Today‘s product development is usually based on processes that include a high level of communication and documentation such as requirements matrixes or individual system specifications. However, companies figured out that this approach quickly reaches its limits in managing complex cross-divisional functions and avoiding errors in system or product development.
MBSE is a methodology that describes, combines and monitores all required information in one abstract model and therefore eliminates the communication of unnecessary information by only relying on the relevant data:
- All customer and/or product requirements
- The system architecture
- The description of the mode of operation of a mechatronic system including its behaviors
This makes it easier for engineering teams to
- get a better understanding of the problem
- recognize and master complexity
- improve communication between all parties involved in the project
- early detect and prevent errors through continuous traceability and
- transparent dependencies
- improve the handling of changes throughout all involved divisons
Potential customer value
We provide best educated engineers, with first class knowledge of MBSE methods in accordance to the development methods SPESS2020 or ARCADIA and corresponsive customer-specific tools as CAPELLA & RHAPSODY.
On the one hand from the product idea to the implementation of complex customer needs. On the other hand either directly at the customer‘s site or as end-to end work packages in our own premise.
Our experts are prepared to support our customer with any kind of work package. From requirements analysis in DOORS or directly within the MBSE model through the complete hardware and software development phase including tests up to complete commissioning.
We offer the right solution for every request, regardless if the entire interdisciplinary system specification shall be described or support in the individual phases of the project management is needed.
Model Based Systems Engineering training for customer teams.
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17 Jun 2020
.pdf — 1.94 MB
Model Based Systems Engineering