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Jan 30 2021

Of Bubbles and Arrows

[The featured image is an ISOTYPE from Marie Neurath (1936)]

Maps of symbols connected by lines are the most common form of graphic communication about operations, next to bar charts, pie charts, and time series. The symbols may be a variety of pictograms and there may be different types of lines, including arrows, double-headed arrows with a variety of arrowheads, with dashed lines of varying thicknesses…

This is about what you can do with such maps beyond communicating, and the challenges of mapping systems that don’t fit on one slide. It is also about improving current practices.

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By Michel Baudin • Information Technology • 5 • Tags: Database, Graph, Map, Network, Operations, Operations Management, Operations Research, Simulation, Statechart, Visualization, VSM

Maureen-Mace-Tree-of-Knowledge.png

Jan 5 2021

Deep Learning And Profound Knowledge

[The featured image is Maureen Mace’s Tree of Knowledge]

In the news, Deep Learning is the currently emblematic technology of Machine-Learning (ML) and Artificial Intelligence (AI). In Management, the System of Profound Knowledge (SoPK) is a framework by W. Edwards Deming that specifies what individuals should know to be effective leaders of business organizations.

Your knowledge is what you have learned. You would not call a deep lake profound but a deep thought is also profound and vice versa.  When discussing abstractions, there is no daylight in meaning between deep and profound.

Consequently, we might expect Deep Learning to be the process by which you acquire Profound Knowledge but it is nothing of the kind. As technical terms, they are unrelated and neither one matches expectations based on common, everyday usage. 

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By Michel Baudin • Management • 9 • Tags: Case-Based Reasoning, CBR, Deep Learning, Deming, Explaination, Machine Learning, Neural Nets, Profound Knowledge, SoPK

Dec 17 2020

QRQC at Valeo | Rob van Stekelenborg

“Recently, Michel Baudin […] invited practitioners to further contribute to the knowledge on QRQC, among which myself. As I feel a brief answer on LinkedIn would not do justice to the richness of QRQC, I decided to dedicate a post to the topic. Without ambition, however, to try and be complete in this post, which I feel is not possible with a vast topic like QRQC. But let’s dive in and share some of my experiences with and views on QRQC, the way I experienced and lived it at Valeo at the time.”

Source: Dumontis

Michel Baudin‘s comments: Thanks to Rob van Stekelenborg for stepping up and sharing all of these details.

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By Michel Baudin • Blog clippings • 3 • Tags: Faurecia, Pareto, QRQC, Valeo

QRQCValeoAngers.png

Dec 15 2020

Nissan’s Quick Response Quality Control (QRQC)

Nissan’s Quick Response Quality Control (QRQC) is a management approach. It’s about organizing the response to quality problems, not about the technical tools used to solve them. It is intended to help detect problems, solve them, and document solutions, thereby growing the skills of the workforce. QRQC neither mandates nor excludes mistake-proofing or any statistical/data science tool.

This is meant to introduce QRQC to those who have not heard of it but it is also a call for practitioners to correct any misperceptions, add details, or share their experience.

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By Michel Baudin • Management • 8 • Tags: Faurecia, Lean Quality, Nissan, QRQC, Quality, Quality Assurance, Valeo

Dec 7 2020

More About VSMs From Jeffrey Liker

Thanks to Jeffrey Liker for providing additional details on the transformation of this tool. Initially, Toyota used it occasionally with suppliers. The Lean Enterprise Institute (LEI) turned it into the Value Stream Maps (VSM) that it has promoted as foundational to Lean.

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By Michel Baudin • Management • 4 • Tags: Information Flow, Lean, Marerials and Information Flow, Material Flow, MIFA, MIFD, TPS, VSM

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Oct 30 2020

Who Uses Statistical Design Of Experiments In Manufacturing?

Next to SPC, Design of Experiments (DOE) is the most common topic in discussions of Statistical Quality. Outside of niches like semiconductors or pharmaceuticals, however, there is little evidence of use, particularly in production.

At many companies, management pays lip service to DOE and even pays for training in it. You must “Design experiments” if you pursue continuous improvement.

In manufacturing, DOE is intended to help engineers improve processes and design products. It is a rich but stable body of knowledge.  The latest major innovation was Taguchi methods 40 years ago. Since then, Statistics has been subsumed under Data Science and new developments have shifted in emphasis from experimentation to Data Mining.

Experimentation in science and engineering predates DOE by centuries. Mastering DOE is a multi-year commitment that few manufacturing professionals have been willing to make. Furthermore, its effective use requires DOE know-how to be combined with domain knowledge.

Six Sigma originally attempted to train cadres of engineers called “Black Belts” in a subset to DOE. They then served as internal consultants to other engineers within electronics manufacturing. Six Sigma, however, soon lost this focus.

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By Michel Baudin • Technology • 22 • Tags: DOE, Experiment, Experimental Design, Fisher, Lean, Statistical Design of Experiments, Taguchi, TPS

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