Factors of SPC
Every project needs to have efficient quality control methodologies and they depend upon several aspects. some of them are:
- Process Characteristics: The processes with consistent output work well and are suitable for Statistical process control. This implies a point that the process should have a small variance and should not show large fluctuations in the process flow. If a function or a process is unstable and shows large fluctuations, it may not be suitable for Statistical Process Control as it may be a tedious task to identify and recognize meaningful patterns and trends.
- Process Complexity: Statistical Process Control is suited for processes that are simple and too complex and have a lesser number of variables. If a process has a large number of variables, it may be difficult to monitor and control the process effectively using Statistical Process Control. In such scenarios, it is recommended to go with other quality control methods.
- Quality Concerns: Statistical Process Control is more suited and ideal for processes where product quality is a primary concern and some necessary steps should be taken to improve the quality. If a process is already producing high-quality products consistently, SPC may not be necessary.
- Data Availability: SPC requires data to be collected and managed effectively on an ongoing basis. If data is not readily available, or if data collection is difficult or expensive, SPC may not be suitable.
Statistical Process Control (SPC)
Statistical Process Control (SPC) is a popular methodology for quality control management in software project management. It is the process that allows the use of statistical methods to monitor and control quality control management. The Objective of SPC is to identify primary problems in a process and then implement appropriate actions to improve the overall quality of the product of the software development process.
Table of Content
- Why we use Statistical Process Control (SPC)
- Use of Statistical Process Control (SPC)
- Factors of SPC:
- Applications of SPC:
- Features of SPC:
- Advantages of SPC:
- Disadvantages of SPC:
Contact Us