Taxes applicable as extra

Inventor Mechanical Design Engineer Bundle(EL-MDE-CAD-ACAD)
Recommended Learning Duration: 84 Hrs
Overview: Through this Mechanical Design Engineer Bundle course, the user will be able to learn:
AutoCAD 3D Modelling
Autodesk Inventor Part Design
Autodesk Inventor Assembly Design
Autodesk Inventor Drafting
Autodesk Inventor Sheet Metal Design
Autodesk Inventor Model Based Definition
On completion of this course, user will be able to:
Navigate to AutoCAD 3D Interface, work on various options to create different models
Create 3D models in Inventor Part Design workbench and understand Sketcher workbench
About Assembly Approaches, apply basic Constraints and create Relationships
Create different views and generate various Dimension methods
Understand the settings of Sheet Metal Defaults, Create and Modify 3D models
Define various GD&T option, publishing GD&T and Annotation into 3D PDF
Course Structure:
AutoCAD 3D Modelling
About the GUI of AutoCAD 3D
Explore different Views of object and Change Views and Visual Styles
Navigate to AutoCAD 3D
Absolute and Dynamic Coordinate System
Use of Draw and Boolean and Polar Ray command
Use of Extrude, Fillet and Press pull commands
Work on various options of Solid Modelling and 3D Surface Modelling
Edit and create different Views
Project and place different Views of model
Add Annotations and Dimensions
Import Template to create 2D views
Autodesk Inventor Part Design
Importance of Part design and benefits of 3D modelling over 2D modelling
Create 3D models in Inventor Part Design workbench
Understand the Sketcher workbench and create sketch using various commands
Constrain Sketch by using commands Coincide, Tangent, Symmetry, Horizontal and Vertical Constrains
Understand the Sketch-Based Features like Extrude, Revolve and Loft
Create Dress-up Features like Draft, Fillet and Chamfer
Modify the profile using Move, Copy and Rotate
Create new Work Planes and Reference Elements using Project Geometry
Create Pattern
Autodesk Inventor Assembly Design
Introduction to Assembly, general principles and types of Assembly
Create Assembly Design Constraints
Understand various Assembly Constraints like Mate, Flush, Angle, Insert and Mirror
Create Relationship like Rotary Motion and Transitional Motion
Top Down Assembly approach and Bottom Up Assembly approach
Create Drive to validate assembly
Create Bill of Materials and extract BOM into Drafting
Autodesk Inventor Drafting
About Drafting and types of Drafting
First and Third Angle Projection
Drafting Sheet Standards and different types of Views
Create new Title block and edit Title Block
About commands under Place Views and Annotate panel
Create different Views like Auxiliary View, Section View, Detail View and Break View
Apply various Dimension Methods like Baseline, Ordinate and Chain Dimensions
Create Geometrical Dimensions and Tolerance and Retrieve model Annotation
Generate Bill of Material(BOM)
Basics applications of GD&T
Autodesk Inventor Sheet Metal Design
Applications of Sheet Metal Design and Terminology involved in Sheet Metal Design
Sheet Metal Design processes and Bend Allowances
GUI of Sheet Metal workbench and set up primary Sheet Metal rules
Create 3D models in Inventor Sheet Metal Design workbench
Create Face, Flange, Contour Flange, Contour Roll, Lofted Flange and Hem
Fold, Unfold, Refold and Bend operations
Create Hole, Corner Round and Corner Chamfer
Create Sheet Metal components
Generate Folded and Unfolded Views
Autodesk Inventor Model Based Definition
Define various GD&T options
About GD&T and its applications
Details about Form Tolerance, Profile Tolerance, Orientation Tolerance and Location Tolerance
General Annotations and Basic and Reference Dimension
Create Dimension Tolerance and Surface Texture
Annotate directly on 3D parts and products
Create Datum and capture Annotations
Create Geometrical Dimensions using Tolerance feature
Publish GD&T and Annotation into 3D PDF
Align the Dimensions
Publish created MBD into 3D PDF
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is Autodesk Inventor 2020 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 500 Mins
Downloadable Exercises: 20
Recommended Practice Hours: 68 Hrs
Inventor Mechanical Design Engineer Bundle

Overview: Through this Mechanical Design Engineer Bundle course, the user will be able to learn:AutoCAD 3D ModellingAutodesk Inventor Part DesignAutodesk Inventor Assembly DesignAutodesk Inventor DraftingAutodesk Inventor Sheet Metal DesignAutodesk Inventor Model Based DefinitionOn completion of this course, user will be able to: Navigate to AutoCAD 3D Interface, work on various options to create different modelsCreate 3D models in Inventor Part Design workbench and understand Sketcher workbenchAbout Assembly Approaches, apply basic Constraints and create RelationshipsCreate different views and generate various Dimension methodsUnderstand the settings of Sheet Metal Defaults, Create and Modify 3D modelsDefine various GD&T option, publishing GD&T and Annotation into 3D PDF: 68 Hrs

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84 Hrs $350
CATIA V5 Mold Tool Design Engineer Bundle(EL-MTE-CAD-CV5)
Recommended Learning Duration: 70 Hrs
Overview: Through this Mold Tool Design Engineer Bundle course, the user will be able to learn:
CATIA V5 Part Design
CATIA V5 Assembly Design
CATIA V5 Drafting
CATIA V5 Surface Design
CATIA V5 Sheet Metal Design
CATIA V5 Functional Tolerance and Annotations
CATIA V5 Mold Tooling Design
On completion of this course, user will be able to:
Use different feature-based tools to build 3D model
Create and position product structure
Create part and product detailed drawing
Create wireframes and surfaces
Create Sheet Metal part using standard features
Annotate 3D part and create 3D views
Create New Mold Base and Mold tool components
Course Structure:
CATIA V5 Part Design
Perform various options of Sketcher environment
GUI of Part Design workbench
Create and Constrain 2D sketches
Create Sketch Based Features like Pad, Pocket, Revolve and Hole
Apply Dress-Up Features like Edge Fillets, Chamfer, Draft and Shell
Perform Transformation Features like Mirror, Symmetry and Rectangular Pattern
Create advanced Sketch-Based Features
Create 3D models using Reference Elements
Create Parameters and Formulas in 3D model
Review and edit features
Apply Boolean Operations
CATIA V5 Assembly Design
Approaches of Assembly Design
GUI of Assembly Design workbench
Create New Product and add components
Insert Existing Components with positioning
Move components within product by positioning them using Manipulation Part tool
Apply Engineering Connections like Coincidence, Contact, Offset and Fix
Concept and importance of Contextual Design and Publications
Assemble components using Publications
Modify Existing Product Structure
Analyze Interferences between parts
Generate exploded view
Generate Bill of Materials and Balloon
CATIA V5 Drafting
Introduction to Drafting
Customize the settings
GUI of Drafting workbench
Generate Primary Views like Front, Top, Bottom, Side and Isometric Views
Position Views on drawing sheet
Generate Secondary Views like Section, Offset Section, Clipping and Detailed Views
Generate Dimensions using various methods
Create Frame and Title Block of Drawing Sheet
Create Text with Leader
Generate Bill of Materials
CATIA V5 Surface Design
Introduction to Surface Design and concept of Hybrid Design
GUI of Surface Design workbench
Create Curves and Wireframes using 3D Lines, Points, Planes and Spline
Create 3D Corner and Projection Curves
Create surfaces based on wireframe geometry using Extrude, Revolve, Multi-Sections and Fill surfaces
Create advanced Swept Surfaces and Blend features
Create wireframe features using existing curves and surfaces
Assemble, Re-limit and connect surfaces smoothly using Split, Trim, Join and Disassemble
Convert Surface to Solid
CATIA V5 Sheet Metal Design
Introduction to Sheet Metal Design
Terminology and Design process for creating Sheet Metal part
GUI of Sheet Metal Design workbench
Define and manage Sheet Metal Parameters
Create Sheet Metal part using Wall, User Flange, Hole and Rectangular Pattern
Create Sheet Metal part using Wall On Edge with Bend, Corner Relief, Louver, Bead, Bridge and Flanged Cutout
Create Sheet Metal part using Extrusion, Cylindrical Bend and Cutout
Create Stamped features
Manage Folded and Unfolded Views
CATIA V5 Functional Tolerance and Annotations
Introduction to Functional Tolerance and Annotations
Define various GD&T options
Create Annotation Planes
Add and manage 3D Annotations on these planes
Create 3D Views
Manage and position Annotations
Manage 3D Geometry associated with 3D Annotations
Add Dimensions with Tolerances
Create Datum and Datum features
Create Text and Flag Notes
CATIA V5 Mold Tooling Design
Mold Tooling Design Process
GUI of Core and Cavity Design workbench
Customize the settings
Import Molded Part
Define Main and Additional Pulling Direction
Extract Core and Cavity Surface
Create Parting Surface for Core and Cavity
Define Parting Line and Parting Body
GUI of Mold Tooling Design workbench
Define New Mold Base
Create Core and Cavity Plate
Add Injection, Ejection components, Gate and Runner
Define and position the Slider
Create Retainers and Capscrew
Generate Reports
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 560 Mins
Downloadable Exercises: 45
Recommended Practice Hours: 62 Hrs
CATIA V5 Mold Tool Design Engineer Bundle

Overview: Through this Mold Tool Design Engineer Bundle course, the user will be able to learn:CATIA V5 Part DesignCATIA V5 Assembly DesignCATIA V5 DraftingCATIA V5 Surface DesignCATIA V5 Sheet Metal DesignCATIA V5 Functional Tolerance and AnnotationsCATIA V5 Mold Tooling DesignOn completion of this course, user will be able to: Use different feature-based tools to build 3D modelCreate and position product structureCreate part and product detailed drawingCreate wireframes and surfacesCreate Sheet Metal part using standard featuresAnnotate 3D part and create 3D views Create New Mold Base and Mold tool components: 62 Hrs

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70 Hrs $1,000
CATIA V5 Equipment and System Engineer Bundle(EL-ESE-CAD-CV5)
Recommended Learning Duration: 48 Hrs
Overview: Through this Equipment and System Engineer Bundle course, the user will be able to learn:
CATIA V5 Part Design
CATIA V5 Assembly Design
CATIA V5 Electrical Harness Design
CATIA V5 Electrical Harness Flattening
CATIA V5 Tubing Diagram
CATIA V5 Tubing Design
CATIA V5 DMU Space Analysis
On completion of this course, user will be able to:
Use different Feature-Based tools to build 3D model
Create and position Product Structure
Create Harness system to Digital Mock-Up and create Harness Documentation
Use Electrical Harness Flattening workbench to extract, flatten and synchronize Electrical Harness
Create, modify, annotate and analyze network in Tubing Diagram
Create, modify and manage Tubing Design
Analyze and review the results of analysis performed by CATIA Analysis
Course Structure:
CATIA V5 Part Design
Perform various options of Sketcher environment
GUI of Part Design workbench
Create and Constrain 2D sketches
Create Sketch Based Features like Pad, Pocket, Revolve and Hole
Apply Dress-Up Features like Edge Fillets, Chamfer, Draft and Shell
Perform Transformation Features like Mirror, Symmetry and Rectangular Pattern
Create advanced Sketch-Based Features
Create 3D models using Reference Elements
Create Parameters and Formulas in 3D model
Review and edit features
Apply Boolean Operations
CATIA V5 Assembly Design
Approaches of Assembly Design
GUI of Assembly Design workbench
Create New Product and add components
Insert Existing Components with positioning
Move components within product by positioning them using Manipulation Part tool
Apply Engineering Connections like Coincidence, Contact, Offset and Fix
Concept and importance of Contextual Design and Publications
Assemble components using Publications
Modify Existing Product Structure
Analyze Interferences between parts
Generate exploded view
Generate Bill of Materials and Balloon
CATIA V5 Electrical Harness Design
Understand the process and methods of Electrical Harness Design
Learn Electrical Library Installation
Convert Mechanical parts into Electrical parts
Assemble Electrical components
Create Geometrical Bundle
Route Bundle Segment
Definition of Bundle Segment
Add Branch Point
Create Protective covering
Add and Remove Support
Manage Multiple Bundle Segment
Analyze Product with Harness Bundle Segment
CATIA V5 Electrical Harness Flattening
Understand an approach to Manufacturing documentation of Electrical Harness Design
Create Harness Flattening Parameters
Extract Electrical Harness Geometry
Flatten extracted Electrical Harness
Rotate and Bend the Harness
Add and Remove Length Tolerance
Check connections using Network Assistant
Add attributes in Insert Link Template
Add Text Template to the Catalog
Generate Front View
Add Catalog using Place Text Template
Add Text to the Harness
CATIA V5 Tubing Diagram
Applications and Benefits of Tube
Understand the GUI, process of Tubing Diagrams and importance of Line ID
Types of Tube
Place Equipment and Nozzles
Importance of Line ID
Route and modify Line ID
Place inline parts and modify Diagrams
Place Text Templates
Generate Report of Tubing Diagrams
Check Network Analysis
CATIA V5 Tubing Design
Terminology of Tubing
General manufacturing process of Tube
General process of Tubing Design
Understand the GUI, process of Tubing Design and importance of Line ID
Customize the settings
Place Nozzles
Route and modify Line ID
Route and modify a Run
Place Tubes and Tubing parts
Route and modify Flexible Tubes
Generate Reports of Tubing Design
CATIA V5 DMU Space Analysis
Applications of Space Analysis
GUI of DMU Space Analysis workbench
Import Product
Check Clash Interference between components
Create Annotations to Section View
Clash Interference between two selections
Clash Interference between all components
Measure between components
Export Interference Data
Generate Report of Clash Interference
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is CATIA V5 R25 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 503 Mins
Downloadable Exercises: 40
Recommended Practice Hours: 32 Hrs
CATIA V5 Equipment and System Engineer Bundle

Overview: Through this Equipment and System Engineer Bundle course, the user will be able to learn:CATIA V5 Part DesignCATIA V5 Assembly DesignCATIA V5 Electrical Harness DesignCATIA V5 Electrical Harness FlatteningCATIA V5 Tubing DiagramCATIA V5 Tubing DesignCATIA V5 DMU Space AnalysisOn completion of this course, user will be able to: Use different Feature-Based tools to build 3D modelCreate and
position Product StructureCreate Harness system to Digital Mock-Up and create Harness DocumentationUse Electrical Harness Flattening workbench to extract, flatten and synchronize Electrical HarnessCreate, modify, annotate and analyze network in Tubing DiagramCreate, modify and manage Tubing DesignAnalyze and review the results of analysis performed by CATIA Analysis: 32 Hrs

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48 Hrs $800
CATIA V5 Stress Analysis Engineer Bundle(EL-SAE-CAD-CV5)
Recommended Learning Duration: 48 Hrs
Overview: Through this Stress Analysis Engineer Bundle course, the user will be able to learn:
CATIA V5 Part Design
CATIA V5 Assembly Design
CATIA V5 Sheet Metal Design
CATIA V5 Generative Part Structural Analysis
Generative Assembly Structural Analysis
On completion of this course, user will be able to:
Use different feature-based tools to build 3D model
Create and position part structure
Create sheet Metal part using standard feature
Conduct Finite Element Analysis on existing Part and Assembly
Course Structure:
CATIA V5 Part Design
Perform various options of Sketcher environment
GUI of Part Design workbench
Create and constrain 2D sketches
Create Sketch Based Features
Apply Dress-Up features
Perform Transformation Features
Create advanced Sketch-based features
Create 3D models using Reference Elements
Create Parameters and Formulas in 3D model
Review and edit features
Apply Boolean Operations
CATIA V5 Assembly Design
Approaches of Assembly Design
GUI of Assembly Design workbench
Create New Product and add components
Insert Existing components with Positioning
Move components within product by positioning them using Manipulation part tool
Apply Engineering Connections
Concept and importance of Contextual Design and Publications
Assemble components using Publications
Modify an existing product structure
Analyze interferences between parts
Generate exploded view
Generate Bill of Material and Balloon
CATIA V5 Sheet Metal Design
Introduction to Sheet Metal Design
Terminology and design process for creating Sheet Metal part
GUI of Sheet Metal Design workbench
Define and manage Sheet Metal Parameters
Create Sheet Metal part using Wall, User Flange, Hole and Rectangular Pattern features
Create Sheet Metal part using Wall On Edge with Bend, Corner Relief, Louver, Bead, Bridge and Flanged Cutout
Create Sheet Metal part using Extrusion, Cylindrical Bend and Cutout
Create Stamped features
Manage folded and unfolded views
CATIA V5 Generative Part Structural Analysis (GPS)
Introduction to CATIA V5 GPS
Create New Analysis Case
Apply Material
GUI of Generative Structural Analysis
Create Clamp Restraint
Apply Distributed Force
Perform Model Checker
Perform Compute
Check Deformation
Apply Pressure Load
Define Force Density
Animate analysis part
Generate and visualize Report
CATIA V5 Generative Assembly Structural Analysis (GAS)
Create New Analysis Case
Apply Material
Convert Assembly Constraints into Analysis Constraints
Define Tightening Force using connection property
Define Contact connection property
Apply Boundary conditions
Generate and visualize the Report of analysis results
Define Pressure Fitting connection property
Check Deformation of product
Check Analysis status
Pre-requisite: User should be a Mechanical Engineer with knowledge of Finite Element Method. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 370 Mins
Downloadable Exercises: 34
Recommended Practice Hours: 36 Hrs
CATIA V5 Stress Analysis Engineer Bundle

Overview: Through this Stress Analysis Engineer Bundle course, the user will be able to learn:CATIA V5 Part DesignCATIA V5 Assembly DesignCATIA V5 Sheet Metal DesignCATIA V5 Generative Part Structural AnalysisGenerative Assembly Structural AnalysisOn completion of this course, user will be able to: Use different feature-based tools to build 3D modelCreate and position part structureCreate sheet Metal part using standard featureConduct Finite Element Analysis on existing Part and Assembly: 36 Hrs

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48 Hrs $475
SOLIDWORKS Stress Analysis Engineer Bundle(EL-SAE-CAD-SW)
Recommended Learning Duration: 70 Hrs
Overview: Through this Stress Analysis Engineer Bundle course, the user will be able to learn:
SOLIDWORKS Part Design
SOLIDWORKS Assembly Design
SOLIDWORKS Drafting
SOLIDWORKS Sheet Metal Design
SOLIDWORKS Model Based Definition
SOLIDWORKS Finite Element Analysis
On completion of this course, user will be able to:
Create 3D model using various feature-based tools
Learn to assemble parts using different mates
Generate views and apply dimension
Create sheet metal using Flanges and views
Apply annotations on 3D parts and products
Understand the Static Analysis of component
Course Structure:
SOLIDWORKS Part Design
GUI of SOLIDWORKS application
Create 2D sketches and apply Constraint
Create 3D models in SOLIDWORKS Part design
About Sketcher workbench
Learn Sketch Based Features
Apply Dress-up Features
Create configuration at part level
Create parts using Boolean operations
SOLIDWORKS Assembly Design
About basic Assembly Constraints
Create SOLIDWORKS Assembly Design Constraints
Use advanced commands to create assembly
Customize the settings to work with large assemblies
SOLIDWORKS Drafting
GUI of Drafting workbench
Generate different views
Apply dimension and customize dimension styles
Generate Sectional and Auxiliary views
Generate BOM and modify table
SOLIDWORKS Sheet Metal Design
GUI of Sheet Metal workbench
Create Base Flange
Convert Solid body into Sheet Metal
Different types of Flanges
Create Forming tool
Understand the Fold, Unfold and Flatten views
SOLIDWORKS Model Based Definition
Importance of MBD
Learn the various GD&T options in SOLIDWORKS
Apply annotations on 3D parts and products
Capture 3D views and publish drawings to 3D PDF
Generate e-drawings and convert them to various file formats
SOLIDWORKS Finite Element Analysis
Understand the Static Analysis of component
Create Design Study
Analyse the model using SimulationXpress Analysis Wizard tool
Apply Fixture, Load and Material
Understand the deformations
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is SOLIDWORKS 2019 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 460 Mins
Downloadable Exercises: 13
Recommended Practice Hours: 55 Hrs
SOLIDWORKS Stress Analysis Engineer Bundle

Overview: Through this Stress Analysis Engineer Bundle course, the user will be able to learn:SOLIDWORKS Part DesignSOLIDWORKS Assembly DesignSOLIDWORKS DraftingSOLIDWORKS Sheet Metal DesignSOLIDWORKS Model Based DefinitionSOLIDWORKS Finite Element AnalysisOn completion of this course, user will be able to: Create 3D model using various feature-based toolsLearn to assemble parts using different matesGenerate views and apply dimensionCreate sheet metal using Flanges and viewsApply annotations on 3D parts and productsUnderstand the Static Analysis of component: 55 Hrs

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70 Hrs $300
CATIA V5 NC Program Engineer Bundle(EL-NPE-CAD-CV5)
Recommended Learning Duration: 54 Hrs
Overview: Through this NC Program Engineer Bundle course, the user will be able to learn:
CATIA V5 Part Design
CATIA V5 Assembly Design
CATIA V5 Sheet Metal Design
CATIA V5 Functional Tolerance and Annotations
CATIA V5 Prismatic Machining
CATIA V5 3-Axis Milling Machining
On completion of this course, user will be able to:
Use different Feature-Based tools to build 3D model
Create and position Product Structure
Create Sheet Metal part using Standard features
Annotate 3D Part and create 3D Views
Define and manage NC programs to machine parts using prismatic machining techniques
Create Process, Product and Resource(PPR) Structure
Course Structure:
CATIA V5 Part Design
Perform various options of Sketcher environment
GUI of Part Design workbench
Create and Constrain 2D sketches
Create Sketch Based Features like Pad, Pocket, Revolve and Hole
Apply Dress-Up Features like Edge Fillets, Chamfer, Draft and Shell
Perform Transformation Features like Mirror, Symmetry and Rectangular Pattern
Create advanced Sketch-Based Features
Create 3D models using Reference Elements
Create Parameters and Formulas in 3D model
Review and edit features
Apply Boolean Operations
CATIA V5 Assembly Design
Approaches of Assembly Design
GUI of Assembly Design workbench
Create New Product and add components
Insert Existing Components with positioning
Move components within product by positioning them using Manipulation Part tool
Apply Engineering Connections like Coincidence, Contact, Offset and Fix
Concept and importance of Contextual Design and Publications
Assemble components using Publications
Modify Existing Product Structure
Analyze Interferences between parts
Generate exploded view
Generate Bill of Materials and Balloon
CATIA V5 Sheet Metal Design
Introduction to Sheet Metal Design
Terminology and Design process for creating Sheet Metal part
GUI of Sheet Metal Design workbench
Define and manage Sheet Metal Parameters
Create Sheet Metal part using Wall, User Flange, Hole and Rectangular Pattern
Create Sheet Metal part using Wall On Edge with Bend, Corner Relief, Louver, Bead, Bridge and Flanged Cutout
Create Sheet Metal part using Extrusion, Cylindrical Bend and Cutout
Create Stamped features
Manage Folded and Unfolded Views
CATIA V5 Functional Tolerance and Annotations
Introduction to Functional Tolerance and Annotations
Define various GD&T options
Create Annotation Planes
Add and manage 3D Annotations on these planes
Create 3D Views
Manage and position Annotations
Manage 3D Geometry associated with 3D Annotations
Add Dimensions with Tolerances
Create Datum and Datum features
Create Text and Flag Notes
CATIA V5 Prismatic Machining
Understand Machining Operation
Create PPR Structure
Define Machining Axis
Create Facing Operation
Create Rough Stock
Define the Geometry of tool
Create Toolpath Simulation
Perform Profile Countering and Drilling Operation
Create all Manufacturing Operations
CATIA V5 3-Axis Milling Machining
Create Facing Operation
Define Geometry for Facing Operation
Define the Strategies
Define Tool Geometry
Create Toolpath Simulation
Create Material Removal Video Simulation
Create Pocketing Operation with and without Island
Approach and Retract Macros
Define Ramping Macros
Create Profile Countering, Drilling Operation
Generate NC Program for Manufacturing Operation
Set Post Processor
Select Controller for Postprocessor
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 470 Mins
Downloadable Exercises: 41
Recommended Practice Hours: 38 Hrs
CATIA V5 NC Program Engineer Bundle

Overview: Through this NC Program Engineer Bundle course, the user will be able to learn:CATIA V5 Part DesignCATIA V5 Assembly DesignCATIA V5 Sheet Metal DesignCATIA V5 Functional Tolerance and AnnotationsCATIA V5 Prismatic MachiningCATIA V5 3-Axis Milling MachiningOn completion of this course, user will be able to: Use different Feature-Based tools to build 3D modelCreate and position Product StructureCreate Sheet Metal part using Standard featuresAnnotate 3D Part and create 3D ViewsDefine and manage NC programs to machine parts using prismatic machining techniquesCreate Process, Product and Resource(PPR) Structure: 38 Hrs

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54 Hrs $550
SOLIDWORKS NC Program Engineer Bundle(EL-NPE-CAD-SW)
Recommended Learning Duration: 62 Hrs
Overview: Through this NC Program Engineer Bundle course, the user will be able to learn:
SOLIDWORKS Part Design
SOLIDWORKS Assembly Design
SOLIDWORKS Drafting
SOLIDWORKS Sheet Metal Design
SOLIDWORKS CAM
On completion of this course, user will be able to:
Create 3D model using various feature-based tools
Learn to assemble parts using different mates
Generate views and apply dimension
Create sheet metal using Flanges and views
Understand Machining operations
Course Structure:
SOLIDWORKS Part Design
Understand the GUI of SOLIDWORKS application
Create 2D sketches and apply Constraint
Create 3D models in SOLIDWORKS Part design
About Sketcher workbench
Learn Sketch Based Features
Apply Dress-up Features
Create configuration at part level
Create parts using Boolean operations
SOLIDWORKS Assembly Design
About basic Assembly Constraints
Create SOLIDWORKS Assembly Design Constraints
Use advanced commands to create assembly
Customize the settings to work with large assemblies
SOLIDWORKS Drafting
GUI of Drafting workbench
Generate different views
Apply dimension and customize dimension styles
Generate Sectional and Auxiliary views
Generate BOM and modify table
SOLIDWORKS Sheet Metal Design
GUI of Sheet Metal workbench
Create Base Flange
Convert Solid body into Sheet Metal
Different types of Flanges
Create Forming tool
Understand the Fold, Unfold and Flatten views
SOLIDWORKS CAM
Importance of GUI CAM
Define Machine and Extract Machinable Features
Generate Machining Operations Plan of the model
Generate Toolpaths for Operations Plan
Generate NC codes from the model
Additional Features
Machine Simulation process
Applications of SOLIDWORKS CAM
Use of Sort Operations
Create 2.5 Axis Mill Operations
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is SOLIDWORKS 2019 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 430 Mins
Downloadable Exercises: 14
Recommended Practice Hours: 50 Hrs
SOLIDWORKS NC Program Engineer Bundle

Overview: Through this NC Program Engineer Bundle course, the user will be able to learn:SOLIDWORKS Part DesignSOLIDWORKS Assembly DesignSOLIDWORKS DraftingSOLIDWORKS Sheet Metal DesignSOLIDWORKS CAMOn completion of this course, user will be able to: Create 3D model using various feature-based toolsLearn to assemble parts using different matesGenerate views and apply dimensionCreate sheet metal using Flanges and viewsUnderstand Machining operations: 50 Hrs

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62 Hrs $300
APQP Preview

Course Duration: 15 Min
Overview: This course is an introduction to APQP (advanced product quality planning process).The participant will be able to learn how to deploy APQP in their business process.
Pre-requisite: User should have basic knowledge of manufacturing and product design processes.
Training Method: Instruction Based & Quiz
Course Validity: 3 Months from the date of enrolment.

APQP Preview

Overview: This course is an introduction to APQP (advanced product quality planning process).The participant will be able to learn how to deploy APQP in their business process. Pre-requisite: User should have basic knowledge of manufacturing and product design processes. Training Method: Instruction Based & Quiz Course Validity: 3 Months from the date of enrolment.

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15 Min Free Course
APQP Process Implementation(C-MEC-AUTNA00-APQ-ENL1)
Recommended Learning Duration: 4 Hrs
Overview: Through this course, the user will be able to learn APQP Process Implementation. On completion of this course, user will be able to:
Understand the overview of APQP Process Implementation in Automotive and Discrete Manufacturing Domain
Learn practical orientation towards the real life application of APQP elements
Differentiate the application of APQP from an OEM, Tier 1/Small and Medium Enterprise Perspective
Gain insight into the practical application of the Print to PPAP process
Establish linkages between New Product Development and APQP Process Implementation
Course Structure:
People aspects for APQP adoption
Pain points in adopting APQP
Time bound Sourcing Decisions
Components of CIR
CIR Metrics
Failure Mode and Effect Analysis(FMEA)
Design FMEA
Design Review Process
Expectations in Design Verification Plan
Prototype Build Control Plan
Significance of Facilities, Tools and Gauges
Deliverables of Engineering Prototypes
Description of Verification Prototype
Relevance of Drawing and Specifications
Feasibility of Proposed Design
Need of Manufacturing Process Flow Charts
Systematic approach with Process Failure Mode Effect Analysis(PFMEA)
Expectations in Measurement System Analysis(MSA)
Pre-launch Control Plan
Roles in Operator Process Instructions
Considerations in Packaging Specifications
Production Control Plan
Relevance of Preliminary Process Capability Studies
Production Validation
Production Part Approval Process(PPAP)
Part Submission Warrant @MRD
Pre-requisite: User should possess 5 plus years industry experience andhands-on application experience in Supplier Quality Assurance, Quality Engineering, Manufacturing Engineering, Vehicle Engineering in Automotive and Discrete Manufacturing.
Training Method: Virtual Video Learning.
Course Validity : 90 days from the date of enrolment.
Instructor Video Duration: 150 Mins
APQP Process Implementation

Overview: Through this course, the user will be able to learn APQP Process Implementation. On completion of this course, user will be able to: Understand the overview of APQP Process Implementation in Automotive and Discrete Manufacturing DomainLearn practical orientation towards the real life application of APQP elementsDifferentiate the application of APQP from an OEM, Tier 1/Small and Medium Enterprise PerspectiveGain insight into the practical application of the Print to PPAP processEstablish linkages between New Product Development and APQP Process Implementation

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4 Hrs $675
AutoCAD Essentials(C-MEC-NAACD18-ACE-ENL1)
Recommended Learning Duration: 24 Hrs
Overview: Through this course, the user will be able to learn AutoCAD Essentials. On completion of this course, user will be able to:
Navigate AutoCAD User Interfaces
Learn fundamental features of AutoCAD
Know about Coordinate System
Create 2D Drawings using Sketcher module
Understand Layers concept
Course Structure:
Introduction to Engineering Drawing
About Types of Drafting, Standards and Conventional Drawings
Line types used in Drawing
About Angle of Projections
Drawing Sheets and Templates
Standard Sheet Sizes
Dimensions Terminology, Dimensioning Rules and Types
Introduction to AutoCAD Essentials
About AutoCAD
Learn to Install AutoCAD
Launch software
Learn to use options in launch screen of AutoCAD
Explore tools under Title bar and Ribbon Toolbar
Understand to use Drawing space
Know to use Command Prompt window
About Navigation bar and View Cube
Use of Status Bar, File tab and Application menu
Coordinate System
Learn about Coordinate System
Understand Absolute, Relative and Polar Coordinate System
Create objects in Absolute, Relative and Polar Coordinate System
AutoCAD Sketching
Change Units and set Limits of drawing sheet
Learn to use Draw tools
Use tools under Modify Toolbar
Discuss tools in Annotation Toolbar
Apply tools learnt to create object
Understand and create Layer
Specify colours for each Layer
Apply Line types and Line Weight to Layer
Pre-requisite: User should be a Mechanical/Civil Engineer.
Training Method: Instruction based and Hands-on practice.
Course Validity: 3 Months from the date of enrolment.
Instructor Video Duration: 82 Mins
Downloadable Exercises: 2
Recommended Practice Hours: 22 Hrs
AutoCAD Essentials

Overview: Through this course, the user will be able to learn AutoCAD Essentials. On completion of this course, user will be able to: Navigate AutoCAD User InterfacesLearn fundamental features of AutoCADKnow about Coordinate SystemCreate 2D Drawings using Sketcher moduleUnderstand Layers concept: 22 Hrs

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24 Hrs $60
AutoCAD Civil 2D Drafting(C-CIV-NAACD18-DRF-ENL1)
Recommended Learning Duration: 16 Hrs
Overview: Through this course, the user will be able to learn AutoCAD Civil 2D Drafting. On completion of this course, user will be able to:
Understand GUI of AutoCAD
Learn use of various Draw and Modify commands
Add Annotations and Dimensions to drawing
Understand Blocks and Layers concept
Draw Foundation, Door and Stair models
Draw Plan, Section and Elevation of building plan
Import PDFs and images to AutoCAD file
Create and import Title blocks
Learn Print and Plot settings
Course Structure:
Introduction to AutoCAD 2D Drafting
About AutoCAD and it's applications
Learn to install AutoCAD
Learn to use options in launch screen of AutoCAD
Identify icons available in User Interface
Various methods to select objects
Use of tools in Status bar
Learn to snap points on objects
Draw and Modify Tools
Use of Line, Polyline and creation of Rectangle and Polygon
Create Circle with various methods
Create Arc with different options
Draw Ellipse
Create Construction Line
Create Ray and Multiple Points
Divide and Measure object
Apply Hatch and Gradient to area
Use of Modify Panel tools
Create Array of objects
Annotations and Dimensions
Create Single Line and Multiline texts
Create and apply new Text Styles
Develop new Table Styles
Insert Table Styles in drawing sheet
Add dimensions to model
Create Dimension Styles
Blocks and Layers
Create and Insert Blocks
Rename, Edit, Redefine and Write Blocks
Create new Layers
Understand Layer Properties
Specify colours for each Layer
Apply Line types and Line Weight to Layer
Exercises
Draw Section View of Foundation
Draw and detail the Plan and Section View of Dog–legged Stairs
Draw Elevation and Section View of Panelled Door
Add Dimensions and Annotations to Panelled Door
Learn to draw Plan of building
Create Site boundary, Walls, Openings, Stair and Railings
Add Dimensions and Annotations to Plan of building
Create Elevation and Section View of building
Changing Units and Inserting PDFs, Images
Learn to change Units format for existing and imported drawings
Import PDF and images as external reference to drawing
Documentation
Create Title Blocks
Save Title Blocks as Templates
Import Title Block into other Project files
Understand Print and Plot settings of drawing
Save drawing
Pre-requisite: User should be a Civil Engineer/Architect.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 180 Mins
Downloadable Exercises: 7
Recommended Practice Hours: 12 Hrs
AutoCAD Civil 2D Drafting

Overview: Through this course, the user will be able to learn AutoCAD Civil 2D Drafting. On completion of this course, user will be able to: Understand GUI of AutoCADLearn use of various Draw and Modify commandsAdd Annotations and Dimensions to drawingUnderstand Blocks and Layers conceptDraw Foundation, Door and Stair modelsDraw Plan, Section and Elevation of building planImport PDFs and images to AutoCAD fileCreate and import Title blocksLearn Print and Plot settings: 12 Hrs

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16 Hrs $65
AutoCAD 3D Modelling(C-MEC-NAACD18-MOD-ENL1)
Recommended Learning Duration: 24Hrs
Overview: Through this course, the user will be able to learn AutoCAD 3D Modeling. On completion of this course, user will be able to:
Navigate to AutoCAD 3D
Work on various options of Solid Modeling
Work on various options of 3D Surface Modeling
Edit and create different Views
Create models with help of practice exercises
Course Structure:
Introduction to AutoCAD 3D Modeling
About AutoCAD 3D
Switch the display of workspace
Use of View Cube
Explore different Views of object
Change Views and Visual Styles
AutoCAD 3D Coordinate System
Types of Coordinate Systems
About Absolute Coordinate System
Dynamically changing Coordinate System
Surface Modeling
About Surface Modeling
Set Units and Limits
Create object
Create Surface for object
Add Region to model
Use of Draw and Boolean commands
Use of Polar Ray command
Composite Solid Modeling
Create Composite Solid Model
Use of commands like Extrude, Fillet and Press pull
Use of Draw, Modeling and Solid Editing commands
Editing Model and Creating 2D View
Apply Extrude Face, Move Face, Offset Face, Taper Face and Delete Face
Create 2D view from 3D Model
Recall about First Angle and Third Angle Projection
Import base model into Layout
Project and Place different Views of model
Add Annotations and Dimensions
Apply different Dimension Styles
Import Template to create 2D views
Additional Exercises
Practice exercises
Draw basic Sketch
Extrude Sketch
Join Solids
Pre-requisite: User should be a Mechanical Engineer and should have completed AutoCAD Essentials Course.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 85 Mins
Downloadable Exercises: 2
Recommended Practice Hours: 22 Hrs
AutoCAD 3D Modelling

Overview: Through this course, the user will be able to learn AutoCAD 3D Modeling. On completion of this course, user will be able to: Navigate to AutoCAD 3DWork on various options of Solid ModelingWork on various options of 3D Surface ModelingEdit and create different ViewsCreate models with help of practice exercises: 22 Hrs

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24Hrs $80
AutoCAD Civil 3D Modelling(C-CIV-NAACD18-MOD-ENL1)
Recommended Learning Duration: 16 Hrs
Overview: Through this course, the user will be able to learn AutoCAD Civil 3D Modeling. On completion of this course, user will be able to:
Understand the GUI of AutoCAD 3D Modeling
Create Spaces and Zones
Create 3D models of basic shapes and complex objects
Convert the Solids, Meshes and Surfaces
Create the model of a building
Choose Materials for various building components
Produce images using camera command, Render images/views and create animated walk through video of a building
Create the Documentation
Course Structure:
Introduction to AutoCAD 3D Modeling
About AutoCAD and it’s uses
About AutoCAD 3D Modeling
Learn to Install AutoCAD
Use the options in Launch Screen and User Interface
About the 3D Coordinate System
Use the Navigation bar View Cube
Draw objects in different views
Commands
Draw various shapes of 3D solids
Use of Extrude and Press-pull on an object
Create Loft, Sweep and Revolve
Use of Boolean commands
Explore the tools in Mesh Panel
Edit the solid
Extrude and taper a face
Modify panel tools
About the options available to Edit Solid and Surface
3D Building Modeling
Create 3D Walls using 2D drawing
Model a Window
Create openings in Wall
Position the Window
Model and position the Door
Create Stair
Model the Railings
Create Floor Slabs, Compound wall and Parapet Wall
Materials and Rendering
Apply Materials to the building components
Create Perspective Views
Create and Render images
Create Walkthrough
Define Motion Path Animation
Documentation
Convert 3D Models into 2D drawing
Recall to import a template
Align and place views on the document
Create Section View
Modify the Text Styles and Dimension Styles
Generate Detailed View of sections
Pre-requisite: User should be a Civil Engineer and should have completed AutoCAD Civil 2D Drafting course.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 110 Mins
Downloadable Exercises: 1
Recommended Practice Hours: 12 Hrs
AutoCAD Civil 3D Modelling

Overview: Through this course, the user will be able to learn AutoCAD Civil 3D Modeling. On completion of this course, user will be able to: Understand the GUI of AutoCAD 3D ModelingCreate Spaces and ZonesCreate 3D models of basic shapes and complex objects Convert the Solids, Meshes and SurfacesCreate the model of a buildingChoose Materials for various building componentsProduce images using camera command, Render images/views and create animated walk through video of a buildingCreate the Documentation: 12 Hrs

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16 Hrs $80
Revit Architecture Essentials(C-CIV-NARIV18-ART-ENL1)
Recommended Learning Duration: 24 Hrs
Overview: Through this course, the user will be able to learn Revit Architecture, which is specially designed to support Building Information Modelling(BIM) workflow. On completion of this course, user will be able to:
Understand the GUI and tools of Revit Architecture
Learn to create and modify the primary components in building design
Create documentation
Course Structure:
Introduction to Revit
About Revit software
Launch Revit application
Create Project files
GUI of Revit
View Scale, Sun Path, Shadows, Crop View and Crop Region
Modify Tools
Move, Copy, Rotate and Delete the elements
Trim/Extend to Corner, Trim/Extend Single Element and Trim/Extend Multiple Element
Align, Offset, Mirror, Split and Scale the elements
Create Rectangular and Polar Array
Pin and Unpin the elements
Residential Building Plan
Set unit format for various parameters
Create and modify Basic Walls
Create Levels in the Project file
Load Doors and Windows from Revit library to the Project file
Place Doors and Windows in Walls
Commercial Building Plan
Create and modify different types of Curtain Walls
Embed Curtain Wall in a Basic Wall
Add Grids and Mullions on Curtain Wall
Create and modify Stacked Wall
Add Floors and Roofs in a building plan
Create openings in Floors and Roofs
Create Rectangular opening in Walls
Create Dormer opening in Roof
Modelling the site
Create and modify Top Surface
Create Split Surface
Create Sub Region
Create Building Pad
Add Site and Parking components
Rooms and Color Fill Plans
Define Room
Subdivide large space using Room Separator tool
Create Room Schedule
Generate Color Fill Room Plans
Edit Color Scheme and Fill Patterns
Create Section View
Add Tags and generate Color Fill Plan for Section View
Materials, Visualization and Rendering
Assign Materials to modelling elements
Apply presentation graphics to Elevation view and 3D view
Render a model
Save rendered images
Annotations and Drawing
Add Align, Linear, Angular, Radius, Diameter and Arc length dimensions
Spot Elevation, Spot Coordinate and Spot Slope
Add and modify the Text
Check the spelling and Find/Replace Text
Attach tag on element
Create Schedule of Windows and Doors
Create and modify Sheet List
Load Sheet into the Project file
Place and modify the views in the drawing sheet
Convert the drawing sheet into PDF file
Pre-requisite: User should be a Civil Engineer/Architect. The recommended version for practice exercises is Revit 2019 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 120 Mins
Downloadable Exercises: 3
Recommended Practice Hours: 20 Hrs
Revit Architecture Essentials

Overview: Through this course, the user will be able to learn Revit Architecture, which is specially designed to support Building Information Modelling(BIM) workflow. On completion of this course, user will be able to: Understand the GUI and tools of Revit ArchitectureLearn to create and modify the primary components in building designCreate documentation: 20 Hrs

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24 Hrs $120
Revit Structure(C-CIV-NARIV18-STR-ENL1)
Recommended Learning Duration: 20 Hrs
Overview: Through this course, the user will be able to learn Revit Structure. On Completion of this course, user will be able to:
Create Levels, Grids lines, Columns, Beams, Footings, Floor slabs and other structural elements
Add Reinforcement to Structural Elements
About Detailing and creating Schedules for the models
Import AutoCAD files to Revit project files
Course Structure:
Introduction
Brief introduction on Revit structure
Create and edit Levels in project file
Create and edit Grid lines in project file
Creating structural elements
Load Column types into project file
Create Column types to required dimension
Place Columns on Grid Lines
Load Beam types into project file
Draw Beams on Grid lines
Add and edit Floor Slab in model
Foundations
Load Foundation types into project file
Edit Foundation Dimensions
Add Isolated Foundations for Columns
Add and modify Wall Foundations
Add and modify Slab Foundations
Adding Reinforcement
Add and edit Cover
Add Longitudinal Rebar and Stirrups to Column
Add Cover, Rebar and Stirrups to Beam
Add Reinforcement to Walls with or without openings
Add Reinforcement to Slab
Modify spacing and diameter of Rebar
Detailing and Schedules
Add Reinforcement to Footing model
Annotate Rebar
Edit tags added to Rebar
Create Schedule of Rebar
Importing AutoCAD file
Settings involved in importing CAD file
Import CAD drawing into Revit project file
Create Gridlines, Columns and Beams using CAD drawing as reference
Truss
Load Trusses into project file
Draw Trusses
Edit Truss properties
Apply coping to Truss members
Pre-requisite: User should be a Civil Engineer and should have completed Revit Architecture Essentials course. The recommended version for practice exercises is Revit 2019 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 80 Mins
Downloadable Exercises: 7
Recommended Practice Hours: 18 Hrs
Revit Structure

Overview: Through this course, the user will be able to learn Revit Structure. On Completion of this course, user will be able to: Create Levels, Grids lines, Columns, Beams, Footings, Floor slabs and other structural elementsAdd Reinforcement to Structural ElementsAbout Detailing and creating Schedules for the modelsImport AutoCAD files to Revit project files: 18 Hrs

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20 Hrs $120
Revit MEP Essentials(C-CIV-NARIV18-MEP-ENL1)
Recommended Learning Duration: 16 Hrs
Overview: Through this course, the user will be able to learn Revit MEP. On completion of this course, user will be able to:
Understand the GUI of Revit MEP
Create Spaces and Zones
Learn to create HVAC Systems
Generate Heating and Cooling Load Calculation Report
Create Hydronic Piping System
Create Electrical Systems and Electrical Panel Schedules
Create Plumbing and Fire Protection System
Create Documentation
Course Structure:
Introduction
Concept of BIM
About Revit MEP application
Explore complexity in designing MEP systems in multistory building
GUI of Revit MEP
Create and edit Spaces
Add and edit Color Fill Plans for Spaces
Create and edit Zones
Create new Spaces within Zone
HVAC Systems
About HVAC systems
Link Revit model to Mechanical Template
Place HVAC components in model
Create and edit Supply and Return Air Duct Systems
Learn to generate layout for Air Duct Systems both automatically and manually
Resize Ducts
Generate report on Heating and Cooling Loads
Hydronic Piping Systems
About Hydronic Piping Systems
Load components into project file
Place components in model
Create and edit Piping System
Generate layout for Piping System
Edit Piping System manually
Electrical Systems
Load and place Electrical components in model
Create and edit Power Systems
Automatic and Manual creation of Wiring Circuit
Create Switch Systems for lighting fixtures
Create and edit Panel Schedule
Annotate Electrical components
Draw Conduits in model
Create Parallel Conduits
Draw path for Cable Tray
Plumbing
Load and place required Plumbing fixtures
Create and edit Water Piping Systems
Generate layout for Piping System automatically
Create Water Piping System manually
Fire Protection System
Place Sprinklers in ceiling plan
Create and edit Piping System
Generate layout for Piping System to create wet fire protection system
Documentation
Load Sheet to project file
Edit information available on Sheet
Place and edit Views on Sheet
Create and edit Sheet list
Explore Print setup options
Pre-requisite: User should be a Civil Engineer and should have completed Revit Architecture Essentials course. The recommended version for practice exercises is Revit 2019 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 126 Mins
Downloadable Exercises: 10
Recommended Practice Hours: 12 Hrs
Revit MEP Essentials

Overview: Through this course, the user will be able to learn Revit MEP. On completion of this course, user will be able to: Understand the GUI of Revit MEPCreate Spaces and ZonesLearn to create HVAC SystemsGenerate Heating and Cooling Load Calculation ReportCreate Hydronic Piping SystemCreate Electrical Systems and Electrical Panel SchedulesCreate Plumbing and Fire Protection SystemCreate Documentation: 12 Hrs

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16 Hrs $100
CATIA V5 Part Design-I(C-MEC-V5CAT20-PDG-ENL1)
Recommended Learning Duration: 8 Hrs
Overview: Through this course, the user will be able to learn CATIA V5 Part Design. On completion of this course, user will be able to:
Create 3D models in CATIA V5 Part Design
Understand the various options of Sketch-Based Features
Create Dress-up Features and Translation Features
Use the Reference Elements
Course Structure:
Introduction to CATIA
Introduction to Sketch
Basic steps involved in Sketch creation
Draw a sketch using Profile toolbar
Profile Toolbar
Draw predefined profiles like Rectangle, Parallelogram and Elongated Hole
Create Center and Radius Circle, Three-Point Circle and Circle with Coordinates
Create Three-Point Arc, Arc with Radius and Distance and Spline
Conic tools-Ellipse, Parabola and Hyperbola
Line commands-Two-Point Line, Axis and Infinite Line
Point commands-Point with Coordinates
Constraint and Operations Toolbar
Constrain a sketch
Constraints Defined in Dialog Box
Create Corner and Chamfer
Trim, Quick Trim and Mirror
View Toolbar and Sketch Tools
Sketch Tools like Grid and Construction Line
Geometrical constraints and Dimensional constraints
Fit All In and Recentre
Pan, Rotate, Zoom In/Out and Multi-View
Create a Sketch
Draw a basic sketch
Graphical User Interface of CATIA V5
Access the CATIA V5 workbench
Toolbars available in Part Design workbench
Creation of base Sketch
Read the drawing
Create base sketch
Create Pad
Sketch Based features
Model using Pocket, Stiffener and Mirror features
Applying the Dress-up Features
Define Holes
Apply Edge Fillets
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 120 Mins
Downloadable Exercises: 9
Recommended Practice Hours: 5 Hrs
CATIA V5 Part Design-I

Overview: Through this course, the user will be able to learn CATIA V5 Part Design. On completion of this course, user will be able to: Create 3D models in CATIA V5 Part DesignUnderstand the various options of Sketch-Based FeaturesCreate Dress-up Features and Translation FeaturesUse the Reference Elements: 5 Hrs

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8 Hrs $55
CATIA V5 Part Design-II(C-MEC-V5CAT20-PDG-ENL2)
Recommended Learning Duration: 8 Hrs
Overview: Through this course, the user will be able to learn the advanced tools in CATIA V5 Part Design. On completion of this course, user will be able to:
Understand various options of Sketcher workbench
Create 3D models in Part Design workbench
Create Sketch-Based Solid features
Generate Dress-up features
Generate Translation features
Understand the use of Reference Elements like 3D Points, Planes, Lines and Splines
Generate Relations and Parameters
Create a Design Table
Apply Boolean Operations
Course Structure:
Design of Component-1
Introduction to GUI and the components
Launch Part Design workbench
Read the drawing and create the base Sketch
Create a fully constraint sketch
Create Pad, Edge Fillet, Shell, Reference Plane, Hole, Mirror, Countersunk Hole and Rectangle Pattern
Apply Material
Design of Component-2
Create basic Sketch
Create Sketch Based Features
Apply Dress-Up Features
Create Pocket
Design of Component-3
Create basic Sketch and Part Features
Constrain the sketch
Perform Trim
Design of Component-4
Create basic Sketch and Part Features
Project 3D Element
Create Thread/Tap
Design of Component-5
Create basic Sketch and Part Features
Create Shaft
Design of Component-6
Create basic Sketch and Part Features
Create Reference Elements
Design of Component-7
Read the drawing
Create Point, Line and Plane
Create Geometric set
Constrain the sketch with Reference Elements
Create Sketch Based and Dress-Up Features
Design of Component-8
Create basic Sketch and Part Features
Apply Relations using Formula
Create Value List
Create new Parameters
Design of Component-9
Create Design Table
Select Parameters to insert
Create Excel sheet
Configuration of Parameters
Edit Design Table in Excel sheet
Generate Knowledge Report
Design of Component-10
Concept of Boolean Operations
Create Basic Sketch and Part Features
Insert a new body using Boolean Operation–Assembly
Add Draft angle
Create Add and Remove operations
Give colour code to inserted sketches
Pre-requisite: User should be a Mechanical Engineer and should have completed CATIA V5 Part Design-I course. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 72 Mins
Downloadable Exercises: 10
Recommended Practice Hours: 6 Hrs
CATIA V5 Part Design-II

Overview: Through this course, the user will be able to learn the advanced tools in CATIA V5 Part Design. On completion of this course, user will be able to: Understand various options of Sketcher workbenchCreate 3D models in Part Design workbenchCreate Sketch-Based Solid featuresGenerate Dress-up featuresGenerate Translation featuresUnderstand the use of Reference Elements like 3D Points, Planes, Lines and SplinesGenerate Relations and ParametersCreate a Design TableApply Boolean Operations: 6 Hrs

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8 Hrs $55
CATIA V5 Surface Design(C-MEC-V5CAT21-GSD-ENL1)
Recommended Learning Duration: 16 Hrs
Overview: Through this course, the user will be able to learn CATIA V5 Surface Design. On completion of this course, user will be able to:
Understand the approach to Generative Shape Design(GSD) workbench
Understand the best practices in GSD
Create Geometrical Set
Create the wireframe
Create and modify surfaces
Perform surface operations
Convert Surface into Solid
Course Structure:
Design of Surface Model-1
Access Generative Shape Design workbench
Create wireframe
Create basic surface features
Create Offset Plane
Generate Multi-section surface
Use Revolve feature
Trim surface
Create Sweep and Extrude surface
Join the surface
Design of Surface Model-2
Create Sweep surface with Guide curves and Tangent surface
Project the profile
Create Intersection
Fill the surface
Design of Surface Model-3
Create basic wireframe
Create Points in different quadrant
Create Spline and Multi-section surface
Create 3D Line
Modify the surface
Extract wireframe
Convert Surface to Solid
Design of Surface Model-4
Load the wireframe input
Create Geometrical Set
Create basic surface features
Split surface
Modify the surface features
Apply Styling features
Project the wireframe
Create Corner
Extract Boundary of surface
Mirror the feature
Design of Surface Model-5
Create the basic surface features
Sweep surface by using Draft direction and angle
Analyze the surface for error
Create final feature
Create Plane on curve
Pre-requisite: User should be a Mechanical Engineer and should have completed CATIA V5 Part Design-I and CATIA V5 Part Design-II courses. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 63 Mins
Downloadable Exercises: 5
Recommended Practice Hours: 14 Hrs
CATIA V5 Surface Design

Overview: Through this course, the user will be able to learn CATIA V5 Surface Design. On completion of this course, user will be able to: Understand the approach to Generative Shape Design(GSD) workbenchUnderstand the best practices in GSDCreate Geometrical SetCreate the wireframeCreate and modify surfacesPerform surface operationsConvert Surface into Solid: 14 Hrs

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16 Hrs $155
CATIA V5 Sheet Metal Design(C-MEC-V5CAT21-SMD-ENL1)
Recommended Learning Duration: 12 Hrs
Overview: Through this course, the user will be able to learn CATIA V5 Sheet Metal Design. On completion of this course, user will be able to:
Understand the Sheet Metal parameter settings
Create Wall, Cut Out, Hole, Hem, Tear, Drop and Hopper
Understand types of Flanges and Stamping
Create Punch and Die
Understand the use of Unfolded and Folded Views
Generate DXF file and Manufacturing Detail Drawing
Course Structure:
Bracket Support- 1
Introduction to Sheet Metal
Enter into Generative Sheet Metal Design workbench
GUI of Sheet Metal Design workbench
Define the Sheet Metal parameters
Create Extrusion, Wall, Wall on Edge with Bend
Create Cylindrical Bend, Hole and Flanged Hole
Generate the Cut Out and Hem
Cover- 2
Create basic sheet metal features
Define Circular Stamp, User Stamp, Hole and Mirror
Create Free form surface, Bend from Flat and Dowel
Define Flanged on Curved edge
Create Hem, Tear, Hopper and Rolled wall
Generate DXF File and Use of View management
Modify the Sheet Metal Design
Generate Manufacturing Detail Drawing
Bracket- 3
Create basic Sheet Metal features
Define Extrusion, Wall on Edge with Bend
Create Stiffening Rib and Corner
Modify the feature
Stapler Magazine- 4
Create basic Sheet Metal features
Create Extrusion, Circular Pattern and Cylindrical Bend
Modify the feature
Door Hinge- 5
Create Extrusion, Wall, Cut Out, Hole, User-defined Flange and Rectangular Pattern
Create Countersunk Hole and Corner
Generate the Unfolded View
Hinge Bracket- 6
Create basic Sheet Metal features
Create Flange, Hole and Circular Cut Out
Generate User Defined Stamp and Circular Stamp
Sheet Metal Support- 7
Create User flange and Bend from Flat
Define Tear Drop and Curve Stamp
Punch and Die- 8
Create Punch and Die
Define Hopper and Rolled walls
Pre-requisite: User should be a Mechanical Engineer and should have completed CATIA V5 Part Design-I and CATIA V5 Part Design-II courses. The recommended version for practice exercises is CATIA V5 R21 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 135 Mins
Downloadable Exercises: 8
Recommended Practice Hours: 8 Hrs
CATIA V5 Sheet Metal Design

Overview: Through this course, the user will be able to learn CATIA V5 Sheet Metal Design. On completion of this course, user will be able to: Understand the Sheet Metal parameter settingsCreate Wall, Cut Out, Hole, Hem, Tear, Drop and HopperUnderstand types of Flanges and StampingCreate Punch and DieUnderstand the use of Unfolded and Folded ViewsGenerate DXF file and Manufacturing Detail Drawing: 8 Hrs

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12 Hrs $165