SYSTEM-MBSE

Discover our SYSTEM Engineering & MBSE Practice

The Embedded System Development Challenge

Our System Engineering Competence Center offers a comprehensive and structured approach to product development, ensuring that every project is executed efficiently, effectively, and with the highest possible quality.

By leveraging industry standards like ISO15288 in tandem with our team members’ extensive experience, we provide a robust framework that encompasses all aspects of the development lifecycle.

You can consider the T&S approach to be one that draws parallels with the collaboration between a music composer and a bandleader: clear communication, coordination, and technical expertise are at the heart of everything we do. This ensures that the final product we produce meets the defined requirements, is reliable, and delivers maximum value to our customers.

The MBSE Approach

Investing in our MBSE expertise is essential for navigating today's complex product development landscape. Increasing system complexity and shortening development cycles demand more efficient and collaborative approaches than ever before.

MBSE offers a solution by providing a unified model that connects customer needs to product realization. This standardized approach fosters agility, scalability, and productivity, minimizing errors and accelerating time-to-market through improved communication and teamwork across large-scale projects.

Our system & MBSE solutions

System & MBSE Engineering

System requirement definition is crucial for system development, encompassing purpose, mission, operational scenarios, and stakeholder needs. By clearly outlining clear objectives in relation to mission, user interactions, and desired system behavior, organizations can effectively translate stakeholder requirements into actionable system specifications.

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Consulting

System functional architecture outlines a system's structure and behavior. It encompasses defining interfaces and functionalities, mapping interactions and logic between functions, and strategically allocating functions across different domains to ensure efficient and effective system operation.

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Training

System physical architecture defines a system's physical structure and constraints. By delineating interfaces and domains, mapping component interactions and physical limitations, and allocating functions to physical components, organizations can effectively design and implement systems that meet performance and operational requirements.

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Portrait of the Technology and strategy System Engineering and Model Base System Engineering MBSE practice leader Matthieu Sauvage.
OUR MBSE PRACTICE LEADER
Matthieu Sauvage
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Matthieu Sauvage is a seasoned System Engineering Practice Leader at T&S, with almost two decades of experience. He leads our MBSE practice, focusing on aligning product design with customer needs and leveraging AI for efficient development.

50+
Engineer in the team
150+
Projects in 2023
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DISCOVER OUR LAST USE-CASES

USE-CASES

How we implement an MBSE approach and conformity with A-SPICE

How we implement an MBSE approach and conformity with A-SPICE

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USE-CASES

How we implement an MBSE approach and conformity with A-SPICE

How we implement an MBSE approach and conformity with A-SPICE

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AUTOMOTIVE
MBSE
USE-CASES

How we implement an MBSE approach and conformity with A-SPICE

How we implement an MBSE approach and conformity with A-SPICE

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AUTOMOTIVE
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