• User preferences


• Units setup


• FEA Services


• Grid management


• Co – ordinate systems


• Draw methods


• Modify methods


• Orthographic drawings


• Annotations and Dimensions


• Technical drawing study


• Annotations and Dimensions


• Basics of GD&T


• Bill of materials (BOM)


• Constraining sketches


• Attributes, External references & Hyperlinks


• Block creation


• Layer management


• Isometric views & Drawings


• 3D Modeling


• Dynamic UCS


• Wireframe modeling


• Solid modeling


• Surface modeling


• Import & exports


• Layout Management


• Templates creation

Sketcher:

• Introduction & Understanding to Creo Parametric Concepts


• Feature based concepts


• Parametric concepts


• Associative concepts


• Creating Sketcher Geometry & Using Sketcher Tools


• Creating Sketcher Geometry & Using Sketcher Tools

Part modeling:

• Basic part modeling


• Feature based concepts


• Creating Holes, Shells, Drafts, Rounds, Chamfers


• Advanced part modeling:


• Creating Sweeps, Blends & Sweeps


• Creating Variable Section Sweeps, Helical Sweeps ,Swept Blends & Patterns


• Advanced reference management & Family tables

Assembly modeling:

• Top down assembly &Bottom up assembly


• Assembling with constraints


• Exploding assemblies

Drafting (Detailing):

• Creating new drawings and views


• Adding details to drawings


• Creating reports (BOM)

Sheet metal modeling:

• Introduction to Sheetmetal design process & Sheetmetal model fundamentals


• Creating primary and secondary Sheetmetal, Wall features


• Bending ,unbending Sheetmetal geometry & Sheetmetal forms

Surface modeling:

• Advanced surface modeling using surfacing tools


• Flexible modeling

Sketcher workbench:

• Introduction & Understanding to Catia Concepts


• Feature based concepts


• Parametric concepts


• Associative concepts


• Creating Sketcher Geometry using Sketcher Toolbars & customization toolbars

Part design workbench:

• Sketch based features


• Dress up & Transformation features


• Surface based features

Assembly workbench:

• Top down & Bottom up assembly


• Product structure tools


• Assembly constraints

Drafting workbench:

• Creating drawing views


• Adding dimensions and annotations


• Bill of materials (BOM)

Sheetmetal workbench:

• Generative Sheetmetal design


• Creating swept wall& Rolled wall features


• Bending, Cutting & Stamping

Surface workbench:

• Generation of wireframe and surface design


• Creation of surfaces


• Sweep and Blend surfaces

Sketcher Environment:

• Introduction to Solid works Concepts


• Feature based concepts


• Parametric concepts


• Associative concepts


• Creating Sketcher Geometry & Using Sketcher Tools


• 3D Sketching

Part modeling Environment:

• Basic part modeling


• Creating Extrudes, Revolve, Swept, Loft


• Advanced part modeling:


• Dome, Free form, Shape feature, Deform, indent, Flex


• Design table /library features

Assembly Environment:

• Top down & Bottom up assembly


• Applying Standard mates


• Applying Advanced & Mechanical mates

Drafting Environment:

•  Generating drawing views


•  Creating dimensions and Inserting annotations

Sheetmetal Environment:

•  Sheetmetal design& Fundamentals


•  Inserting Bend, Fold/Unfold, Forming tools

Surface Environment:

• Creation of Surfaces


• Ruled & lofted Surfaces


• Freeform feature

Sketcher Mode:

• Introduction to NX Environment


• Feature based concepts


• Parametric concepts


• Bi directional Associative concepts


• Creating Sketcher Geometry & Using Sketcher Tools


• 3D Sketching

Part modeling Mode:

• Basic part modeling features:


• Creating Extrudes, Revolve, Swept, Loft


• Feature operations


• Direct modeling


• Free form features


• Synchronous modeling

Assembly Mode:

• Top down & Bottom up assembly


• Assembly constraints


• Exploding assemblies & Assembly sequencing

Drafting Mode:

• Generating drawing views


• Creating dimensions and Inserting annotations


• Geometry creation

Sheetmetal Mode:

• Sheetmetal design& Fundamentals


• Inserting Bend/Unbend, Forming& Stamping tools

Surface Mode:

• Creation of Surfaces


• Ruled & Sweep features


• Freeform modeling

• Introduction to NX CAM


• Manufacturing objects


• Wizards and shop documentation


• Geometry definition


• Tool selection


• Machining Types


• Milling


• Turning


• Drilling


• Mill Multi axis


• Multi blade


• Manufacturing methods


• Planar profiling


• Contour profiling


• Z-level milling


• Area milling


• Engraving


• Surface area cutting

Sketcher Mode:

• Introduction to Solid edge Environment


• Feature based concepts


• Parametric concepts


• Bi directional Associative concepts


• Creating Sketcher Geometry & Entities Using Sketcher Tools

Part modeling Mode:

• Basic part modeling features


• Advanced solid modeling features


• Free form features


• Synchronous modeling

Assembly Mode:

• Top down & Bottom up assembly


• Assembly constraints


• Applying Advanced mates


• Exploding assemblies

Drafting Mode:

• Generating drawing views


• Creating dimensions and Adding annotations


• Bill of Materials and Parts list

Sheetmetal Mode:

• Sheetmetal Features


• Deformation features, Flattening & Stamping

Surface Mode:

• Creation of Surfaces


• Ruled, Sweep & loft features


• Freeform modeling

Sketcher Environment:

• Introduction to Inventor Concepts


• Feature based concepts


• Parametric concepts


• Associative concepts


• Creating Sketcher Geometry & Using Sketcher Tools

Part modeling Environment:

• Basic part modeling:


• Creating Extrudes, Revolve, Swept, Loft


• Advanced reference management

Assembly Environment:

• Top down & Bottom up assembly


• Assembly constraints

Drafting Environment:

• Generating drawing views


• Creating dimensions and Inserting annotations


• Bill of Materials (BOM)

Sheetmetal Environment:

• Sheetmetal design & Fundamentals


• Forming and Stamping tools

Surface Environment:

• Creation of Surfaces


• Ruled & lofted Surfaces


• Freeform Modeling

• Introduction to FEM


• Introduction of ANSYS


• Basics of Meshing with ANSYS


• Nodes & Element types


• Structural Analysis


• Thermal Analysis


• Linear Static Analysis


• Non-Linear static Analysis


• Modal Analysis


• Buckling Analysis


• Dynamic Analysis


• Harmonic Analysis


• Transient Analysis

• Introduction to MASTERCAM


• 2D geometry and tool path creation


• 3D Wireframe construction and Manipulation


• 3D Surface construction and Manipulation


• Facing, Contour, Pocketing


• Multi surf tool path creation and Manipulation


• Toolpath programming in lathe


• Threading


• Grooving


• Parting


• Stimulation and Post processing

• Introduction to CNC machines


• Types of CNC Machines & Machine setup


• Milling machine


• Turning machine


• Tool selection for CNC


• Fundamentals of CNC Programming


• G-Codes & M-codes


• Axis Absolute method & Incremental method


• Canned cycles


• Toolpath programming in Milling


• Facing, Contour ,Pocketing, Drilling


• Toolpath programming in lathe


• Turning, Facing, Threading, Grooving


• Stimulation software training

• Introduction to GD&T


• Dimensioning & Tolerancing


• Datums, GD&T Symbols


• GD&T Concepts and rules


• Tolerance types


• Dimensioning standards


• Design indent of GD&T