β Scotland Design and Manufacture
Scotland Β· SQASyllabus
Design and Manufacture syllabus, dot point by dot point
Every dot point in the Scotland Design and Manufacturesyllabus, with a focused answer for each one. Click any dot point for a worked explainer, past exam questions, and links to related dot points. Written by Claude Opus 4.8, Anthropic's latest AI.
Design
Module overview β- How do designers communicate their proposals using sketching, modelling and computer-aided design?Communicating design proposals: graphic techniques (freehand and pictorial sketching, annotation, rendering), physical modelling and prototyping, and computer-aided design (CAD), and the purpose of communicating ideas clearly to clients and manufacturers.11 min answer β
- What is the National 5 Design and Manufacture design assignment, and how is it carried out and marked?Overview of the assignment - design: the externally assessed coursework in which a candidate develops a design proposal in response to a set brief, applying research, specification, idea generation, development, communication and evaluation, worth 55 of the 180 course marks.10 min answer β
- What are the design factors, and how does each one influence the design of a product?The design factors that influence the design of a product: function, performance, aesthetics, ergonomics (anthropometrics, physiology and psychology), market and consumer demands, economic factors, environmental factors and safety, and the tensions and trade-offs between them.12 min answer β
- How does a designer evaluate a proposal against the specification and resolve it into a final design?Evaluating and resolving design proposals: testing ideas and models against the specification, using objective and subjective evaluation, identifying improvements, and refining a proposal on an ongoing basis until it is resolved and meets the brief.11 min answer β
- How does a designer generate a range of ideas and then develop the strongest into a workable proposal?Generating and developing ideas: creativity and idea-generation techniques (brainstorming, morphological analysis, mind mapping, lateral thinking), divergent and convergent thinking, and developing chosen ideas through modelling towards a workable proposal.11 min answer β
- How does a designer research a design problem and turn that research into a measurable specification?Researching a design problem and writing a specification: methods of research (investigating existing products, the user, the market and materials), product analysis, and turning findings into a measurable design specification used to judge proposals.11 min answer β
- What are the stages of the design process, and why is it iterative rather than a straight line?The stages of the design process from brief to resolved proposal: the design brief, specification, generating and developing ideas, modelling, evaluating, and the iterative design/make/test cycle in which ideas are refined and resolved on an ongoing basis.11 min answer β
Materials and Manufacture
Module overview β- How are products made commercially, and how does the scale of production affect the methods used?Commercial manufacture: the scales of production (one-off/job, batch and mass/continuous production), their effects on cost and quantity, and the use of jigs, templates, moulds, computer-aided manufacture (CAM) and automation to ensure consistency and speed in industry.12 min answer β
- What processes, tools and equipment are used to shape, form, join and finish materials when making a product?Manufacturing processes and the tools and equipment used: marking out and measuring, wasting/cutting, shaping, forming (e.g. line bending, vacuum forming), fabrication and joining (adhesives, mechanical fixings, knock-down fittings, welding), and surface finishing and its purpose.12 min answer β
- What categories of material are used in products, and what physical and mechanical properties decide which is suitable?The main categories of material (timbers, metals, polymers/plastics) and the physical and mechanical properties that decide suitability: strength, hardness, toughness, durability, elasticity, plasticity, malleability, ductility, density, conductivity and corrosion resistance.12 min answer β
- What is the National 5 Design and Manufacture practical assignment, and how is the prototype planned, made and assessed?Overview of the assignment - practical: the coursework in which a candidate plans for manufacture and makes a prototype of their design, applying material and process knowledge and the design/make/test approach, worth 45 of the 180 course marks and teacher-assessed under SQA verification.10 min answer β
- What is the life cycle of a product, and how can designers reduce its environmental impact using the 6 Rs?Sustainability and the product life cycle: the stages of a product's life (raw materials, manufacture, distribution, use, disposal/re-use), the environmental impact at each stage, and reducing impact through the 6 Rs (reduce, reuse, recycle, refuse, rethink, repair).12 min answer β
- What are the common timbers, metals and plastics used in products, and what are they used for?Named materials and their uses: natural timbers (hardwoods and softwoods) and manufactured boards (MDF, plywood, chipboard), ferrous and non-ferrous metals (mild steel, aluminium, copper, brass), and thermoplastics and thermosetting plastics (acrylic, polypropylene, ABS, polythene, urea formaldehyde).12 min answer β