A “digital thread” refers to an integrated approach to managing, analyzing, and using all knowledge, information, and data throughout a system’s life cycle.
Repositories – an engineering backbone
While different organizations may use disparate processes, methods, and tools, establishing an authoritative source of truth for all the information across system engineering stages is crucial to enable a digital thread. In Systems REUSE, the authoritative source of truth is supported by an engineering backbone or repositories and represents the cornerstone of its approach.
Interoperability between tools’ information
The transition from the V-model to a more interconnected digital twin approach emphasizes the necessity of connectivity and synchronization across tools. In this context, interoperability among diverse tools and information sources used in systems engineering is highly important. A solution to current interoperability challenges solves the need for synchronized sources of truth that can facilitate traceability and consistency across multiple disciplines and applications. Our tool SES ENGINEERING Studio offers a synchronized source of truth, traceability, consistency of information, and interoperability, thus enabling this digital thread. With SES it is possible to automate the digital thread and interoperability tasks, allowing various engineering domains to better collaborate and share data.
The necessity of breaking boundaries
In today’s interconnected world, systems engineering cannot afford to be limited by geographical boundaries. The digital thread serves as a powerful means of fostering collaboration between international entities on large projects. By dismantling these barriers, teams can better leverage diverse expertise and resources, ultimately enhancing project outcomes.
The evolution of systems engineering
Traditional methods such as the V-model are evolving into more sophisticated frameworks like the digital twin. This shift acknowledges the complexity of modern engineering projects and the need for continuous interaction between different phases of the system life cycle. Recognizing this evolution helps practitioners update their knowledge and approaches, positioning them more favorably to tackle ongoing changes in technology.
Authoritative sources of truth
Establishing a synchronized source of truth is fundamental for effective systems engineering. It ensures that all stakeholders work from a single, accurate source of information, facilitating better decision-making and transparency throughout the system life cycle. This approach mitigates misunderstandings and inefficiencies that arise from disparate sources of data.
Interoperability as a critical requirement
The success of implementing a digital thread hinges on the ability to achieve interoperability between various engineering tools and software platforms. Organizations must invest in developing robust integration capabilities, including connectors and APIs, to ensure that information flows seamlessly across different environments.
Role of systems engineers
The evolving landscape of systems engineering demands a more proactive role from systems engineers, who must now navigate advancements in toolsets and methodologies. Continuous professional development and adaptability are essential for engineers to harness the capabilities of new technologies effectively.
Digital thread automation
By automating processes within the digital thread, organizations can reduce manual effort, increase consistency, and streamline project delivery. Utilizing automation tools allows teams to focus on higher-order tasks, fostering innovation and enhancing overall system quality.
Practical applications in collaboration
Demonstrations illustrated the potential for diverse teams to collaborate effectively with existing systems. Practical case studies highlighted the challenges of integrating systems from different domains and the methodologies for addressing them, showcasing how good practices can pave the way for successful digital thread implementations.
The principles discussed serve as a valuable guide for professionals looking to adapt to the ongoing changes within the field, providing a clear roadmap toward a more integrated and efficient future in systems engineering.