This article considers how quality professionals and practitioners can more effectively prepare for their certification exams which are proctored or supervised as they complete a selection of responses from multiple-choice questions.
When risk management principles are integrated with Six Sigma improvements, those improvements will provide greater assurance of suitability and resilience for the expected use conditions.
This article discusses how ASQ’s Body of Knowledge for Six Sigma Certifications has added new expectations for implementing improvements, including Proof of Concepts, Try-Storming, Simulations (e.g. Monte Carlo, Dynamic Process Simulation, Queuing Theory), and Pilot Tests.
There are times when a Quality practitioner may be called upon to support team members in ways that go beyond the strict interpretation of the role. These are described in a way that indicates the necessary situation, along with the constructive outcomes from such involvement.
The purpose of this article is to show different examples of how a quality professional can exert influence on colleagues and team members, without having direct authority over those participants.
Four distinct actions are recommended to ASQ Professional Members for optimal results. These pursuits represent the consistency and compounded benefits that long-term members of ASQ have been realizing and yielding for decades.
ASQ's body of knowledge for Six Sigma certifications has incorporated additional expectations for implementing improvements: proof of concepts, try-storming, simulations, and pilot tests.
This article is adapted from Daniel Coyle’s book, “The Culture Code: The Secrets of Highly Successful Groups.” This book promotes three concepts: psychological safety, shared vulnerability, and a common sense of purpose.
How a cost of quality approach, already customized for software and information technology, can be applied toward the deployment and implementation of Quality 4.0 in an organization.
Existing models and quality characteristics used for software, systems, and data quality can be leveraged to identify cost categories and support the creation of a Cost of Quality System for Quality 4.0.