Our blog – american society for quality – reliability and risk division gas up asheville


Numerical simulations have become the choice approach for performing analytics in many industrial sectors. With the phenomenal growth in computational power and significant advancements made in Computer-Aided Engineering (CAE) software, computer experiments of complex systems are now capable of reducing the dependency and costs of conducting physical experiments. gas efficient cars under 15000 While the prevalence of simulation tools offers unique potential to generate expedient analytics, simulation modeling of complex systems requires Uncertainty Quantification, an advanced analytical methodology capable of generating actionable results.

Uncertainty Quantification is a multi-disciplinary field that brings together statistics, applied mathematics, and computer science to quantify uncertainties in numerical simulations. Like Six Sigma, Uncertainty Quantification makes use of statistical models to find feasible solutions to problems involving variability. However, the two methodologies seek to meet different objectives.

Dr. Mark Andrews, UQ Technology Steward, is responsible for advising SmartUQ on the industry’s UQ needs and challenges and is the principal investigator for SmartUQ’s project with Probabilistic Analysis Consortium for Engines (PACE) developed and managed by Ohio Aerospace Institute (OAI). pictures electricity pylons He recently received the award for best training at 2018 the Conference on Advancing Analysis & Simulation in Engineering (CAASE). Before SmartUQ, Dr. electricity in salt water Andrews spent 15 years at Caterpillar where he worked as Senior Research Engineer, Engineering Specialist in Corporate Reliability, and Senior Engineering Specialist in Virtual Product Development. He has a Ph.D. in Mechanical Engineering from the New Mexico State University.

ISO 9001:2015 is a risk-based standard. In addition to the Quality Systems Management that must recognize risk and opportunities in all aspects of a business (Sections 4.1 & 4.2 of ISO9001-2015); Section 6 states that the organization shall “determine risks and opportunities that need to be addressed.” Thus we have arrived at the need for Risk-Based thinking and Risk Management.

But since there are typically too many risks, and not enough money to address all of them, how and what do we do? First you have to set a Risk “goal” (in terms of Reliability & –possibly Safety—depending on the product). Allocate this top-level Risk goal among the sub-systems (and lower if that makes sense). gas bubble This will set the Design Reliability (& Safety) goals.

Communication of concepts related to reliability, risk, and resiliency is frequently cited by technical professionals as the most challenging and overlooked aspects of their work. Texts and guidance documents frequently reference the importance of better communication and education; however, there are few practical examples and limited practical guidance provided. Getting the boss’s boss to understand remains one of the most elusive aspects of serving as reliability professional.

A comprehensive list of references will be provided to provide tools, techniques, and approaches. a level physics electricity questions and answers These will include communications best practices from a wide range of international sources. It will also include the book on the subject written by the facilitator. However, the workshop argues that the presentation of reliability and risk information is different than manipulative practices frequently championed by marketing and political professionals. Reliability and risk professionals must be able to truthfully, ethically, and effectively communicate what the data and analysis is concluding, and at the same time avoid being demoted or terminated. electricity meaning The role of reliability and risk professionals as trusted advisors to executive management who does not understand, or does not care to understand, is indeed a tricky balance.

The interactive workshop will utilize case examples from the facilitator. Participants will also be asked to bring in a real-word example on which to apply the workshop objectives when they return home. An audience response system will be used to help solicit input and participation. electricity usage by state A role play will be utilized at the end of the workshop to demonstrate each participant’s improved ability to better communicate reliability, risk, and resiliency to decision makers.