sketching and developed graphics.
Develop, model and make. The strongest idea is developed with drawings and
CAD, modelled or prototyped, and the proposal or outcome is made using
suitable materials and processes.
Evaluate. The outcome is evaluated against the specification and through
testing, with conclusions on its success and improvements. A strong answer
stresses that the work is iterative and candidate-led, applying the design
process taught in the course.
SQA Higher3 marksExplain why the assignment rewards evaluating the outcome against the specification.Show worked answer →
Worth about 3 marks. The markers want the role of specification-based
evaluation in the assignment.
It shows objective judgement. Checking the outcome against measurable
specification points gives evidence of what works and what does not,
rather than opinion, which the marking instructions reward.
It demonstrates the full design process. Evaluating against the
specification closes the design, make and test loop and shows the
candidate can judge their own work and propose improvements.
A top answer notes that clear, evidence-based evaluation is one of the
ways candidates gain the higher marks available for the assignment.
Related dot points
- The design process and the iterative design, make and test cycle: the brief, research, specification, idea generation, development, prototyping, evaluation and the feedback loops that link them.
An SQA Higher Design and Manufacture answer on the design process and the iterative design, make and test cycle, covering the brief, research, specification, idea generation, development, prototyping and evaluation, and why the stages feed back into each other rather than running in a straight line.
- The design factors a product must satisfy: function and performance, aesthetics, ergonomics and anthropometrics, the market, economics and cost, ease of manufacture, durability and safety, and how they are balanced and prioritised.
An SQA Higher Design and Manufacture answer on the design factors a product must satisfy, covering function and performance, aesthetics, ergonomics and anthropometrics, market, economics, ease of manufacture, durability and safety, and how a designer balances and prioritises them for a viable commercial product.
- Graphic techniques and modelling used through the design process: freehand sketching, pictorial and orthographic working drawings, CAD, and physical models and prototypes, and the role of each in generating, developing, testing and communicating a design.
An SQA Higher Design and Manufacture answer on the graphic techniques and modelling used through the design process, covering freehand sketching, pictorial and orthographic working drawings, CAD, and physical models and prototypes, and when each is used to generate, develop, test and communicate a design.
- Evaluation techniques used through the design process: evaluating ideas and products against the specification, user trialling and testing, comparison and selection methods, and using the results to refine the design.
An SQA Higher Design and Manufacture answer on evaluation techniques, covering how a designer judges ideas and products against the specification, uses user trialling and testing, compares and selects ideas objectively, and feeds the results back to refine the design.