1. 1 Autodesk’s Manufacturing Solutions Kvalitetssikring i engineering processen Mads Storgaard

2. © 2006 Autodesk2 Manufacturing Solutions Newer - Innovation Better - Quality Cheaper – Lower Cost Faster – Time to market The value of a connected design team

3. © 2006 Autodesk3 Manufacturing Solutions The value of a connected design environment – PLM for Design

4. © 2006 Autodesk4 Manufacturing Solutions SALES CUSTOMERS PRODUCT DESIGNER MECHANICAL ENGINEERS ELECTRICAL ENGINEER ANALYST DIRECTOR OF ENGINEERING MANUFACTURING ENGINEER PARTNERS PRODUCTION PLANNER SUPPLIERS PURCHASING AGENT Customer Requirements Design Creation Data Management Release Management Collaboration Simplifying Design to Manufacturing

5. © 2006 Autodesk5 Manufacturing Solutions Customer Requirements SALES CUSTOMERS INDUSTRIAL/PRODUCT DESIGNER

6. © 2006 Autodesk6 Manufacturing Solutions Specific Project Requirements Buyer and Project Details Product Catalog Graphically Configured Results Complies with all Safety Standards and Design Rules Equipment List Running Total Price Intent: Bringing engineering to the point of sale

7. © 2006 Autodesk7 Manufacturing Solutions Alias: Conceptual design All images by Porsche Design Studio

8. © 2006 Autodesk8 Manufacturing Solutions

9. © 2006 Autodesk9 Manufacturing Solutions Also within Industrial Machinery

10. © 2006 Autodesk10 Manufacturing Solutions Design Creation PRODUCT DESIGNER MECHANICAL ENGINEERS ELECTRICAL ENGINEER ANALYST

11. © 2006 Autodesk11 Manufacturing Solutions Evolution of Design

12. © 2006 Autodesk12 Manufacturing Solutions Functional Design

13. © 2006 Autodesk13 Manufacturing Solutions How are Design Resources Used?

14. © 2006 Autodesk14 Manufacturing Solutions Product Design with 3D Modeling Functional Requirements Performance Size Weight Power Consumption Material Cost Durability Disposal --- Functional Requirements Performance Size Weight Power Consumption Material Cost Durability Disposal --- Final Product Model Part Models Assembly Design Bill of Materials Final Product Model Part Models Assembly Design Bill of Materials Design Model Build and Test

15. © 2006 Autodesk15 Manufacturing Solutions Functional Design Functional Requirements Performance Size Weight Power Consumption Installation Durability Disposal --- Functional Requirements Performance Size Weight Power Consumption Installation Durability Disposal --- Final Product Model Part Models Assembly Design Routed Systems Design History Bill of Materials Final Product Model Part Models Assembly Design Routed Systems Design History Bill of Materials Digital Eng. Handbook

16. © 2006 Autodesk16 Manufacturing Solutions Functional Design Tools  Design Accelerators  Steel Frame Generator  Tube and Pipe Design  Cable & Harness Design  Simulation

17. © 2006 Autodesk17 Manufacturing Solutions Investing in Inventor 2D and 3D interoperability

18. © 2006 Autodesk18 Manufacturing Solutions Today - Full DWG Compatibility 1.Export & Import DWG Data

19. © 2006 Autodesk19 Manufacturing Solutions * Only Autodesk delivers cross platform 3D to 2D associativity Today - Full DWG Compatibility 1.Export & Import DWG Data 2.ACAD M associativity

20. © 2006 Autodesk20 Manufacturing Solutions From Inventor… …to ABS Today - Full DWG Compatibility 1.Export & Import DWG Data 2.ACAD M associativity 3.DWG shrinkwrap export

21. © 2006 Autodesk21 Manufacturing Solutions New Ways to Meet Customer Needs  Share Inventor drawings with AutoCAD users  Open AutoCAD drawings in Inventor  Reuse AutoCAD geometry in Inventor  Use DWG Templates for Inventor Drawings  Update existing 2D projects using 3D design

22. © 2006 Autodesk22 Manufacturing Solutions Write DWG – Don’t Translate  Write DWG with 100% accuracy  Share DWG with AutoCAD users for View, Plot and Measure  Maintain Associativity Save DWG View, Plot and Measure in AutoCAD Create Inventor Drawing Views

23. © 2006 Autodesk23 Manufacturing Solutions Read DWG – Don’t Translate  Open DWG files with AutoCAD level performance  No knowledge of AutoCAD needed  View, plot and measure existing drawings  Copy and Paste AutoCAD geometry into Inventor models Open DWG View, Plot and Measure in Autodesk Inventor Existing AutoCAD Drawing File

24. © 2006 Autodesk24 Manufacturing Solutions Use DWG Templates & Blocks Directly  Set a DWG file as a default drawing template  Create drawings to customer standards by using their DWG templates  Use AutoCAD blocks and symbols in Inventor drawings

25. © 2006 Autodesk25 Manufacturing Solutions Update - Don’t Migrate 2D Designs  Redesign sub-assembly in 3D  Create new part and assembly drawings from the 3D model  Save as DWG  Update EXISTING AutoCAD drawings with new view blocks

26. © 2006 Autodesk26 Manufacturing Solutions How do Customers Benefit?  DWG for design communication  Integrates DWG into 3D design and manufacturing  Extends the life of your DWG investment

27. © 2006 Autodesk27 Manufacturing Solutions Exploit the potential in your design data

28. © 2006 Autodesk28 Manufacturing Solutions Data Management… …is not an option, it is a requirement! Autodesk ® Intent Autodesk ® AliasStudio™ AutoCAD ® Electrical DWF Autodesk Streamline ® AutoCAD ® Mechanical Autodesk Inventor ® DWF™ DWF Faster Time to Market Autodesk Inventor ® Professional

29. © 2006 Autodesk29 Manufacturing Solutions Product Development Process Document driven Item driven Autodesk Data Management Strategy Driven by our customers’ engineering process

30. © 2006 Autodesk30 Manufacturing Solutions AutoCAD and Inventor A Practical Approach to Process Automation Autodesk AutoCAD/E/M Inventor & Office Vault Autodesk Streamline Engineering Collaboration Work-in-Process File Management BOM, Change & Release Management for Engineering DWF Business Systems Firewall Customers Suppliers Partners Purchasing Manufacturing Autodesk Productstream BOM, Change & Release Management Connect Engineering with Manufacturing DWF

31. © 2006 Autodesk31 Manufacturing Solutions 80% * of cost to bring a product to market lies in design AMR Research.

32. © 2006 Autodesk32 Manufacturing Solutions