IEEE 2025 : Conférence internationale sur l’ingénierie système, théorie, méthodes, standards, outils logiciels et applications industrielles.
TARIFS : de 600 à 1.200 euros
Programme : Keynote speaker
The Systems Architect: the Realistic Visionary or the Visionary Realist?
Systems Architects lay the foundation for systems that are likely to be put into use in the near or distant future. The systems’ context
may have changed by then. Also, putting a system into a context changes that context in sometimes unforeseen ways. A visionary attitude is therefore necessary for the systems engineer/architect.
On the other hand, making a system architecture implies committing to it. The architecture thus has to be realized in the given development timeframe. It is therefore paramount that the architect knows what can be realistically achieved in that timeframe, also considering technological changes.
The systems architect thus has to hop between a realistic atttitude and a visionary attitude. This is the central theme of the key note.
Programme : Special sessions
Systems Engineering Research – Insights from the INCOSE French Chapter AFIS
Organizers: Romain Pinquié, Olivia Penas, and Vincent Chapurlat
Description: This special session, organised under the auspices of the INCOSE French Chapter AFIS, highlights original research contributions from the French systems engineering community. As part of INCOSE’s ongoing mission to advance the theory and practice of systems engineering, this session aspires to convene cutting-edge academic and applied research through collaboration among academia, industry, and government stakeholders. The session provides a unique platform for researchers affiliated with the INCOSE French Chapter to present new theories, methodologies, frameworks, tools, and case studies that address the complex challenges encountered in modern systems engineering. This special session represents an opportunity for researchers in systems engineering to showcase their work, engage with peers worldwide, and contribute to advancing the discipline. Researchers affiliated with the INCOSE French Chapter, or those who engage closely with its academic and industrial ecosystem, are particularly encouraged to participate in this session and leave a lasting impact on the global systems engineering landscape.
Description: During the past 15 years, adaptive systems in systems engineering area and artificial intelligence area have both been receiving significant R&D progresses and interests. This special session aims to further improve the development of these areas, connect researchers and practitioners and inspire original works.
Description: The defense and security applications of system engineering special session will address defense and security challenges related to system engineering, modeling and simulation and experimental tests.
Theoretical Foundations of System Engineering (THEFOSE)
Description: System engineering has experienced multiple successes over the years in various industrial projects with a strong emphasis in defense and aerospace. Recently, system engineering have gained several contributions from theory however the field still lacks a strong theoretical foundation. This request for more theoretical foundations come from both academia and industry in order to make the best of system engineering practices and experience in increasingly multidisciplinary projects. Several research topics need to be addressed such as formal definitions of system engineering terms and concepts, systems semantics, complexity theory of multidisciplinary systems, formal analysis of system engineering processes and standards but also all theoretical computer science impacts on languages (e.g. SysML2) and tools used by system engineers. This session contributors will also provide papers discussing the integration of quantitative methods into MBSE methods and processes. Examples of quantitative methods include formal methods, value driven design, petri-nets, design space optimization (MDAO), etc. This session will also accept papers on the integration of the quantitative methods into SysML and its variants. This session will as well architecture frameworks and their theoretical foundations and complexity.
System of Systems Foundations for Robotics Swarms
Description: The system of systems community and the robotics community evolve in parallel, although they share a large number of common concepts and related issues. The strong emergence of autonomous robotics swarms, in particular heterogeneous multi domains autonomous robotics swarms (aerial, terrestrial, maritime) is both an opportunity for roboticists to appropriate the concepts of systems of systems engineering, and an opportunity to challenge the commonly established results of systems of systems engineering in the field, by experimenting on highly reconfigurable autonomous swarms.
