Integrating MBSE and PLM Wayne Collier Senior Functional

Starting Point: Requirements and Trace Links Page 2 Apr-08 For internal use only /

Starting Point: Diagram Auto. Layout Page 3 Apr-08 For internal use only / Copyright

Teamcenter for Manufacturing – Process BOM Page 4 Apr-08 For internal use only /

Starting Point: Integrating Objects & Documents Page 5 Apr-08 For internal use only /

Starting Point: Work. Flow and Change Management Page 6 Apr-08 For internal use only

The Core Product Lifecycle Management Question Check Valve P -1 P -2 P -5

Original Logical Design Check Valve P -1 P -2 P -5 Main Valve Pump

Design Change #1 Check Valve This change involves inserting P-3, P-4, and Drain Valve The effectivity of this change is for Tech Insertion #1 – think of it as an option. Page 9 Drain Valve P-1 P-3 P-2 P-5 P-4 Main Valve Tank Pump © 2007, UGS Corp. All rights reserved UGS PLM Software

Design Change #2 Check Valve This change involves replacing the Main Valve with a Globe Valve. The effectivity of this change is for Tech Insertion #2 – think of it as another option. Page 10 P-1 P-2 P-5 Globe Valve Tank Pump © 2007, UGS Corp. All rights reserved UGS PLM Software

Design Change #3 Check Valve This change involves replacing the original Tank with a high pressure tank. P-1 P-2 P-5 Main Valve Hi Pressure Tank Pump The effectivity of this change is for Model #2. Page 11 © 2007, UGS Corp. All rights reserved UGS PLM Software

Summary of Design Changes Design Change Insert P 3, P 4, Drain Valve Replace Main Valve with Globe Valve Replace Tank with Hi Pres Tank Effectivity Tech Insertion #1 Tech Insertion #2 Model #2 and Up Before After Page 12 © 2007, UGS Corp. All rights reserved UGS PLM Software

3 Independent Design Changes – Results in 8 Possible Configurations Product Model = 1 Tech Insert #1 = No Tech Insert #2 = No Product Model = 1 Tech Insert #1 = Yes Tech Insert #2 = No Product Model = 1 Tech Insert #1 = No Tech Insert #2 = Yes Product Model = 1 Tech Insert #1 = Yes Tech Insert #2 = Yes Product Model = 2 Tech Insert #1 = No Tech Insert #2 = No Product Model = 2 Tech Insert #1 = Yes Tech Insert #2 = No Product Model = 2 Tech Insert #1 = No Tech Insert #2 = Yes Product Model = 2 Tech Insert #1 = Yes Tech Insert #2 = Yes Page 13 The goal is to store all 8 configurations Without storing 8 different files © 2007, UGS Corp. All rights reserved UGS PLM Software

Way Forward § Enhanced modeling of § Use Cases/Operational Scenarios § Functions/Activities § Networks § Abstract Flows/Invocations/Signals § Connections § Item Flows/Messages § Port Sets (Interfaces) § Behaviors § Diagram Typing § Allocations: § Functions to Abstract Physical models § Functions & Abstract Physical models to 2 D and 3 D designs § Algorithms § Configuration Validation and Solves § Rules Solving § Diagram Auto-Layouts § Equivalence § Transition Tool Integrations to this new model Page 14 © 2007, UGS Corp. All rights reserved UGS PLM Software

What Can the Industry Do? § Push current modeling techniques to their limits of scale § Document where the processes and tools break down § Share these stress points with PLM vendors Page 15 © 2007, UGS Corp. All rights reserved UGS PLM Software

Summary § Siemens PLM Software has a long-term mandate to: § Manage systems models of arbitrary scale and complexity § Plants § Products § Infrastructure § Apply engineering rules and product configuration variables to these models § Support collaboration across large models § Scale from single-user, local-domain models to full-system models at any level of detail § Integrate systems models with § Portfolio management and product planning § Product configuration § Engineering rules modeling § Manufacturing process models § MCAD and ECAD § Software Development § CAE (Functional and Physics-based) Page 16 © 2007, UGS Corp. All rights reserved UGS PLM Software