1. DEVELOPMENT CHECK LIST: have you got: a minimum of SIX innovative ideas detailed annotation communicating your ideas fully a chosen design idea with justified reason why it was chosen a detailed isometric drawing of your final design a CAD / pro-desktop model of your final design an orthographic drawing of your final design an exploded drawing with a PARTS LIST a model / experiments / testing aspects of your design photographs of ALL the testing with written analysis of results a modified design showing and outlining all the changes a CAD or physical model of the modified design solution a FINAL orthographic drawing (BSI dimensioning) show the tolerances (see below) an exploded drawing with a final PARTS LIST (must include fixtures and fittings) A RISK ASSESSMENT (see below) a GANNT chart showing how you plan to use your time during manufacture a FLOW CHART showing your PLAN of making (must include quality checks) a QUALITY CONTROL PROGRAM ( see below) REMEMBER YOUR DRAWINGS SHOULD BE DETAILED ENOUGH FOR MANUFACTURE TO TAKE PLACE Tick Box

2. The role of ‘quality control’ is to measure, record and maintain the standards of production. Customers expect the highest quality product and manufacturers plan to achieve these high standards. Quality Control Procedure Stage Tolerances (plus or minus a figure) Dimensions, properties, or conditions may vary within certain practical limits without significantly affecting functioning of equipment or a process. Tolerances are specified to allow reasonable leeway for imperfections and inherent variability without compromising performance. An example of a Simple chart outlining the Quality control stages in your Flow Chart An example of a Quality control Block Diagram ±

3. Risk LowHighMediumPreventative Action RISK ASSESSMENT WRITE HERE THE RISK WHAT LEVEL OF RISK IS IT WHAT PREVENTATIVE MEASURES WILL YOU PUT IN PLACE TO MINIMISE THE RISK Risk assessment is a step in a risk management procedure. Risk assessment is the determination of quantitative or qualitative value of risk related to a concrete situation and a recognized threat (also called hazard). An example of a risk rating matrix used in industry