Modelling of system behaviour
Dabei bedienen wir uns der Bildsprache wie SysML bzw. UML und Tools mittels dem einfache aber can also be used to describe complex systems. What makes this approach unique is that it brings together all engineering disciplines and skills within a unified, team-oriented, structured process, which – depending on the complexity of the system – can extend across several levels, including third-party organisations such as subcontractors. This approach not only allows the requirements for in-house developed components to be specified; as a by-product, it also enables the design of manufacturing processes, testing procedures and operational procedures.
Requirements Development and Management
However, system engineering is not a rigid process; it is ideally suited to functioning as part of an AGILE development process. It ensures that all development issues are promptly identified, compared and resolved in line with your requirements, within the context of the overall system and across all disciplines. By bringing all resources together under one roof, your decision-making processes remain short and transparent at all times, from the initial concept right through to the finished product.
Our teams combine three essential disciplines to develop professional measurement technology.
AGILES specification sheet
In addition to the description of the system, an AGILES requirements specification is created by means of which the requirements as well as the acceptance are documented and organized.
