Discover published sets by community

Leadership is about establishing a clear vision and direction for the organization to achieve quality objectives. In systems engineering, effective leadership ensures unity of purpose and the creation of an environment conducive to the project's success.

This principle asserts that decisions should be based on the analysis and evaluation of data. Systems engineering heavily relies on empirical data to inform choices, hence this principle ensures decisions are made on sound analysis, thereby improving the system's quality.

This principle emphasizes the importance of understanding and managing interrelated processes as a system to improve the organization's effectiveness and efficiency. In systems engineering, integration ensures that different system components work harmoniously to achieve the desired outcome.

Continuous improvement is a staple of quality management, striving for incremental and breakthrough improvements. In systems engineering, this principle ensures the system continues to meet essential quality standards and adapts to changing requirements.

This principle involves managing activities and resources as processes to achieve more efficient results. In systems engineering, the process approach helps in the integration of activities, enhancing predictability and consistency of outcomes.

The engagement principle focuses on involving all members of an organization to contribute to quality. Systems engineering benefits from the diverse expertise and effort put forth by an engaged team, leading to innovative solutions and continual improvement.

Effective management of relationships with stakeholders, including suppliers, is crucial for sustained success. In systems engineering, maintaining good relationships ensures a reliable supply chain and collaboration, which are crucial for meeting system requirements.