1. SOLIDWORKS www.rockfortnetworks.comwww.rockfortnetworks.com solidworks.bng@rockfortnetworks.comsolidworks.bng@rockfortnetworks.com

2.  SolidWorks Corporation was founded in December 1993 by Massachusetts Institute of TechnologyMassachusetts Institute of Technology  SolidWorks is solid modeling CAD (computer-aided design) software that runs on Microsoft Windows and is since 1997 produced by Dassault Systèmes SolidWorks Corp.solid modelingcomputer-aided designsoftwareMicrosoft Windows  SolidWorks is currently used by over 2 million engineers and designers at more than 165,000 companies worldwide  SolidWorks is a solid modeler, and utilizes a parametric feature-based approach to create models and assemblies. The software is written on Parasolid- kernelsolid modelerparametric feature-basedParasolid

3.  It’s all about concept design  Using the cloud accelerates concept design  It lets you do things you can’t do in SolidWorks Mechanical CAD  It runs on the 3DEXPERIENCE Platform  It’s complementary to the existing SolidWorks products  Social collaboration tools help you design better and faster  It won’t break the bank

4.  3D mechanical design applications  Design validation tools  Product data management tools  Design communication and collaboration tools  CAD productivity tools  Specialty design tools

5. Module 1  Introduction to the 3DEXPERIENCE Platform  The 3DEXPERIENCE Platform  Accessing the Platform  Related Apps  Getting Starting with the 3DEXPERIENCE Platform  Accessing SOLIDWORKS Mechanical Conceptual  Unique Concepts  Collaboration Tools  Video Tutorials

6. Module 2  Introduction to the User Interface  Exploring the SOLIDWORKS Mechanical Conceptual User Interface  Compass  Top Bar  Search  6W Tags  Services  Tabs  Design Tree  Action Bar  Work Area  Task Panel  Help Resources

7. Module 3  Basic Modeling  Physical Products  Sketching  Dimensioning  Inferences  Sketch Constraints  Sketch Booleans  Extrude  Renaming Objects  Saving the Physical Product  Product Views  Custom Views

8. Module 4  Adding and Editing Features  Fillets and Rounds  Selection Helper  Shelling  Editing Topics  Editing Features and Sketches  Hole  Thread  Importing SOLIDWORKS Files  Color  Measure

9. Module 5 Data Management and Options Customizing SOLIDWORKS Mechanical Conceptual Preferences Mechanical Conceptual Preferences General Preferences Configure Tool Customizing the Action Bar Managing Data Successful Searching Concept Archives Manage Action Bar Share Services Save with Options Save with Options on a Part Product Save with Options on an Assembly Importing 3D XML Files Using Share Lock and Unlock 3DInstant Messaging Export Options Importing Data Lesson

10. Module 6  2D Motion  Mechanism Mode  Slot  Instant Motion  Motion Study  Traced Path  Clash Alert  Kinematic Contact  Plots  Using Mechanical Constraints  Make Rigid  Sketch Symmetry  Rotary and Linear Motion

11. Module 7  3D Motion  Components in the Design Tree  Product Visibility  Springs

12. Module 8  Bottom Up Design - Existing Geometry  Single Modeling Environment  Single Modeling Environment Workflows  Physical Product Part  Bottom Up Assembly Design  Top Down Assembly Design  Master Model Design  Single Modeling Environment Workflow Comparisons  Bottom Up Assembly Design  Inserting Existing Components  Floating and Fixing Components  Moving and Rotating Components  Adding Mates  Auto Mates  Component Operations

13. Module 9  Creating Bottom Up Components  Primitive Components  Activating a Component  Reference Items  Feature Patterns  Creating Components  Revolve  Swept Volume

14. Module 10  Top Down Layouts  Creating Top Down Layouts  Sketch To Components  Developing the Components  Adding Geometry With Links  Creating In-Context Components  Insert New Component Module 11  Using Master Models  Multiple Bodies  Merge Settings  Master Model

15. Module 12 Assembly Tools  Assembly Tools  Product Structure  Explode View  Bill of Materials  Component Patterns  Interference Detection  Replacing Components in an Assembly  Replace Component  Copy With Mates  Traced Drag

16. Module 13  Direct Editing  Direct Edit Face Options  Direct Editing Constraints and Dimensions  Other Direct Edit Tools  Using Direct Edit With a Physical Product  Mass Properties  Sensors  Material Palette

17.  Sketcher basics Ø Exploding assemblies  3D sketching Ø Simulation/ Detailing  Part modeling BOM, Ø balloon tools  Creating reference Ø geometries Sheet metal  Editing features Ø PDM Works  Advanced modeling Ø tools Weldment  Configuration Ø GD&T  Design table/library features  Import/export of files  Surface overview  Bottom-up assembly  Top-down assembly

18.  80% hands on / practical classes.  Real time Scenarios / Project Exposure.  Limited no of students per batch.  Corporate Training Atmosphere  Week end Batches to suit Professional.  Placement Assistance which includes 1. Resume Preparation 2. Individual Counselling 3. Offline Support, which includes email queries and assignments. 4. Association with people who are working for more than 20 Companies who may provide interviews.  Backup Classes.  Provision to come for one more Batch.