Learn more about functional vs non-functional requirements to set clear benchmarks for the product. Both Quality Assurance (QA) and Quality Control (QC) are terms many people use interchangeably. You can see the main differences between QA and QC are visualized in the \u201cQuality Assurance VS Quality Control\u201d infographic. One of the fundamentals of ISO-9001, \u201ccontinuous improvement\u201d also suggests that the progress concerning Quality Assurance (QA) never stops.<\/p>\n

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• The goal is not only to remove an issue but also to avoid the same error again.<\/li>\n
• Having separate QA and QC experts brings clarity to the process and allows teams to focus both on short-term and long-term objectives.<\/li>\n
• The infographic \u201cQuality Control VS Quality Assurance\u201d below illustrates the main differences between the processes.<\/li>\n
• In fact, the QC engineer specialty is a subset of the QA engineer specialty.<\/li>\n
• Quality assurance and quality control are often used interchangeably, but they are two different processes taking place at different times.<\/li>\n<\/ul>\n

  They\u2019re designed to save time while managing your quality and project development. In the healthcare and life sciences industries, quality processes like quality assurance (QA) and quality control (QC) are required by the FDA and ISO 9000. They’re essential for regulated companies because it ensures the safety and efficacy of their products. Quality assurance tools are used to implement standardized processes that result in reproduceable production outcomes of desired levels of quality.<\/p>\n

  The Role of QA and QC Processes Within Your QMS<\/h2>\n

  A safe, effective product should be the result every time processes are followed. QC involves the testing of products to ensure they meet standards for safety and efficacy. If QC testing uncovers quality issues, it should result in reactive steps to prevent an unsafe product from being shipped and distributed.<\/p>\n

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  All elements involved in product development should be considered during the review. The product must undergo testing to identify the deficiency right after it\u2019s produced. If any deficiency is disclosed, it should be documented and shared with management, so that they can decide whether to approve and release the product or reject it. This chart depicts whether sampled products or processes meet their intended specifications. The Y-axis shows the degree to which the variance of the tested attribute is acceptable.<\/p>\n

  Why is QC important?<\/h2>\n

  QA helps the business strategize for how it will approach digital quality. Both QC and QA play vital roles in putting a good outcome in customers’ hands and securing revenue for the business. One of the primary differentiators in QA vs QC is where the focus of the work lies. It primarily focuses on processes and procedures for improving quality and preventing defects before they occur. Then, QC focuses on the product to find flaws that remain after the development process.<\/p>\n