a.k.a. “the dark side”
Reliability engineering and quality engineering are closely related disciplines that both focus on ensuring that products, processes, and systems are efficient, effective, and meet the required standards. As such, there are several ways in which reliability engineers can improve their skills by learning about quality engineering.
One way that reliability engineers can benefit from learning about quality engineering is by gaining a deeper understanding of the design and development process for products, processes, and systems. Quality engineering involves the application of engineering principles, tools, and techniques to optimize product quality, reliability, and performance. By learning about these principles and techniques, reliability engineers can gain insights into how to design and develop products, processes, and systems that are more reliable and meet the required quality standards.
Another way that reliability engineers can improve their skills by learning about quality engineering is by gaining a better understanding of the testing and validation process for products, processes, and systems. Quality engineering involves conducting thorough testing and validation to ensure that products, processes, and systems meet the required specifications and performance standards. By learning about these processes, reliability engineers can gain the knowledge and skills needed to design and implement effective testing and validation strategies that can help to identify and address reliability issues before they become a problem.
Finally, learning about quality engineering can also help reliability engineers to better understand the impact of quality on reliability. Poor quality can lead to a range of reliability issues, such as increased maintenance requirements, decreased efficiency, and customer dissatisfaction. By understanding the root causes of quality issues and implementing measures to prevent or mitigate them, reliability engineers can help to improve the overall reliability of products, processes, and systems.
Given the close relationship between reliability and quality, it is important for reliability engineers to have a good understanding of quality engineering principles and practices. This will enable them to effectively design and implement measures to improve the reliability of products, processes, and systems and to ensure that they meet the required quality standards.
In addition, a strong understanding of quality engineering can help reliability engineers to identify and address quality issues that may impact the reliability of products, processes, and systems. For example, if a product is prone to defects or malfunction due to poor quality, it is likely to be unreliable. By understanding the root causes of quality issues and implementing measures to prevent or mitigate them, reliability engineers can help to improve the overall reliability of products, processes, and systems. In this way, learning about quality engineering can greatly enhance the effectiveness of a reliability engineer in their role.
Author’s Biography:
Ray Harkins is the Quality and Technical Manager for Ohio Star Forge in Warren, Ohio. He earned his Master of Science from Rochester Institute of Technology and his Master of Business Administration from Youngstown State University. He also teaches manufacturing and business-related skills through the online learning platform, Udemy.
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