Nachdem nun auch die VBZ einen selbstfahrenden Bus auf ihrem Werksgelände testet, ist es nur noch eine Frage der Zeit, bis ÖV und Privatverkehr ohne menschliche Einwirkung funktionieren. Über das Wort „Fahrzeuglenker“ werden wir uns dereinst wundern. Während es aber jetzt noch längst nicht so weit ist, bereiten sich alle auf die Zukunft vor.
The Systems Engineering foundations course provides a solid background of the core Systems Engineering discipline. Including learning and practicing the application of Systems Engineering methodologies, enhancing know-how with an interactive workshop and covering detailed use cases.
This course provides the participants a solid foundation about the fundamental and practical aspects of MBSE and SysML. Participants will learn more about how to interpret and understand SysML models, their elements and how to read their diagrams. Furthermore, the concepts of modeling method based on SysML will be explained in order to demonstrate how SysML can be customized for a particular application domain.
This course provides the participants a combination of the fundamental and practical aspects of MBSE and SysML. The course first deals with explaining the core concepts of MBSE. Next, several practical exercises are performed to demonstrate the basics for deploying MBSE using SysML without using any specific tool. Finally, the course wraps up with a discussion of the challenges faced when developing and deploying MBSE in real-world applications and how to manage it. Course Pre-requisites: System or software engineering knowledge.
COTS based System Engineering (CBSE) brings fundamental changes in how Systems Engineers do their work. COTS - Commercial Off-The-Shelf item, can be defined as a non - developmental item (NDI) of supply that is commercial and sold in substantial quantities in the commercial marketplace. Examples of COTS items are: hardware and software assemblies, equipment and subsystems. COTS purchases are alternatives to in-house developments in both the military and commercial domains.
Holistic thinking is a combination of analysis, systems thinking and critical thinking. After an introduction to systems thinking and critical thinking, Participants will learn how to apply holistic thinking in a systemic and systematic manner to deal with structured and unstructured problems.
