Analysis

Experimental design (Design of Experiments) | Example

Analysis, ISO 9001, Manufacturing, Process Management, Six Sigma, Statistical Process Control, Total Quality Management

Before an experiment can be conducted, the experimental design must be carefully planned to ensure that experimental objectives can be accomplished, assumptions required for hypotheses testing and data analysis are valid, randomization requirements are met, and the experiment is reproducible.  The experimental design refers to the specific manner in which the experiment will be set […]

Experimental design (Design of Experiments) | Example Read More »

Six Sigma Methodology for Process Optimization | Case study

Analysis, ISO 9001, Kaizen, Kanban, Lean Management, Manufacturing, Process Management, Quality Management, Six Sigma, Total Quality Management, TS 16949

Six Sigma Methodology (or interpretation, “6 Sigma”) is become increasingly common in the practice of modern companies. This article provides an example of how to apply the technique “6 Sigma” at the stage when the business processes of the enterprise are described, graphical models are built, and their analysis is carried out for subsequent optimization.

Six Sigma Methodology for Process Optimization | Case study Read More »

Value Stream Mapping Algorithm for Optimizing Production Flow

Analysis, ISO 9001, Manufacturing, Process Management, Quality Management, Root Cause Analysis, Six Sigma, Statistical Process Control, Total Quality Management, TS 16949

The Value Stream Mapping (VSM) Algorithm is a systematic and effective approach. It is useful for identifying, analyzing, improving, and optimizing the flow of production.     Value stream mapping is the most common method of identifying losses in the production flow of a particular product. It is mandatory when building a flow, aimed at

Value Stream Mapping Algorithm for Optimizing Production Flow Read More »

T test | Six Sigma tools

Analysis, Charts, ISO 9001, Kaizen, Kanban, Lean Management, Manufacturing, Process Management, Six Sigma, Total Quality Management, TS 16949

What is T Test?   T test is six sigma comparative method that provides confidence intervals for the manufacturing to make decision. To understand T test, central limit theorem and hypothesis test concept are very important. Central limit theorem If we repeatedly sample from a population and calculate the meaning of each sample, we can

T test | Six Sigma tools Read More »

Optimizing Value Stream Diagram: Avoiding Common Mistakes

Analysis, Entrepreneurship, ISO 9001, Lean Management, Manufacturing, Process Management, Quality Management, Six Sigma, Total Quality Management, TS 16949

The accurate value stream diagram may help you to avoid complexities, highlight the importance of product family analysis, identify utilization of resources, and separate inventory causes from actual processes.   Confusion about Product families   When reviewing the value stream diagram submit by the supervisor. It is sometimes found that there are many small value

Optimizing Value Stream Diagram: Avoiding Common Mistakes Read More »

Zero defects: 10 Myths | A Powerful Quality Philosophy

Analysis, ISO 9001, Lean Management, Manufacturing, Measurement System Analysis, Process Management, Quality Management, Six Sigma, Total Quality Management, TS 16949

Zero defects are a transformative quality philosophy, and practical guide that helps to reduce costs, and improve quality.       Zero defects is just one method of quality management.   The meaning of this question is: there are too many methods of quality management, which is dazzling, and Zero defects is only one of

Zero defects: 10 Myths | A Powerful Quality Philosophy Read More »

Technical Analysis: Methods, Assumptions, and Benefits

Analysis, Charts, Manufacturing, Quality Management, Total Quality Management

Technical analysis is a method of predicting prices by considering charts of market movements for previous periods of time. Under the term “market movement”, analysts understand three main types of information: price, trading volume and open position. For a more comprehensive analysis of price changes, along with fundamental analysis, technical analysis of the market, also

Technical Analysis: Methods, Assumptions, and Benefits Read More »

6 Sigma Management: Advancing TQM Towards improvement.

Analysis, Kaizen, Kanban, Manufacturing, Quality Management, Six Sigma, Total Quality Management

6 Sigma management, as a modern total quality management based on the principle of economy. It is gradually attracting people’s attention. Understanding 6 Sigma does not require deep statistical techniques or background. In fact, what 6 Sigma can be answers in a variety of different ways.   Here we will specifically define 6 Sigma as:

6 Sigma Management: Advancing TQM Towards improvement. Read More »

Quality management system analysis

Analysis, ISO 9001, Manufacturing, Process Management, Quality Management, Total Quality Management

Quality management system analysis is evaluating & assessing the system documents, procedures, processes to ensure the effectiveness and efficiency of the system. First of all, let’s divide the entire management of the company into two essential and, often, contradictory components: Operational management. System management. Operational Management   The operational management is based on the current

Quality management system analysis Read More »

Golden Rules of Gemba Kaizen System Management

Analysis, ISO 9001, Kaizen, Lean Management, Manufacturing, Process Management, Quality Management, Six Sigma, Total Quality Management, TS 16949

Golden Rules of Gemba Kaizen | There are actually five Golden Rules of Gemba Kaizen for better improvement of production flow levels. Sadly, most managers prefer their own desk as a workplace, and they have as a rule, there is a desire to distance oneself from the events taking place in the Gemba. Many executives

Golden Rules of Gemba Kaizen System Management Read More »

Scroll to Top