This course will provide an overview of the Syndeia platform architecture and capabilities, including Syndeia Cloud and Syndeia clients.
This course is intended for managers and engineers who need a general awareness of Syndeia’s capabilities and how it can function within a Model-Based Engineering environment.
This course will provide an overview of the Syndeia platform architecture and capabilities, including Syndeia Cloud and Syndeia clients.
This course is intended for hands-on users who will be creating connections between different models, including transforming, comparing and updating data across those connections. It is expected that the attendees will be familiar with SysML models and at least one of the following engineering tool domains: PLM, ALM, CAD, requirements, simulation and project management.
This course will focus on the operation of the Syndeia Web Dashboard. Creating connections, viewing and searching the integrated repositories, graph analysis and the Digital Thread Explorer will be treated in depth.
This course is intended for hands-on users of the Syndeia Web Dashboard, including engineers and managers responsible for project management and design reviews.
This course will focus on the installation and maintenance of Syndeia Cloud on on-premises or private cloud servers.
This course is intended for the server admins who will be responsible for installing and maintaining the Syndeia Cloud network-based component. It is expected that the attendees will be experienced in server operation, including installation of web services and databases, user administration, and authentication protocols for either Windows or Linux servers.
This course will provide an introduction to the Syndeia Cloud REST API and how it may be used to access data from both the Syndeia Cloud database and the integrated repositories for project documentation, analysis and workflow automation. Jupyter notebooks will be the primary mechanism for demonstrating this approach.
This course is intended for developers who will be accessing the REST API using custom and third-party applications for customer-specific reports, dashboards and visualizations. Familiarity with using Java or Python API clients is required.
This course will provide practical examples of using graph queries on system digital threads to solve real engineering problems. Users will learn about key concepts in digital thread graphs, formulating queries using the Syndeia query builder and Gremlin query language, and visualizing results. Syndeia Web Dashboard and Jupyter notebooks will be used for demonstrations.
This course is intended for system engineers and managers who want to query system digital threads to gather new insights, run analytics for decision making, and verify & validate system models.
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Modern engineering uses computer models and systems engineering (SE) is following this pattern. The basis of Model-Based Systems Engineering (MBSE) is that the system can be captured in a single unified computer model, a single source of truth from which all required SE views and artifacts can be generated. Good MBSE practices can reduce errors and ambiguity, shorten development times, and improve collaboration between disciplines.
