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Systems Engineering: The Journal of The International Council on Systems Engineering 系统工程:国际系统工程理事会期刊
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12560
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引用次数: 0
Bursting the Bubble of Complexity: Reflections on the activities of the INCOSE Complex Systems Working Group (CSWG) 打破复杂的泡沫:对INCOSE复杂系统工作组(CSWG)活动的反思
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12551
Dean Beale, Rudolph Oosthuizen, Dorothy McKinney, Francesco Dazzi, Joshua Sutherland

We have entered an era of rapid change and increasing uncertainty. The biggest mistake we can make as systems engineers is ignoring this change. The term “uncertainty” is deeply connected to complexity for many communities, including INCOSE's Complex Systems Working Group (CSWG). As uncertainty or complexity increases, our experience, and indeed logic, suggests that the practices and techniques developed for a world of sufficient certainty are no longer enough, no matter how gifted the engineer. At this point, it is essential to change our mindset from “I know enough” to “I know I am wrong about something”. This mindset shift triggers a desire and need for continuous learning, new practices and techniques which embrace different viewpoints, learning through failure, and results in flexible and adaptable systems. The work of the CSWG, described in the article, is to identify and create suitable practices for the practitioner systems engineer in this new, uncertain, and complex age. We are aiming to “burst the bubble of complexity” and enable engineers to deal effectively with uncertainty and complexity. But the pace of change is fast, the complexity landscape is vast, and the tradecraft still emerging. Hence, the only way to address this complexity challenge sufficiently is to recruit communities of experts with diverse views who can work collaboratively towards these common aims.

我们已经进入了一个快速变化和不确定性增加的时代。作为系统工程师,我们可能犯的最大错误就是忽视这种变化。术语“不确定性”与许多社区的复杂性密切相关,包括INCOSE的复杂系统工作组(CSWG)。随着不确定性或复杂性的增加,我们的经验,实际上是逻辑,表明,为一个足够确定性的世界开发的实践和技术已经不够用了,无论工程师多么有天赋。在这一点上,有必要改变我们的心态,从“我知道足够多”到“我知道我错了”。这种心态的转变引发了对持续学习的渴望和需求,包括不同观点的新实践和技术,从失败中学习,并产生灵活和适应性强的系统。本文中描述的CSWG的工作是在这个新的、不确定的、复杂的时代为系统工程师识别和创建合适的实践。我们的目标是“打破复杂性的泡沫”,使工程师能够有效地处理不确定性和复杂性。但是,变化的步伐很快,复杂的前景广阔,而情报技术仍在兴起。因此,充分解决这种复杂性挑战的唯一方法是招募具有不同观点的专家社区,他们可以为这些共同目标而合作。
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引用次数: 0
Elegance and Complexity 优雅与复杂
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12550
Michael D. Watson, Andrew T. Fried
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引用次数: 0
The Purposeful Evolution of Systems Engineering Heuristics Using I-SHARE 使用I-SHARE的系统工程启发式的有目的进化
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12554
Javier Calvo-Amodio, Harington Lee, Veronika Shteingardt, Dorothy McKinney, Dov Dori

A heuristic relates to a formulation based on experts' experience, which draws on observed common patterns and serves as a guide in investigating or solving a problem. A transdisciplinary field, systems engineering involves many useful heuristics, as it integrates the gamut of engineering disciplines in defining a system throughout its lifecycle. To be usable, heuristics should be memorable and pithy, and the consequences of applying them should be predictable. To be predictable, a heuristic should provide insights into how and why it works in a particular context. The first step to increase the capability of systems engineering heuristics was the creation of the I-SHARE–INCOSE Systems Heuristics Application Repository, a curated knowledge base of over 600 systems engineering-related heuristics covering systems engineering competencies, lifecycle stages, expertise, operational domains, system attributes, and more. Here, we describe a process for guiding the systems engineering community on how to validate, test, and assess heuristics, and how the systems engineering community can engage with I-SHARE to benefit from the heuristics in it and collectively improve their capabilities.

启发式与基于专家经验的公式有关,它利用观察到的常见模式,并作为调查或解决问题的指南。作为一个跨学科的领域,系统工程涉及许多有用的启发式方法,因为它集成了在整个生命周期中定义系统的工程学科的范围。为了便于使用,启发式应该令人难忘且简洁,并且应用它们的结果应该是可预测的。为了可预测,启发式应该提供关于它在特定上下文中如何以及为什么起作用的见解。增加系统工程启发式能力的第一步是创建I-SHARE-INCOSE系统启发式应用程序存储库,这是一个包含超过600个系统工程相关启发式的策划知识库,涵盖了系统工程能力、生命周期阶段、专业知识、操作域、系统属性等等。在这里,我们描述了一个过程,用于指导系统工程社区如何验证、测试和评估启发式,以及系统工程社区如何与I-SHARE合作,从其中的启发式中受益,并共同提高他们的能力。
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引用次数: 0
Principles for Minimizing Unintended Consequences 最小化意外后果的原则
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12556
David Rousseau, Julie Billingham

A significant challenge to the success of systems engineering solutions is the risk of unintended consequences. This has traditionally been considered to be a real but unactionable requirement. Here, we analyse the notion of unintended consequences and propose an equivalent but actionable requirement, which we relate to the concept of ‘harmony’. The implication of this notion is that in order to assure solution success it has to be architected in concert with considering the structure and dynamics of the system of systems in which it will be deployed. We conducted a study of natural ecosystems as a case study from which we could glean relevant architecting principles. From this we developed a general model of the structure and dynamics of a complex system of systems. From this study and model we distilled a set of general principles for systems architecting. Along the way we introduced a framework for understanding the relationships between the notions elegant, complex, complicated, and simple. We also introduce a new perspective on emergence at the level of parts, supplementing classical notions of emergence at the level of the whole.

系统工程解决方案成功的一个重要挑战是意外后果的风险。这在传统上被认为是一个真实但不可操作的要求。在这里,我们分析了意想不到的后果的概念,并提出了一个等效但可操作的要求,我们将其与“和谐”的概念联系起来。这个概念的含义是,为了确保解决方案的成功,它的架构必须考虑到将部署它的系统的系统的结构和动态。我们进行了一项自然生态系统的研究,作为一个案例研究,从中我们可以收集相关的架构原则。由此,我们发展了一个复杂系统的结构和动力学的一般模型。从这个研究和模型中,我们提炼出一组用于系统架构的一般原则。在此过程中,我们引入了一个框架,用于理解“优雅”、“复杂”、“复杂”和“简单”概念之间的关系。我们还介绍了在部分水平上的出现的新观点,补充了在整体水平上的出现的经典概念。
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引用次数: 0
Elegant Solutions to Complex Problems – Case Studies and Examples 优雅的解决方案,以复杂的问题-个案研究和例子
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12557
Joshua Sutherland, Alfonso Lanza, Francesco Dazzi, Ken Cureton, Chandru Mirchandani

A range of experts present a series of short case studies and field examples where elegant solutions emerged to solve complex engineering challenges in network protocols, urban transport, and astrophysics. Their responses illustrate the importance of clarity of purpose and good architecture transforming intricate problem spaces into robust, enduring systems demonstrating that elegance is a core engineering principle, not an afterthought.

一系列专家提出了一系列简短的案例研究和现场示例,其中出现了解决网络协议,城市交通和天体物理学中复杂工程挑战的优雅解决方案。他们的回答说明了清晰的目的和良好的体系结构的重要性,将复杂的问题空间转化为健壮、持久的系统,表明优雅是一个核心的工程原则,而不是事后的想法。
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引用次数: 0
Complexity Definitions Guidance in Systems Engineering 系统工程中的复杂性定义指南
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12549
Francesco Dazzi, Joshua Sutherland, Gary Smith, Alfonso Lanza, Ken Cureton, Dean Beale

This article provides a brief guide addressing the inconsistent use of “complexity” and related terms across different disciplines and situations. Definition variability often leads to miscommunication, even within organizations like the International Council on Systems Engineering (INCOSE). This guide offers practical advice tailored for different audiences on how to effectively use and interpret “complexity” in transdisciplinary contexts. Rather than prescribing a single definition, it promotes a common understanding by illustrating definitional differences and providing techniques to clarify usage. This approach aims to enhance communication, and lay groundwork for a unified scientific basis for “complexity” within systems engineering.

本文提供了一个简短的指南,用于解决不同学科和情况下“复杂性”和相关术语的不一致使用。定义的可变性经常导致误解,甚至在像国际系统工程委员会(INCOSE)这样的组织中也是如此。本指南就如何在跨学科背景下有效地使用和解释“复杂性”提供了为不同受众量身定制的实用建议。它不是规定一个单一的定义,而是通过说明定义差异和提供澄清用法的技术来促进共同的理解。这种方法旨在增强交流,并为系统工程中“复杂性”的统一科学基础奠定基础。
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引用次数: 0
Elegant Solutions to Complex Problems – Perspectives and Practice 复杂问题的优雅解决方案-观点和实践
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12559
Joshua Sutherland, Alfonso Lanza, Kristin Giammarco, Michael Pennotti, Dov Dori, Louise Harney

Experts provide their personal perspectives, conceptual frameworks, and behavioral insights that shape how systems engineers approach complex challenges to illuminate how elegance also emerges from how we think, frame, and engage with complexity.

专家们提供了他们的个人观点、概念框架和行为见解,这些见解塑造了系统工程师如何处理复杂的挑战,以阐明优雅是如何从我们如何思考、构建和处理复杂性中产生的。
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引用次数: 0
On the Meaning, Purpose, and Value of Systems Engineering 论系统工程的意义、目的和价值
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12555
Michael Pennotti, David Rousseau, Peter Brook, Javier Calvo-Amodio
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引用次数: 0
FROM THE EDITOR-IN-CHIEF and THEME EDITORS 来自总编辑和主题编辑
IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Pub Date : 2025-09-12 DOI: 10.1002/inst.12548
William Miller, Dean Beale, Joshua Sutherland, Javier Calvo-Amodio
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引用次数: 0
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