Abstract
This paper examines the pivotal role of system integration in value creation and the resolution of complex societal issues. This paper examines the evolution of systems engineering and architecture design, with a particular focus on their significance in the management of complexity and the promotion of innovation. The authors introduce several structural modeling techniques, including ISM, DSM, DMM, and MDM, which can be employed in the design and management of complex systems. The concept of "panoramic value" is put forth as a foundational consequence of system integration. This superior-order value is derived from system-wide interactions and is defined as "panoramic value." The paper highlights the potential of data-driven methodologies in facilitating enhanced system integration and value co-creation. The paper introduces a novel "three-storey model," which integrates learning, intelligence, and problem recognition. The authors posit that this approach has the potential to make a significant contribution to the resolution of complex social issues and the realization of sustainable development. Moreover, the authors emphasize the importance of interdisciplinary collaboration, human-centered design, and ethical considerations.
