Systems engineering is an interdisciplinary approach to designing, analyzing, and managing complex systems throughout their lifecycle. It involves integrating various components, subsystems, and processes to achieve a specific purpose or functionality. Key aspects of systems engineering include a holistic perspective, consideration of interactions among system elements, iterative problem-solving, and a focus on optimizing the system as a whole.
Formalizing the needs of the customer
This is accomplished by talking to SMEs and customers, trying to comprehend needs and wants while deriving and decomposing statements from programmatic documentation that validate and verify the needs.
A path for those new systems to be integrated into the enterprise
Engineering and architecting new systems can help to achieve localized and enterprise goals and objectives, therefore integration planning is necessary to ensure new systems fit within the larger context of the enterprise mission.
Evaluating and testing of prototypes and pre-operational systems
Research and development in secure test environments where scenarios and operational use-cases can be simulated to evaluate and validate systems.
The path to validating and implementing new programs and initiatives
Establish the mission need, a shortfall analysis, and the business case. Engineering artifacts to support the decision to introduce new operational concepts and initiatives that support the enterprise goals and objectives.
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