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CCEA GCSE Technology and Design

GCSE · CCEADesign and Technology47 notes in 8 folders, 202 KB

Notes for CCEA GCSE Technology and Design (2017 specification), in folders for the core content (designing and manufacturing, electronic, mechanical, pneumatic and computer control) and for each of the three optional areas: Electronic and Microelectronic Control Systems, Mechanical and Pneumatic Control Systems, and Product Design. Delete the option folders you do not study once the notes are yours.

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What is inside

  • Core content
    • Designing and manufacturing
      • The design process and communication6 KB
      • Plastics4 KB
      • Woods and manufactured boards4 KB
      • Metals, alloys, graphene and heat treatment5 KB
      • Tools for marking out, cutting and shaping5 KB
      • Machines, forming and tolerance4 KB
      • Joining methods6 KB
      • Production methods, moulds, jigs and fixtures4 KB
      • Finishing and smart materials4 KB
      • Health and safety, CAD and CAM5 KB
    • Electronic control systems
      • Electronic systems, units and Ohm's law4 KB
      • Components and circuit symbols4 KB
      • Resistors3 KB
      • Switches3 KB
      • Potential dividers and LEDs3 KB
      • Thyristors and the NPN transistor3 KB
      • Printed circuit boards and electronics safety4 KB
    • Mechanical control systems
      • Mechanical systems, motion and components4 KB
      • Levers3 KB
      • Gears, belts and chains4 KB
      • Cams, followers and mechanical safety3 KB
    • Pneumatic and computer control
      • Pneumatic cylinders and valves4 KB
      • Pneumatic logic, speed control and safety4 KB
      • Computer control and flowcharts4 KB
  • Option A Electronic and microelectronic control systems
    • Systems, feedback and capacitors3 KB
    • Ohm's law, the multimeter and resistor networks5 KB
    • Inputs and outputs5 KB
    • Potential dividers, thyristors and transistors4 KB
    • Diodes, relays and integrated circuits4 KB
    • The 555 timer and the time constant4 KB
    • Binary, flowcharts and microcontrollers4 KB
    • Printed circuit board design and robotics4 KB
  • Option B Mechanical and pneumatic control systems
    • Feedback, mechanical advantage, velocity ratio and efficiency4 KB
    • Gears and gear trains4 KB
    • Belts, chains, pulleys and lifting4 KB
    • Conversion of motion4 KB
    • Levers, moments and linkages4 KB
    • Pneumatic products and principles4 KB
    • Double acting cylinders, valves and flow control5 KB
    • Time delay, automatic reciprocation and robotics5 KB
  • Option C Product design
    • Roles, ideas generation and analysis5 KB
    • Communication, ergonomics and designers6 KB
    • Scale of production, quality and costing6 KB
    • Manufacturing and computerised processes5 KB
    • Materials, joining, smart materials and composites6 KB
    • Market influences and the global marketplace5 KB
    • Risk, product safety and sustainability5 KB

The first note

Core content / Designing and manufacturing / The design process and communication

## The stages of the design process Designing a product is organised into stages, although a real project may use only some of them and does not move through them in a straight line. The usual stages, in order, are spotting a design opportunity, researching it, writing a brief and then a specification, generating and developing ideas, making the product, and finally testing and evaluating it. A **design opportunity** is a need or problem that a product could solve, such as people struggling to carry shopping up stairs or a school needing somewhere to store bicycles. Spotting it often comes from watching how people behave or from a complaint about something that already exists. **Research** gathers what the designer needs to know before drawing anything. Primary research is collected first-hand, for example by interviewing users, observing how they use a similar product or measuring them. Secondary research uses existing sources such as books, websites, catalogues and the analysis of products already on sale. Research covers who the product is for (the target market), what it must do, what materials and processes are suitable and what rival products offer. The **brief** is a short statement of what is to be designed, for whom and for what purpose. It stays general enough to leave room for ideas, so "a storage product for a student's desk" is a brief where "a pine box with two drawers" is not. The **specification** is a list of the requirements the final product must meet…

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