Made with
ConceptDraw
DIAGRAM 18

Total Quality Management Value

“Total Quality Management” or “TQM” is a term, that consists of all the organization-wide efforts for installing and making the appropriate climate for each of the organizations to improve their ability to deliver only high quality products as well as services to their customers. After the period, when the developed countries of Western Europe as well as North America had problems in their economy, because of having so many competitors from Japan, they had to manage to continue their work producing the high quality products at a competitive price. In this period, the United Kingdom for the first time in a long period after the start of the Industrial Revolution, became a net importer of the finished goods and the United States undertook their own soul-searching. Companies in the early 1980s began re-examining the quality control techniques, which were invented during the last 50 years, using those previously developed techniques, which had been so successfully employed by the Japanese.

In the spring of 1984 some of the civilian researchers in the United States of America were asked to assess the statistical process control and so to give recommendations on how to apply the offered approaches for improving the Navy's operational effectiveness in the USA. The given recommendation was to adopt the teachings of Edward Deming and so in 1985 the Navy branded this effort as "Total Quality Management". From the Navy, “Total Quality Management” spread throughout the United States Federal Government, resulting in the creation of the Malcolm Baldrige National Quality Award in August 1987, the creation of the “Federal Quality Institute” in June 1988 and the adoption of “Total Quality Management” by the government as well as the armed forces, such as the United States Coast Guard, the United States Department of Defence and the United Army.

The “Total Quality Management” principles can be used not only as the means to recapture the market share from the Japanese people, but also to help remain competitive while the bidding for contracts from the Federal Government. The "total quality" requires to involve the suppliers (not only employees) in the process of improvement efforts creation. There is no set definition about what “Total Quality Management” truly is and what exact actions it requires from the companies and the organizations, but a review of the original United States Navy effort gives an understanding of what is involved in the term of “Total Quality Management”.

The key concepts in the “Total Quality Management” effort include the statements, that the quality is defined by the customers' requirements, the increased quality comes from systematic analysis and improvement of work processes, the top management has direct responsibility for quality improvement and that the quality improvement is a continuous effort and conducted throughout the organization.

The Navy used the special techniques and tools, such as the so-called “PDCA” cycle to drive issues to resolution, the ad hoc cross-functional teams (which are similar to and can remind of the so-called “quality circles”) are responsible for addressing immediate process issues, that all of the standing cross-functional teams are also responsible for the processes improvement over the long term, that active management participation through steering committees, the use of so-called “Seven Basic Tools of Quality” for analysing the quality-related issues has to be applied within the “Total Quality Management”.

The mentioned above “Seven Basic Tools of Quality” is a fixed set of graphical techniques, which can be identified as being most helpful in so-called “troubleshooting” issues. This term is related to another term – “quality” and it’s well known among those who deal within the “Total Quality Management”. These tools are called “basic” for a reason of them being suitable for people with a little formal training in statistics. Also they are called “basic”, because they can be used for the purpose of solving the vast majority of quality-related issues. These “Seven Basic Tools of Quality” are: “Check sheet”, “Control Chart”, “Histogram”, “Cause-and-effect diagram”, “Pareto chart”, “Scatter diagram” and “Stratification”.

In 1950 companies that had set about training their workforces in the quality control (the statistical quality control) found, that the complexity of the subject intimidated the vast majority of their workers and scaled back training for focusing primarily on the simpler methods, which suffice for most quality-related issues. So these “Seven Basic Tools” can be put in contrast to more advanced statistical methods. The other methods include “survey sampling”, “acceptance sampling”, “statistical hypothesis testing”, “multivariate analysis”, “design of experiments” and other methods, which were developed in the field of operations research. Also these “Seven Basic Tools of Quality” was referenced by the “Project Management Institute” in a so-called “Guide to the project management body of knowledge”. They were given as an example of the general useful tools for controlling project quality and planning project quality.

The “Total quality management” includes all together eight main elements, which are “focusing on the customers”, “total employee involvement”, “process-centred”, “integrated system”, “strategic and systematic”, “continual improvement”, “fact-based decision making” and “communications” approaches. These, described above elements, are essential in “Total Quality Management” and many companies define them as the core principles and values, which these companies have to take into consideration as the “Total quality management” contains enterprise-wide tools for implementing and making durable the atmosphere, in which an organization infinitely improves its ability to deliver the high-quality products as well services to its customers.

The “Total Quality Management” solution is the one among other solutions, which you can find in ConceptDraw STORE to use while working in ConceptDraw DIAGRAM and which can help you and your organization display your business and industrial processes using mind maps and making “Total Quality Management” diagrams, and so to demonstrate the quality control in a visual manner.

Total Quality Management Value *

Pic.1 Fishbone diagram 4M: Production process.

In the total quality management (TQM) fishbone diagram (Ishikawa diagram, herringbone diagrams, cause-and-effect diagrams, Fishikawa) represents factors (reasons) which influence on quality coefficient of the final result of the concerned process. The main factors are 4M:

  • Men
  • Methods
  • Materials
  • Machines

These main factors are subdivided into smaller. The degree of the detailed elaboration is defined only by factors significance and planner’s tasks. With the help of Ishikawa diagram it is possible to show visually all factors which influence on the quality coefficient, sort them out and show their interrelation.




See also Samples:

TEN RELATED HOW TO's:
Decision Making - ConceptDraw OFFICE suite provides visual tools that are given support on the stage of the decision making. The Seven Management and Planning Tools is a set for such diagrams: Affinity Diagram, Relations Diagram, Prioritization Matrix, Root Cause Tree Diagram, Involvement Matrix, PERT Chart, Risk Diagram (PDPC).Decision Making *
Picture: Decision Making
Flowcharts visualize a process or algorithm of program as step/operation blocks of various shapes connected with arrowed lines showed the process flow direction. They are used to visualize business or technical processes and software algorithms. Conceptdraw DIAGRAM - feature-rich flowchart software. It will allow you to create professional looking flowcharts.Best Flowcharts *
Picture: Best Flowcharts
Related Solution:
Collaborating with co-workers is very important, not only in order to get things done effectively, but also to keep in touch with the outside world. Great way for business collaboration is Skype.Online Collaboration via Skype *
Picture: Online Collaboration via Skype
Related Solution:
ConceptDraw DIAGRAM diagramming and vector drawing software extended with Flowcharts Solution from the 'Diagrams' area of ConceptDraw Solution Park is a powerful tool for drawing Flow Charts of any complexity you need. Irrespective of whether you want to draw a Simple Flow Chart or large complex Flow Diagram, you estimate to do it without efforts thanks to the extensive drawing tools of Flowcharts solution, there are professional flowchart symbols and basic flowchart symbols. This sample shows the Gravitational Search Algorithm (GSA) that is the optimization algorithm.Simple Flow Chart *
Picture: Simple Flow Chart
Related Solution:
The Value Stream Mapping solution from ConceptDraw Solution Park extends ConceptDraw DIAGRAM software with a new library that contains vector objects, samples and templates.Create a Value Stream Map Rapidly *
Picture: Create a Value Stream Map Rapidly
Related Solution:
In ConceptDraw DIAGRAM it really is sp simple to draw even the most complex cross-functional flowcharts. Use the RapidDraw technology and Cross-Functional libraries in ConceptDraw DIAGRAM for the best results.How to Simplify Flow Charting — Cross-functional Flowchart
Picture: How to Simplify Flow Charting — Cross-functional Flowchart
Related Solution:
Learn about Systems Engineering, its process and discover practical examples illustrated through diagrams. ✔️ How to draw Systems Engineering diagrams using the ConceptDraw DIAGRAM software?Systems Engineering
Picture:
What is a Systems Engineering?
Examples of Systems Engineering Diagrams
Related Solution:
For documenting the Cloud Computing Architecture with a goal to facilitate the communication between stakeholders are successfully used the Cloud Computing Architecture diagrams. It is convenient and easy to draw various Cloud Computing Architecture diagrams in ConceptDraw DIAGRAM software with help of tools of the Cloud Computing Diagrams Solution from the Computer and Networks Area of ConceptDraw Solution Park.Cloud Computing Architecture Diagrams *
Picture: Cloud Computing Architecture Diagrams
Related Solution:
Describing a workflow or approval process can take hours and be too complicated, especially since there are options to do it quickly and vividly. Diagrams called flowcharts replace long paragraphs of boring text and represent information in a graphic way. You can draw one on paper or you can use flowchart software to do it quickly and scalable. This kind of software is easy to use and you don’t need any special skills to start using it. In addition, there are a lot examples and predesigned templates on the Internet. Flowcharts are a best tool for staking out a huge and complex process into some small readable parts. Surely, flowcharts can be drawn manually but the use of standard symbols that make it clear for a wide audience makes a software tool preferred for this task. The core for a successful flowchart is its simplicity. That is why often before beginning making flowchart through software, people draw the sketch on a piece of paper. Designing an effective flowchart means the combination of the data needed to be shown and the simplicity with which you depict it.Flowchart Software
Picture: Flowchart Software: A Comprehensive Guide
Related Solution:
Relationships Analysis. Relations Diagram - factors analysis, factors relations. Create Relations Diagram with ConceptDraw DIAGRAM. The Seven Management and Planning Tools is a tool for Interaction diagram drawing. This diagram identifies causal relationships. Determine what factors are causes and which factors are effects. Interaction diagram helps establish KPIs to monitor changes and the effectiveness of corrective actions in resolving the problem.Relationships Analysis *
Picture: Relationships Analysis
ConceptDraw
DIAGRAM 18