← England Design and Technology
England · OCRSyllabus
Design and Technology syllabus, dot point by dot point
Every dot point in the England Design and Technologysyllabus, 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.
2. Design thinking and communication
Module overview →- How do designers get ideas out of their heads and onto paper quickly and clearly?Communicating design ideas through freehand sketching and annotation: using quick 2D and 3D sketches, notes and labels to generate, develop and explain ideas during the design process.8 min answer →
- How does computer-aided design help designers develop, test and present ideas?Computer-aided design (CAD): using software to model, refine, test and present designs, the advantages and disadvantages of CAD, and how it links to computer-aided manufacture (CAM).8 min answer →
- What is iterative design, and why does OCR build its whole course around the explore, create, evaluate loop?Iterative design as a repeating cycle of explore, create and evaluate: how it differs from linear design, why testing and feedback drive refinement, and how it underpins the J310 design challenge.9 min answer →
- Why do designers build models and prototypes, and what can each kind tell you?Modelling and prototyping: using sketch models, physical prototypes and mathematical modelling to test, develop and communicate ideas, and the role of prototypes in the iterative process.9 min answer →
- How do designers produce clear 3D and accurate technical drawings, and how does scale work?Formal drawing techniques: isometric and perspective pictorial drawing, exploded and assembly diagrams, and working (orthographic) drawings with dimensions and scale, used to communicate a design accurately for manufacture.10 min answer →
1. Identifying requirements and learning from others
Module overview →- What can you learn by taking apart and critiquing products that already exist?Analysing existing products through product analysis and disassembly: examining materials, components, manufacture, function, ergonomics, aesthetics, cost and environmental impact to learn from them and inform new designs.9 min answer →
- How do designers use human body data to make products that fit, are comfortable and are easy to use?Anthropometrics and ergonomics: using body measurement data and percentiles to design products that fit the user, and designing for comfort, efficiency, safety and ease of use, including inclusive design.9 min answer →
- How do you turn a broad context into a clear design brief that says what to make and for whom?Identifying requirements by analysing a context: the primary user and wider stakeholders, the situation a product is used in, the social, cultural, moral and economic factors that create opportunities and constraints, and how this leads to a design brief.9 min answer →
- What turns a design brief into measurable requirements you can design and test against?Writing a design specification: deriving measurable, justified design criteria from the brief and research, the difference between a design brief and a specification, and using the specification to evaluate ideas and the final prototype.9 min answer →
- How do established designers and companies influence the products we use, and what can we learn from them?Learning from the work of past and present designers and companies: how their materials, methods, branding, style and ethos influence design, and how studying them informs new work without copying.9 min answer →
- How do social, moral and environmental issues shape design, and how can products be made more sustainable?The implications of wider issues for design: social, moral, ethical and environmental impacts, the 6 Rs of sustainability, life-cycle thinking, and how designers reduce a product's footprint.10 min answer →
5. Manufacturing processes and techniques
Module overview →- How are products shaped by bending material or by melting and reforming it?Deforming and reforming processes: shaping by deforming material (line bending, vacuum forming, press forming, laminating) and by reforming it from a liquid or molten state (casting, injection moulding, blow moulding), and matching the process to the material and quantity.9 min answer →
- How does the quantity being made change the way a product is manufactured?Scales of production: one-off (bespoke), batch, mass and continuous production, the features and trade-offs of each, and how the scale influences process choice, cost and the use of CAM.9 min answer →
- How are products shaped by cutting material away or by joining material together?Wastage and addition processes: shaping by removing material (sawing, drilling, turning, milling, laser cutting) and by joining material together (adhesives, mechanical fixings, welding, soldering), and choosing the right process for a material.9 min answer →
- How do manufacturers make sure every product is made accurately and to the same standard?Quality control and accuracy: tolerances and how to read them, quality control checks during production, and using jigs, templates, patterns and CAM to ensure accuracy and consistency in batch and mass production.10 min answer →
- Why are products given a surface finish, and which finish suits which material?Surface treatments and finishes: why materials are finished (protection, appearance, function), and the finishes that suit each material category, including paint and varnish for timber, painting and plating for metals, and self-finishing for polymers.9 min answer →
3. Material considerations
Module overview →- What do the common electronic components do, and how are they used in a circuit?Electronic components: resistors, capacitors, diodes and LEDs, transistors and integrated circuits, what each does, and how components are combined to make working circuits in products.9 min answer →
- What is the difference between ferrous, non-ferrous and alloy metals, and what are they used for?Metals: ferrous metals, non-ferrous metals and alloys, the difference between them, their physical and working properties, common examples, and typical uses.9 min answer →
- What are the main papers and boards, their properties, and what are they used for?Papers and boards: the common types (cartridge, layout, tracing, grid, bleed-proof papers; corrugated card, mounting board, foam board, duplex and solid white board), their physical and working properties, weight measured in gsm, and typical uses.9 min answer →
- What is the difference between thermoforming and thermosetting polymers, and what are they used for?Polymers: thermoforming (thermoplastic) and thermosetting polymers, the difference between them, their physical and working properties, common examples, and typical uses.9 min answer →
- How does a designer choose the right material and work out what it will cost?Selecting and costing materials: the factors that influence material choice (function, properties, aesthetics, cost, availability and sustainability), stock forms and stock sizes, and calculating material cost from stock forms and quantities.10 min answer →
- What is the difference between natural, synthetic and blended fibres, and how are fabrics constructed?Textiles: natural, synthetic and blended fibres, the difference between them, woven, knitted and non-woven fabric construction, their physical and working properties, common examples and typical uses.9 min answer →
- What is the difference between hardwoods, softwoods and manufactured boards, and what are they used for?Timbers: natural hardwoods and softwoods and manufactured (manmade) boards, their physical and working properties, the difference between hardwood and softwood, common examples, and typical uses.9 min answer →
4. Technical understanding
Module overview →- How are electronic products built from inputs, processes and outputs, and what do sensors and microcontrollers do?Electronic systems: the input, process and output model, sensors as inputs, processing with transistors and microcontrollers (including programmable control), and outputs such as LEDs, buzzers and motors.9 min answer →
- What forces act on products, and how can materials and structures be made to resist them?Forces and stresses: tension, compression, bending, torsion and shear, how materials and structures are affected by them, and how they can be reinforced and stiffened using lamination, ribs, folding and triangulation.9 min answer →
- What are the four types of motion, and how do levers and linkages change force and movement?Mechanisms and motion: the four types of motion (linear, rotary, reciprocating and oscillating), levers and the classes of lever, mechanical advantage, and linkages that change the direction or type of motion.9 min answer →
- How do gears, pulleys and cams change speed, force, direction and type of motion?Rotary motion systems: gears and gear trains, gear ratios and how they change speed and torque, pulley and belt systems, and cams and followers that convert rotary motion into reciprocating or oscillating motion.10 min answer →
- How are new technologies changing how products are designed, made and used, and what are the wider impacts?New and emerging technologies: CAD/CAM and digital manufacture (3D printing, laser cutting, CNC), automation and robotics, smart and modern materials, and the impact of new technologies on industry, society and the environment.9 min answer →
6. The iterative design challenge (NEA)
Module overview →- What does the create stage of the NEA involve, from generating ideas to making the final prototype?Creating in the NEA: generating and developing ideas, modelling and testing them, planning the manufacture of the final prototype (a production plan with stages, tools and quality checks), and making it safely and accurately.9 min answer →
- What does the explore stage of the NEA involve, and how do you investigate a context well?Exploring in the NEA: investigating the contextual challenge, the user and wider stakeholders and existing products, gathering primary and secondary research, and writing a design brief and a measurable specification.9 min answer →
- What does the evaluate stage of the NEA involve, and how do you judge whether a prototype is fit for purpose?Evaluating in the NEA: testing ideas and the prototype against the specification and with the user throughout, using feedback to drive iteration, and writing a final evaluation that judges fitness for purpose and suggests improvements.9 min answer →
- How is the J310 non-exam assessment structured, and what does each stage of the explore, create, evaluate cycle demand?The structure of the J310 Iterative Design Challenge: the explore, create and evaluate cycle, the contextual challenge, the chronological portfolio and final prototype, and how the work is assessed against the OCR criteria.9 min answer →