A Contextualized Quality Problem-Solving Method

Journal Title: Asigurarea Calităţii – Quality Assurance - Year 2017, Vol 0, Issue 91

Abstract

The industrial products developed today are more complex and the times given to design them, shorter. In this situation, companies have to use effective problem-solving methods which have to be adapted to all types of problems. This article proposes to adapt the problem-solving method to the context of each problem. The idea is to have a methodological base and to choose the right tools and stage sequences related to each specific problem. To characterize the context of the problem, we propose to introduce two evaluations: the problem profile and the problem solving state. This article gives techniques to materialize these two concepts and then to build a customized method from these two evaluations each time. An industrial application in a new high technology company illustrates our proposition and presents how it can be implemented.

Authors and Affiliations

Laetitia AVRILLON, Maurice PILLET

Keywords

Related Articles

Electric Noise and Semiconductor Reliability

Low-frequency electrical noise is a sensitive measure of defects in semiconductor devices because the noise has an impact, directly or indirectly, on the performance and reliability of the device. Its measurement is part...

WannaCry Ransomware Analysis. 1 day, 150 countries, > 57k infected computers

With the advent of complex techniques, tactics and procedures used by the adversaries, Information Technology Professionals focus their efforts on defending environments from advanced persistent threats and highly sophis...

A Modern Approach in Quality Management

Many organisations now have to operate in highly uncertain environments. Global competition drives organizations to reduce their capital employed and cut costs through lean manufacturing, outsourcing and extended supply...

Bivariate Weibull Distributions Applied to Maintenance Modeling

The main idea of the paper is to determine a bivariate Weibull distribution for maintenance data, with Weibull marginal repartitions, generated from a bivariate standard normal repartition, each component (mileage and co...

Download PDF file
  • EP ID EP242227
  • DOI -
  • Views 106
  • Downloads 0

How To Cite

Laetitia AVRILLON, Maurice PILLET (2017). A Contextualized Quality Problem-Solving Method. Asigurarea Calităţii – Quality Assurance, 0(91), 13-23. https://europub.co.uk/articles/-A-242227