Statistical methods spc.cfm and control; it could 12 Engineering en.wikipedia.org/wiki/Statistical_process_control also include Manufacturing reference to, or Systems (PO2) Teacher presentation There are also several case studies available quantification explaining what is meant by YouTube. of, product SPC and six sigma (in in the performance, anticipation of the following Learners plot a provided series of component aerospace component weeks visit). This should dimensions, or even manufacture items to be or dimensions and Quality Control include, using the context as a measured, to create a bell curve to illustrate the tolerances. and Quality case study, an explanation of underlying principle. sectors. Assurance process capability charts and This could link (PO3) how these charts can be Learners complete a worksheet to identify the control This directly with interpreted to identify common and action limits for provided examples, with includes assessment machining faults. Different scales of common machining faults. outcomes 1, 4 manufacture of and 5 of the Possible reference resources Mathematics for Completed worksheets include: Importance of Engineers unit. , computerised methods Context will be determined by the company visited; systems of quality alternatively this could use a case study of any
12 Engineering Manufacturing Systems (PO2) Quality Control and Quality Assurance (PO3) Different scales of manufacture Importance of computerised systems Statistical methods Teacher presentation explaining what is meant by SPC and six sigma (in anticipation of the following weeks visit). This should include, using the context as a case study, an explanation of process capability charts and how these charts can be interpreted to identify common machining faults. Possible reference resources include: , spc.cfm and en.wikipedia.org/wiki/Statistical_process_control There are also several case studies available YouTube. Learners plot a provided series of component dimensions, or even manufacture items to be measured, to create a bell curve to illustrate the underlying principle. Learners complete a worksheet to identify the control and action limits for provided examples, with common machining faults. Completed worksheets Context will be determined by the company visited; alternatively this could use a case study of any in the aerospace or sectors. This includes of methods of quality control; it could also include reference to, or quantification of, product performance, component dimensions and tolerances. This could link directly with assessment outcomes 1, 4 and 5 of the Mathematics for Engineers unit.