We are excited to participate in the 36th Annual INCOSE International Symposium, taking place from June 13–18, 2026, at Pacifico Yokohama in Yokohama, Japan.
This year’s theme, “Beyond Digital Engineering: Seeking Wa in SE,” introduces a powerful perspective for the systems engineering community. Rather than focusing solely on digitalization, the event encourages participants to explore the harmony between emerging technologies, human creativity, and Kansei, the Japanese concept of sensibility.
In this context, Wa offers a useful way to think about modern systems engineering. It highlights how people, models, data, tools, organizations, and decisions can work together with greater coherence.
Our Approach
For The REUSE Company, this idea closely aligns with our current focus on AI-Powered Systems Engineering Reuse. Engineering organizations already generate valuable knowledge through requirements, models, simulations, verification artifacts, templates, and technical repositories. However, much of that knowledge remains fragmented. As a result, it becomes difficult to find, hard to trust, and even harder to reuse across projects.
To address this challenge, our approach combines semantic technologies and artificial intelligence. Together, they help teams identify, qualify, classify, find, adapt, transform, and measure reusable engineering assets across complex tool ecosystems.
At Booth #19, our team will show how semantic AI can connect existing processes, methods, tools, and engineering knowledge throughout the lifecycle.
Some of the topics we will explore include:
- Connectivity with your tool ecosystem to make available its information
- How to enable semantic traceability and interoperability between distributed engineering assets by means of AI
- AI-assisted identification and reuse of requirements, models, templates, and knowledge libraries
- Technical management digitalization across lifecycle activities (quality, CM, DM, etc.)
- Digital Thread support through synchronized and reusable engineering knowledge
In addition, attendees will be able to explore live demonstrations of our solutions. These sessions will show how AI-powered reuse can reduce duplicated work, improve traceability, and make engineering knowledge easier to find, trust, adapt, and apply.
Our Participation:
This year, we will contribute to the technical program with three papers covering interoperability, systems engineering leadership, and lifecycle cost estimation.
Culture Engineering in Systems Engineering Leadership: Measuring Cultural Variants
Global engineering projects increasingly rely on multicultural teams. This paper introduces a framework for analyzing and comparing cultural variables, helping systems engineering leaders better understand communication patterns, collaboration dynamics, and potential interaction challenges across international teams.
Semantic Interoperability of Architecture Models: An Experience in the A&D Sector
As organizations expand their use of MBSE, interoperability between tools, methods, and suppliers becomes increasingly important. This paper presents an industrial approach to architecture model interoperability, demonstrating how engineering meaning can be preserved when exchanging models across different frameworks and environments.
COSYSMO 4.0: A Proposal for Life-Cycle Cost Estimation in Systems Engineering
This paper proposes an extension of the COSYSMO framework to support life-cycle cost estimation across systems engineering activities. By combining MBSE, interoperable enterprise data, and modern estimation techniques, the approach aims to provide more transparent, scalable, and evidence-based cost estimation throughout the lifecycle.
A Closer Look at Our Tools for INCOSE IS 2026
Visit the official INCOSE IS 2026 website to explore the full agenda, meet the speakers, and complete your registration.
We look forward to connecting with you in Yokohama!