Mechanical CAD

AutoCAD

  • 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

CREO

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


CATIA

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

SOLIDWORKS

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

NX CAD

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

NX CAM

  • 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

SOLID EDGE

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

AUTODESK INVENTOR

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

ANSYS

  • 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

MASTERCAM

  • 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

CNC PROGRAMMING

  • 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

GD&T

  • Introduction to GD&T

  • Dimensioning & Tolerancing

  • Datums, GD&T Symbols

  • GD&T Concepts and rules

  • Tolerance types

  • Dimensioning standards

  • Design indent of GD&T

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