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February 2012
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Reliability and Quality Control

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Description

Statistical methods are important in many areas of industry and commerce. This includes the modelling and control of processes needed for the levels of quality and reliability essential in a competitive manufacturing environment. They also form the basis for designing experiments that are an essential part of research and development. Many of the methods developed originally for manufacturing are applied increasingly in service industries and in areas such as the monitoring of surgical outcomes. This course is concerned with the statistical process control, the design of industrial experiments and statistical basis of system reliability.


Objective

Total Quality Management or Continuous Quality Improvement is rapidly becoming common usage in business and industry. Even in the University there are discussions about Quality Improvement for teaching and research. The subject aims to introduce students to the ideas of quality management and the use of statistical methods in this field. At the end of this subject, students should be able to: understand the role of quality control and quality improvement in organisations, apply the ideas of TQM to organisations and identify appropriate strategies for dealing with issues of quality, identify which type of control chart is appropriate for particular data, apply that control chart and draw conclusions, design simple factorial experiments, analyse data from factorial experiments and draw conclusions.


Content

Topics covered are: reliability definitions, types of failure, confidence levels, MTBF concepts, prediction of reliability from life test data; quality control and assurance: definition of quality, data presentation, quality control methods; total quality management: measurement and audit methods, quality improvement.

 
Year Semester Level Units
2012 1 4 3
Andrew Metcalfe
Lecturer for this course

Delivery

28 hours lectures, tutorials or equivalent


Assessment

Ongoing assessment 30%, exam 70%.


Graduate attributes


Linkage past

APP MTH 2004 Laplace Transforms and Probability and Statistical Methods


Linkage present

No present linkages have been noted.


Linkage future

This course is not recorded as prequisite for other courses.


Restrictions

Cannot be counted with STATS 3000 Statistics for Quality Improvement III


Recommended text

None.