Course name ---r
Statistical process control practical training course is suitable for personnel ---:r >
Quality engineers, engineers, team leaders, managers, supervisors, technicians, organizational engineers, quality engineers, process engineers , engineers, electronic engineers, system engineers, engineers, system engineers, maintenance engineers, first-line supervisors, foremen, quality control personnel, quality assurance personnel, workshop supervisors, production supervisors, team leaders and other related personnel
Course time --- :r >
Days (~
Course Objectives ---:r >
Principles, principles and functions of learning
Master the use and analysis methods of different control graphics
Master the method of dynamic process management and be able to use control charts to find and solve problems
Learn to use and establish an effective process control system
Course background ---:r >
Quality control of the production process is to ensure the product An important link in quality A stable production process will bring about a leap in quality. Statistical process control charts are used to record quality-related process parameters or product parameters at different times. Use the process capability index to indicate the extent to which a process can be performed without Error production.
Today’s management technology and the establishment of management technology information systems have become a new focus for enterprises to save costs, reduce waste, improve product quality and obtain higher profits. But many people think that just buying a piece of software Just generate a few charts, implement a few reports and calculate a few values. In fact, it is far from enough to realize the value of technology.
Where to start when faced with numerous parameters and features? How to deal with a large amount of data? Choice?
How to apply the results to process capability analysis after the control chart is drawn?
How to use further analysis of the causes of process changes to take accurate corrective measures?
With the control chart // and other calculations Is it promoting?
This course will provide a comprehensive introduction to applied knowledge in simple and easy-to-understand terms. The lecturer has many years of rich practical experience and will use easy-to-understand management language to translate the advanced and boring statistical language to ensure that students at different levels can understand it. This course The course places great emphasis on practicality. A large number of practical cases and in-depth practical application discussions will be used in the classroom to ensure that students can truly apply what they have learned!
Course Outline ---:r >
Brief description of on-site quality issues
Common on-site quality problems
Common causes and problem characteristics
Discussion: On-site quality problems I encountered
Continuous improvement philosophy, using data to speak
Purpose / What does it mean to me
Process Planning
Selecting Key Characteristics
Control Planning
Utilizing a Team Approach to Process Control
Basic Statistical Preparation
Process Basic statistics of distribution
Statistical interpretation of process
Hypothesis testing
Statistical description of product/process quality
Exercises
Quantification of process variation-process capability
Process/Quality Variation and its Capability Analysis
Process Variation
Process Capability () and Process Performance (r) and the Application of Corresponding Indexes
Process
Introduction to Control Charts
Control Chart Theory
Mean Range Control Chart
Collect data from the process to create a control chart
Interpret the control chart (based on each criterion discussed in class)
Find improvements Space and opportunity
Control charts for continuous data
Characteristics of continuous data
-r control chart
-r chart
-chart
Specifications and controls Analysis of Boundaries
Exercise: Control Chart for Continuous Data
Control Chart for Discrete Data
Characteristics of Discrete Data
Chart/Graph
Chart/Graph
Exercise: Control Chart for Discrete Data
Establish a controlled process
What is process control and out-of-control
Find problems from graphics
Common out-of-control graphics
What story does the graphic tell?
What are the possible reasons?
Other control charts
Pre-control charts
Cumulative sum control charts
Exponential moving weighted average charts
Looking for risks of out-of-control processes
Analysis of potential failure modes and consequences
Application at work
Selecting the right team
Severity frequency and detectability assessment
Based on identification of highest risks
Control planning with follow-up and review
Summary and exercises on the application of control charts
Identify the application opportunities of various control charts
Draw a control chart based on the actual situation of the enterprise
How to create a system
The process of building a system and the key successes Factors
How to explore long-term improvement opportunities
Evaluation of application effectiveness
Application in Six Sigma management
Case analysis and discussion of implementation difficulties
Core words of the course--- :r >
Training precision training Dongguan training Shenzhen training Shunde Panyu training Guangzhou actual measurement value calculation calculation Huizhou Zhongshan Jiangmen Zhuhai Chongqing Chengdu Zhaoqing software training
Remarks ---:r >
.A set of (format) cases will be given as a gift (exclusively for fine standards)
.The "Statistical Process Control Practical Training Course" certificate will be issued after passing the training assessment (online query)
SPC Statistical Process Control Practical Training Course Dongguan Shenzhen