Talks
Augmenting requirements with models to improve the articulation between system
engineering levels and optimize V&V practices
Model-based systems engineering has developed significantly over the last few years, resulting in an
increased usage of models in systems specification and architecture description. The question of the
positioning of requirement engineering versus MBSE is a recurrent one.
This talk describes one vision of this articulation where textual and model requirements actually
complete each other. The results are improved contracts across engineering levels and more
formalized V&V practices.
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Stéphane Bonnet, Thales Corporate Engineering
Stéphane Bonnet is in charge of Thales Corporate MBSE Coaching and Design Authority of
the Capella open source modeling solution. For the last ten years, he has led the
development of Capella and has been an active contributor to the Arcadia model-based
method for systems, hardware and software architectural design. In Thales, he is
animating a wide community of modeling experts from all domains and countries to
investigate low-maturity modeling topics, capture end-user needs, and orient method and
workbench roadmaps. |
Slides
Feedback on deployment of Capella at Framatome
Open source software like Capella comes with advantages like the easy way to extend or customize it and drawbacks including support to users especially when they are working in a collaborative way. This presentation will share how Capella has been deployed in Framatome so that systems engineer/architect do not care much about technical issues but remain focus on their business.
Furthermore, in a context where many companies have their data described in excel files, XLS Pivot (part our MBSE Suite tool), is a generic MBSE solution developed by Framatome on top of Capella to help users to exchange data from Excel to Capella and vice versa. This presentation will show XLS Pivot in action.
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Valéry Teguiak, Framatome
Valéry Teguiak works as R&D Engineer Consultant at Framatome where he leads software engineering projects on top of Capella. He is a software engineer and obtained a PhD from the ISAE-ENSMA for his work on Data Engineering and Metamodeling-based Solution. |
Slides
Feedback on deployment of Capella at RATP
The RATP group is modernizing Paris' public transportation network, which includes managing complex integration projects across metro, tram, and rail systems. They deployed CAPELLA to help optimize their systems engineering approach and manage this complexity. RATP took a cautious approach, prioritizing high-value uses of CAPELLA to minimize risks. They have found benefits like improved sharing of concepts, design structure and clarity, reuse across projects, and time savings. RATP is working to qualify more CAPELLA uses and share lessons learned.
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Matthieu Connen, RATP
Matthieu Connen is System Architect at RATP |
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Maxime Piot, RATP
Maxime Piot is System Architect at RATP |
Slides
Integrating Capella, SCADE and medini analyze, for MBSE, Embedded SW Development and Safety Analysis
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Thierry Le Sergent, ANSYS
Thierry Le Sergent is Product Manager for ANSYS's SCADE Architect product. His focus is on model-based system & software engineering tools for the development of critical embedded systems. |
Slides
Capella integration with Teamcenter
The main reason we do product architecture is to communicate to downstream product development what they need to build, thus the need to integrate the Capella product architecture with the product lifecycle through PLM (Product Lifecycle Management). Siemens’ Teamcenter PLM is used by millions of developers around the world in thousands of organizations. Capella is being integrated with Teamcenter enabling it to actively participate in the product lifecycle to drive the entire product development process.
This session will provide an update on Siemens’ PLM integration progress and demonstrate the value of a Capella enabled product lifecycle.
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Christoph Marhold, Siemens PLM Software
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Slides
Model Execution and System Simulation in Capella
A common need in system architecture design is to verify that if the architect is correct and can
satisfy its requirements. Execution of system architect model means to interact with state machines
to test system’s control logic. It can verify if the logical sequences of functions and interfaces
in different scenarios are desired.
However, only sequence itself is not enough to verify its consequence or output. So we need each
function to do what it is supposed to do during model execution to verify its output, and that is
what we called “system simulation”.
This presentation introduces how we do model execution in Capella, and how to embed digital mockup
inside functions to do “system simulation” with a higher confidence.
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Renfei Xu, Glaway
Renfei Xu is the technical manager of MBSE solution in Glaway. He has participated in
many pilot projects of MBSE in areas like Engine Control, Avionics, Mechatronics and so
on. In recent years, he is responsible for the deployment of MBSE using Capella and
ARCADIA methodology in a Radar research institute. |
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Wenhua Fang, Glaway
Wenhua Fang is the Director of Systems Engineering in Glaway. He has more than 12 years
of working experience in SE.
He is responsible for more than 10 implementation projects of MBSE in areas like
Aircraft, Engine Control, Avionics, Automotive and so on. In recent years, he leads the
team to deploy MBSE in China(including using Capella and ARCADIA methodology). |
Slides
Integrating Capella with your own ecosystem of tools
The current industrial trends related, among others, to digital twins or large scale systems of
systems, drive companies to using MBSE tools such as Capella. However, these tools have to be part
of the overall ecosystem of tools used by such companies (e.g. complex systems manufacturers).
One example is the integration with a PLM solution, that we will illustrate by explaining how we have
integrated Capella and Teamcenter by developping System Modeling Workbench.
Beyond technical aspects (build the product, managing its lifecycle with regards to constraints
brought by the market and by the open source processes, etc.) we will also discuss the organization
of the collaboration needed to perform this kind of integration project.
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Laurent Delaigue, Obeo
Laurent Delaigue has been working in the field of model engineering for 15 years. As a
modeling consultant at Obeo for 10 years, he participates in numerous modeling projects
generally based on open-source technologies such as Acceleo, Sirius or Capella. |
Slides
Providing early timing analysis of the system design
When designing real-time systems, one issue is to grant that the system will always behave properly
within the expected time constraints.
By capturing the design choices in Capella (periodic/sporadic events, precedence relation between
tasks, network communication between resources, mutual exclusion resources, etc.), Tideal viewpoint
not only allows to compute the worst-case execution time for end-to-end flows traversing the system
but also provides some feedback to the architect to better understand the temporal behavior of the
system.
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Benoit Viaud, Artal
Benoit Viaud leads Artal’s System Engineering unit. He initiated the creation of Citrus,
a one-stop-shop engineering framework for simulation and is deeply involved in its
deployment in Airbus. He also carries out coaching and consulting activities around
Capella. |
Slides
Model-based safety analysis on Capella using Component Fault Trees (CFTs)
The importance of mission or safety-critical software systems in many application domains of embedded
systems is continuously growing, and so is the effort and complexity for reliability and safety
analysis. Model-based system engineering (MBSE) is currently one of the key approaches to cope with
increasing system complexity.
With Component Fault Trees (CFTs) there is a model- and component-based methodology for safety
analysis, which extends the advantages of model-based development to safety & reliability
engineering. In this talk, we demonstrate how to ease the development of safety-critical systems in
industrial practice by extending MBSE in Capella with model-based safety analysis using Component
Fault Tree methodology.
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Marc Zeller, Siemens Corporate Engineering
Marc Zeller works as a research scientist at Siemens AG, Corporate Technology, in Munich
since 2014. His research interests are focused on the model-based safety and reliability
engineering of complex software-intensive embedded systems. Marc Zeller studied Computer
Science at the Karlsruhe Institute of Technology (KIT) and graduated in 2007. He
obtained a PhD from the University of Augsburg in 2013 for his work on self-adaptation
in networked embedded systems at the Fraunhofer Institute for Embedded Systems and
Communication Technologies ESK in Munich. |
Slides
An Excel-based Systems-Engineering Tool for Knowledge Sharing and Collaboration
across the Enterprise
MapleMBSE is an Excel-based tool that makes it easy for every stakeholder to engage with the Systems
Engineering project without requiring them to be an expert in your primary SE tools.
MapleMBSE makes broad engagement possible with Excel-based, task-specific interfaces for each
activity in the systems design process.
By giving all stakeholders access to the process through a live, two-way connection to systems
model, you can ensure that all stakeholders can collaborate through the “single source of truth”,
allowing them to work faster, avoid errors, and reduce unbudgeted costs.
This presentation will demonstrate how MapleMBSE can be used for several use-cases on the Capella
platform, based on Maplesoft’s experience with NASA JPL in the US and Nissan in Japan.
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Bharani Mohan, Maplesoft
Bharani is an MBSE specialist, and facilitates the improvement of the overall user
experience throughout the model-based system engineering process.
He works with customers to enhance their use of Maplesoft’s MapleMBSE platform,
providing guidance and assisting with issues. He also supports the development of
specific MapleMBSE features to encourage broader adoption.
With a background in Aerospace Engineering, Bharani has experience applying MBSE design
methodologies in conceptual design of aircraft systems architecture, and translating
design requirements into system architecture. |
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Paul Goossens, Maplesoft
Paul Goosseens is Vice President MBSE Solutions at Maplesot. A mechanical engineer by
background, he has over 25 years of experience in technical and business management,
primarily in advanced computational technologies for engineering applications.
He has built a strong reputation as an expert in modeling, simulation and analysis of
complex multi-domain systems for virtual prototyping and control software testing,
spending a good part of his career promoting model-based methodologies within the
automotive, aerospace and manufacturing industries.
He currently manages the Model-based Systems Engineering business unit at Maplesoft,
charged with executing strategies for the development of new markets, product planning,
sales and marketing support, service business development, and strategic partnerships.
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Slides
MBSE & PLE: Systematic Reuse of Capella Models with pure::variants
In domains that deal with the development of complex systems consisting of software and hardware it is often a challenge to find an efficient and holistic reuse strategy for existing engineering assets that allows to keep the engineering competitiveness high even though a growing number of markets and specific customer needs shall be covered by a product family.
Product Line Engineering (PLE) is a well-known approach to address this challenge. In this session we will cover how PLE and MBSE can be brought together using the open-source MBSE solution Capella in combination with the Variant Management tool pure::variants to implement a systematic reuse of system architecture across multiple product variants.
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Robert Hellebrand, pure-systems
Robert Hellebrand is a Field Application Engineer at pure-systems GmbH, where he helps customers from automotive, aerospace, defence and other domains with their challenges in systematic reuse of engineering assets and the transition from project-oriented development towards feature model-based product line engineering with pure::variants.
Previously, Robert worked on the topic of variant management as a research assistant at the Fraunhofer Institute for Experimental Software Engineering. |
Slides
Capella integration with RAT - Authoring Tools
When it comes to writing and managing requirements aligned with models in Capella, RAT, the Rich Authoring Tool from the REUSE Company, is the perfect companion.
RAT provides AI and Natural Language Processing (a complete Semantic approach) to write the perfect requirements. The following functions are offered by RAT for Capella plug-in:
- Quality: real-time quality assessment of rules such as the
ones defined in the INCOSE Guide for Writing Requirements, the
NASA Handbook, the ECSS rules followed by the Space industry, or
others.
- Consistency: using a set of patterns to come out with a
consistent structure for your requirements across the
organization.
- Requirements-Models traceability and integration:
requirements and models will always be integrated. RAT offers the
names of the models in Capella to fill the placeholders as defined
and agreed in the patterns, keeping a link to automatically change
your requirements when the elements are renamed or edited.
- Round-trip: bidirectional connectivity between Capella and
DOORS, allowing adding or editing requirements in IBM DOORS
seamlessly using the elements defined in a Capella model, make the
most of the capabilities offered by DOORS and then synchronize
your requirements back to Capella keeping all the references to
the Capella elements and sections.
- Accessibility: RAT aggregates requirements in a SMART Grid
in Capella. Different grids can be shown based on the selection of
elements in the model. The grid provides shorting, filtering,
advanced search, or quality rates for each elements, among many
other functionalities.
- Integration with the SES Suite of REUSE Company: RAT for
Capella plug-in is fully integrated with RQA - Quality Studio to
tailor the quality rules, or check the completeness and
consistency analysis between requirements and models. RAT for
Capella is also fully integrated with KM – Knowledge Manager to
provide additional content to your data dictionary or to tailor
the patterns used by RAT.
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José Fuentes, The Reuse Company
José Fuentes obtained his degree in Information Science at the Carlos III University of
Madrid (Spain).
After getting his degree, he founded, together with other 5
colleagues, an SME with the vision of streamlining the software development processes.
After some years as product manager for some software tools aimed at software engineers,
he and his company turned into the systems engineering discipline.
His professional
experience is focused on the Management of software development projects, as well as
training and consultancy activities related to project management (PMP), CMMI,
requirements management…
For more than 10 years, he’s been leading the team of developers in charge of creating
the suite of tools Requirements Quality Suite in The REUSE Company.
This includes
from the research stage to the commercialization stage. He has participated as the main
company researcher in several EU projects like:
AUTOSoft (4FP: SPRIT Project 25762) aiming to provide tools and methods for software
reuse; and CRYSTAL (ART Call 2012: 332830) taking up the challenge to establish and push
forward an Interoperability Specification (IOS) and a Reference Technology Platform
(RTP) as a European standard for safety-critical systems. AMASS (ECSEL no 692474) in the
field of assurance and certification of Cyber-Physical Systems; or REVAMP2 (ITEA3 No.
15010) aiming to conceive new generations of Product Lines.
José is now COO at The REUSE Company, dealing with customers and partners in the fields
of aerospace, defence, automotive, railway…
José is also actively collaborating
with INCOSE. His main activity within INCOSE are: Member of the board of AEIS, the
Spanish Chapter of INCOSE ; Technical director of AEIS ; Managing relationships with
CABs at AEIS ; Main contributor to the INCOSE Guide for Writing Requirements ; Member of
the Requirements and Ontology Working Groups |
Slides
