Product quality is paramount for the success of any company, particularly in the automotive industry. With customers demanding higher standards and competition intensifying, the role of the Supplier Quality Engineer is crucial.

In many automotive manufacturing companies producing parts using special processes, it's mandatory to apply the guidelines contained in the CQI-12 manual. This is required by clients such as Ford, General Motors, and Stellantis.

In today's world, ensuring product quality is essential for businesses. To achieve this goal, companies utilize various tools, including Statistical Process Control (SPC), which enables the proactive monitoring of production processes and identification of errors and faulty processes.

First-off part validation is an activity aimed at preventing the possibility of producing a non-compliant production batch, making it an important element of the production process release strategy. Therefore, when defining and implementing this activity, it is essential to know what mistakes to avoid.

Measurement System Analysis is essential wherever measurement data is utilized, particularly in the automotive industry. Two primary reference manuals published by the AIAG and VDA organizations are commonly employed for this purpose

Quality management systems auditing plays an extremely important role in ensuring that production processes comply with standards and meet customer expectations. In this context, the competencies of internal auditors become a key aspect of performing audits effectively and efficiently.

In the complex landscape of challenges, companies often discover that superficial solutions fail to deliver long-term results. Root Cause Analysis offers a solution by enabling a deeper examination beyond the visible symptoms to uncover the underlying root causes.

In the realm of process improvement and quality management, the SIPOC diagram is a valuable tool that can significantly contribute to the success of an organization by enhancing the understanding and effectiveness of processes. In this article, we provide an explanation of what the SIPOC diagram is, present its benefits, and demonstrate how it can be applied to streamline processes effectively.

Statistical Process Control (SPC) is a powerful tool utilized by industries to monitor and manage their processes, ensuring consistency and quality in production. At the core of SPC lies the concept of normal distribution. Understanding the characteristics and implications of this aspect is essential for effective process control and optimization.

In the dynamic automotive industry, characterized by rapid change and intense competition, maintaining consistent and high-quality standards is increasingly crucial. To achieve this goal, suppliers employ two essential methods: quality control and quality assurance. Although these terms are often used interchangeably, they represent distinct approaches to ensuring compliance with design requirements.