Mastercam Training Course Structure Session 1 Introduction     4 Hours Introduction to manufacturing Roughing Process Finishing Process Types of Machines Turning Machines Milling Machines Drilling Machines Shaper Planer Electric Discharge Machine Electro Chemical Machine Laser Beam Machine NC Machines Applications of Computer Aided Manufacturing Downloading Student Version of Mastercam Installing Mastercam Basic approach in Mastercam User Interface Quick Access Toolbar Ribbon Selection Toolbar Quick Masks Toolbar Managers Viewsheet Tiles Status bar File Menu Project Manager Comparing Models Tracking Changes AutoSave Repairing File Starting a New File Opening a File Opening File in Editor Merging Entities in Existing File Saving File Saving Partial File Compressing and Sharing Files Conversion Tools Printing File Help and Community Options System Configuration Navigation Shortcuts Mouse Functions Session 2 Mastercam Design Section: Wireframe Design         4 Hours Introduction Creating Points Creating Point by Position Creating Point Dynamically Creating Point Segments Creating Points at End Points Creating Points at Nodes Creating Points at Circles/arcs Creating Bolt Circle Creating Lines Creating Lines by Endpoints Creating Parallel Lines Creating Perpendicular Line Creating Closest Line Creating Bisector Line Creating Circles and Arcs Creating Center Point Circle Creating 3 Point Arc Creating Tangent Arc Creating Circle using Edge Points Creating Arc using Endpoints Creating Polar Arc Creating Arcs Using Polar Endpoints Creating Splines Creating Spline Manually Creating Blended Spline Creating Spline from Curves Creating Spline using Points Converting Curves to NURBS Spline Creating a Rectangle Creating Rectangular Shapes Creating Polygon Creating Ellipse Creating Helix Curve Creating Spiral Curve Creating Letters Creating Bounding Box Converting Raster Graphic to Vector File Creating Stair Geometry Creating Door Geometry Modifying Entities Dynamically Trimming Entities Trimming using Entities Trimming Entity at Desired Point Trimming Multiple Entities Modifying Entities at Intersection Breaking Entities Breaking Entity at Specified Point Break at Intersection Breaking Multiple Entities Break at Points Dividing Curves Joining Entities Modifying Length of Entities Applying Fillet Fillet Entities Tool Applying Fillets to Chained Entities Applying Chamfers Applying Chamfer to Selected Entities Offsetting Entities Offsetting an Entity Projecting Entities Closing an Arc Breaking Circle to Segments Combining Views Refitting Splines Untrimming Spline Simplifying Spline Editing Spline Session 3 Surface Design          4 Hours Introduction Creating Cylinder Creating Surface Block Creating Surface Sphere Creating Surface Cone Creating Torus Surface Creating Surface Using Face of Solid Creating Flat Boundary Surface Creating Lofted Surface Creating Extruded Surface Creating Sweep Surface Creating Revolve Surface Creating Draft Surface Creating Net Surface Creating Offset Surface Creating Fence Surface Creating Power Surface Trimming Surfaces Trimming Surfaces using Curves Trimming Surface using Surface Trimming Surfaces to Plane Filling Holes Extending Surface Extending Trimmed Edges Applying Fillets to Surfaces Creating Fillet at Intersection of Surfaces Applying Surface Fillet to Plane Applying Surface Fillet at Curves Creating Two Surfaces Blend Creating Three Surface Blend Creating Three Fillet Blend Untrimming Untrimming Boundary of Surface Splitting Surface Editing Surface Editing UV Flowline of Surface Overflowing UV Flowlines Rotating Flowlines Changing Surface Normal Session 4 Solid Design                   2 Hours Introduction Placing Solid Cylinder Creating Solid Extrusion Feature Planes Manager Creating Planes Using Geometry Creating Plane Using Solid Face Creating Plane parallel to Current View Screen Creating Plane Normal to Selected Entity Creating Plane Relative to WCS Creating Quick Construction Plane Creating Plane Dynamically Creating Lathe Planes Finding a Plane Setting WCS, Tool Plane, and Construction Plane to Current Selected Plane Resetting WCS, Construction Plane, and Tool Plane Hiding Plane Properties Display options Follow rules Creating Revolve Solid Feature Creating Solid Loft Feature Creating Solid Sweep Feature Performing Boolean Operations Creating Negative Impression Creating Hole in Solid Creating Rectangular Pattern Creating Circular Pattern Creating Manual Pattern Creating Solid from Surfaces Creating Fillets Creating Constant Fillet Creating Face to Face Fillet Creating Chamfers Creating One Distance Chamfer Creating 2 Distance Chamfer Applying Distance and Angle Chamfer Creating Shell Feature Thicken Applying Draft Angle Applying Draft Angle to Faces Applying Draft Angle Referenced to Edge Applying Draft to Extrude Feature Applying Draft using Reference Plane Trimming a Solid Trimming Solid by Plane Trimming Solid Using Surface/Sheet Generating Layout of Solid Adding View Removing a View Changing View Transforming View Adding Section View Session 5 Model Preparation and Mesh Design                     4 Hours Introduction Creating Hole Axis Performing Push-Pull Editing Performing Move Operation (Direct Editing) Splitting Solid Faces Modifying Feature Modifying Fillets Removing Faces Removing Fillets Finding Holes Removing History Adding History Simplifying Solid Optimizing Imported Model Repairing Small Faces of Solid Body Disassembly of Solid Bodies Aligning Solid to Plane Aligning Face of Selected Solid to another Solid Face Aligning Solid Body along Z Color Tools Clearing All Colors Changing Colors of Faces Mesh Designing Creating Cylinder Mesh Creating Mesh from Entity Offsetting Mesh Smoothening Free Edges Filling Holes Smoothening Mesh Region Refining Mesh Decimation Exploding Mesh Modifying Mesh Facets Trimming Mesh using Planar Entity Trimming Mesh using Surface/Sheet Object Trimming Mesh Using Curve Chain Checking Mesh Quality Session 6: Drafting                  2 Hours Introduction Smart Dimensioning Applying Horizontal Dimension Creating Vertical Dimension Applying Circular Dimension Applying Dimension to a Point Applying Angular Dimension Applying Perpendicular Dimension Creating Baseline Dimension Creating Chained Dimension Creating Tangent Dimension Creating Horizontal Ordinate Dimension Creating Vertical Ordinate Dimension Adding Ordinate Dimensions to Existing Ordinate Dimension Creating Multiple Sets of Ordinate Dimensions Aligning Ordinate Dimensions Creating Note Annotations Creating Hole Tables Creating Cross Hatch Creating Leader and Witness Lines Creating Leader Creating Witness Lines Regenerate Tools Aligning Notes Converting Legacy Notes Editing Parameters of Draft Entities Breaking Drafting Elements into Lines Session 7 Transform and View Tools                2 Hours Introduction Transformation Tools Dynamically Transforming Objects Translating Objects in 3 Dimension Translating Objects along a Plane Rotating Objects Projecting Entities Moving Objects to New WCS Mirroring Objects Wrapping Geometry about an Axis Stretching Line Segments Scaling Entities View Tools Zoom Tools Graphics View Tools Setting Appearances of Model Advanced Display Options for Toolpaths Showing/Hiding Managers Showing/Hiding Axes Showing/Hiding Gnomons Grid Setting Specifying View Rotation Position Viewsheet Options Session 8 Machining Section: Starting with Mastercam Machining                   4 Hours Introduction CNC Machine Structure Tool Spindle Tool Changer or Turret Translational and Rotational Limits Tail Stock Setting up a Milling Machine Machine Definition Manager New Machine Definition Setting Controller Editing Control Parameters Editing General Parameters of Machine Managing Control Definition Applying Material to Workpiece Tool Manager Creating New Tool Editing Tool Tools Used in CNC Milling and Lathe Machines Milling Tools Lathe Tools or Turning Tools Creating Stock for Model Creating Stock using Stock Model Tool Exporting the Stock Model Session 9 Milling Toolpaths        4 Hours Introduction 2D Toolpaths Creating 2D Contour Toolpath Creating Drill Toolpath Dynamic Mill Toolpath Creating Facing Toolpath Dynamic Contour Toolpath Creating Pocket Toolpath Creating Peel Mill Toolpaths Creating Area Mill Toolpath Creating Blend Mill Toolpath Creating Slot Mill Toolpath Creating Model Chamfer Toolpath Creating Engrave Toolpath Feature Based Milling Creating Swept 2D Toolpath Creating Swept 3D Toolpath Creating Revolve Toolpath Creating Lofted Toolpath Creating Ruled Toolpath Creating Chamfer Drill Toolpath Creating Advanced Drill Toolpaths Creating Circular Mill Toolpath Creating Helix Bore Toolpath Creating Thread Mill Toolpath Creating FBM Drill Toolpath Creating Auto Drill Toolpath Creating Start Hole Toolpath Point Toolpaths Creating Manual Entry Toolpath Session 10 3D Milling Toolpaths       4 Hours Introduction 3D Roughing Toolpaths OptiRough Toolpaths Pocket Surface Rough Toolpath Project Rough Surface Toolpath Parallel Rough Surface Toolpath Plunge Rough Surface Toolpath Creating Multisurface Pocket Toolpath Creating Area Rough Toolpath 3D Finishing Toolpaths Creating Waterline Toolpath Creating Raster Toolpath Creating Scallop Surface Finish Toolpath Creating Equal Scallop Toolpath Hybrid Toolpath Pencil Surface Finish Toolpath Blend Surface Finish Toolpath Creating Surface Finish Contour Toolpath Creating Horizontal Area Toolpath Flowline Surface Finish Toolpath Spiral Toolpath Creating Radial Surface Finish Toolpath Session 11: Multiaxis Milling Toolpaths          4 Hours Introduction Creating Curve Toolpath Creating Swarf Milling Toolpath Creating Unified Multiaxis Toolpath Patterns for Unified Toolpath Creating Parallel Multiaxis Toolpaths Collision Control Options Linking Parameters for Unified Toolpath Creating Multiaxis Morph Toolpath Creating Multiaxis Flow Toolpath Creating Multiaxis Multisurface Toolpath Creating Multiaxis Port Expert Toolpath Creating Multiaxis Triangular Mesh Toolpath Creating Deburr Toolpath Creating Multiaxis Pocketing Toolpath Creating 3+2 Automatic Roughing Toolpath Creating Multiaxis Project Curve Toolpath Creating Multiaxis Rotary Toolpath Creating Multiaxis Rotary Advanced Toolpath Creating Multiaxis Blade Expert Toolpath Creating Multiaxis Deburr Toolpath Session 12: Advanced Milling Tools         2 Hours Introduction Creating Probe Toolpath Configuring Probe Measuring Objects Multiaxis Linking Toolpath Transformation Mirror Transformation Rotation Transformation Translate Transformation Converting Toolpath to 5-axis Toolpath Converting to 5 axis Dropping 5 Axis Toolpath Trimming a Toolpath Nesting Toolpaths Sheets tab Parts tab Parameters tab Additions tab Checking Tool Holder Checking Reach of Tool in Model Session 13 Lathe Machining and Toolpaths       4 Hours Introduction Lathe Machine Setup Defining Stock for Lathe Operation Aligning Model with Machining Plane Creating Stock of Model Lathe Tool Manager Inserts tab Type tab Holders tab Parameters tab Creating Turn Profile General Lathe Toolpaths Creating Rough Machining Toolpath Toolpath parameters Rough parameters Finish Toolpath on Lathe Lathe Drill Face Toolpath Lathe Cutoff toolpath Groove Toolpath Groove shape parameters tab Groove rough parameters tab Groove finish parameters tab Dynamic Rough Toolpath Thread Toolpath Thread shape parameters tab Thread cut parameters Plunge Turn Toolpath Plunge turn shape parameters tab Plunge turn rough parameters tab Contour Rough Toolpath PrimeTurning Toolpath Rough Parameters Tab Custom Threading Toolpath Toolpath through points Canned Toolpaths Session 14 Advanced Lathe Tools and Toolpaths      2 Hours Introduction Face Contour Cross Contour Pickoff/Pull/Cutoff Operation Preparing for Pickoff/Pull/Cutoff Operation Performing Pickoff, bar pull, cutoff Operation Stock Transfer Stock Flip Stock Advance Undoing Stock related Operations in Mastercam Chuck Tail Stock Backplot and Verifying Toolpath Back plotting Toolpath Verifying Toolpaths Course Info: Total Course Duration:                 46 Hours Day Training session:                    2 Hours Course fee per hour:                     $50 Timing:                                              As per the mutual discussion Application used for training:     TeamViewer (Latest version from http://www.teamviewer.com )                Hardware:                                        Speaker, Microphone, Mouse and System with 1 GB graphic card.      Internet Connection:                     Broadband with minimum 10 Mbps speed.