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Teamcenter Systems Engineering Barbara Sheeley Matthew McEmber Systems Engineer The Boeing Company July 29, 2009.

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Presentation on theme: "Teamcenter Systems Engineering Barbara Sheeley Matthew McEmber Systems Engineer The Boeing Company July 29, 2009."— Presentation transcript:

1 Teamcenter Systems Engineering Barbara Sheeley Matthew McEmber Systems Engineer The Boeing Company July 29, 2009

2 Teamcenter System Engineering Tailored Systems Engineering Tool Suite Manage Artifacts Integrated Single Source of Data Scalable Customizable

3 Teamcenter Systems Engineering Systems Engineerin g Features & UI Live Demo

4 TcSE Features Intuitive MS Window Explorer like web based user interface Live Microsoft Office integrations for both data input and generation of artifacts All objects in Teamcenter accessible via unique web addresses Allows the user to capture product decomposition s and interrelate the views A natural- language report writer and robust document generator Security protections control user access, information access and modification privileges Change management and configuration control DoDAF module with tailored schema and OV/AV/SV view generation

5 Content Pane Notebook Pane Navigation Pane User Interface

6 Basic TcSE Entities Project – Root collection of Folders Building Block – Basic object used to decompose design Requirement – Uniquely identifiable Requirement Paragraph – Type of Requirement for preserving document structure as a placeholder Link – 1 to 1 directional relationship between two entities Connection – Physical connection between two physical objects Folder – Container for other objects Document – Type of folder that may contain Requirements, Paragraphs, and Building Blocks Property – Attribute of an entity (color, bit rate, prime engineer, etc) Diagram – Visio Diagram attached to an object

7 Sharing a Single Source of Data

8 Focus on Data, Generate Views

9 Great Potential for Entity Reuse Source: Siemens DoDAF Module User Manual

10 Physical models Requirements Functional Architecture (What Has to Be Done) Physical Architecture (How It Is Implemented) One Architecture – multiple views captured and linked Logical Architecture (How It Is Done) Systems Engineering

11 Which Data Would You Prefer to Work With? B: Partitioned, Integrated Architectures? A: Mixed, Integrated Architectures? Horizontal Integration Across Architectures Vertical Integration Within Architectures

12 Requirements Allocation Integrated Requirements Search Result: Requirements Allocation to Functions and Logical Systems

13 DoDAF – Operational-System Architectures OV-2 Operational Node Architecture OV-5 Activity Architecture System Function Architecture SV-4a

14 DoDAF – Software Architectures DoDAF Activity Architecture Rhapsody Use Case Architecture (in TcSE) Use Case Diagram (Rhapsody / Sparx EA) Functional Decomposition IDEF 0 Diagram Activity Diagram (Rhapsody / Sparx EA)

15 Create Ancillary Architectural Views Spatial Environmental Threats Manufacturing Cells Suppliers Countries of Origin etc

16 System Verification Spec. Search Results Excel Live Test Verification Live-link back to problem Requirement Enter Verification Status

17 Operational Connectivity Model with Product Overlay Source: Siemens DoDAF Module User Manual

18 System Connectivity Model with Product Overlay Source: Siemens DoDAF Module User Manual

19 Operational to System Connectivity Model with Product Overlay Source: Siemens DoDAF Module User Manual

20 Live Demo

21 Acknowledgements This presentation would not have been possible without the contributions of: –John Herrold –Robert Malone


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