Welcome To Our Organisation

At an Autodesk Authorized Training Center, you can

Mechanical Draughtsman

1. AUTOCAD
– Introduction to AutoCAD
– Creating Basic Drawings in AutoCAD
– Manipulating Objects & Object Snaps
– Drawing Organization & Inquiry Commands
– Altering Objects & Edit and Modify Tools
– Annotating Drawings & Hatching Objects
– Dimensing & Dimension Styles
– Working with Resuable Content (Blocks)
– Creating Additionals Drawings Objects
– Working with Layouts & Ploting your Drawings
– Creating Drawing Templates
– 3D Modeling Tools & 3D Modification Tools
– Convert 2D to 3D Objects
– Shading & Rendering Objects
– Camera and Lights
– walk through
– Import and Export Drawings

2. GD & T
– Introduction
– Terminology & Basic Rules
– Features and Rules of GD&T
– Datums Control
– Adding GD&T to a Design
– Form Tolerances
– Orientation Tolerances
– Profile Tolerances
– Location Tolerances
– Runout Tolerances

Design Engineer

1. AUTOCAD
– Introduction to AutoCAD
– Creating Basic Drawings in AutoCAD
– Manipulating Objects & Object Snaps
– Drawing Organization & Inquiry Commands
– Altering Objects & Edit and Modify Tools
– Annotating Drawings & Hatching Objects
– Dimensing & Dimension Styles
– Working with Resuable Content (Blocks)
– Creating Additionals Drawings Objects
– Working with Layouts & Ploting your Drawings
– Creating Drawing Templates
– 3D Modeling Tools & 3D Modification Tools
– Convert 2D to 3D Objects
– Shading & Rendering Objects
– Camera and Lights – walk through
– Import and Export Drawings

2. 3D MODELLING
CATIA
– Introduction to Catia and Workbenches
– Understanding the Function of the Mouse Buttons and Keys
– Drawing in the Sketches Workbench
– Constructing Sketches and Creating Base Features
– Reference Elements and Sketch Based Features
– Creating Dress-up and Editing Features
– Advanced Modelling Tools – Introduction to Assembly Design
– Importing Existing Parts into Assembly Design
– Saving Assembly in the Database using save Management
– Generative Drafting, Title Block and view Generation
– Adding Geometric Tolerance and Editing Annotations

(OR)
CREO
– Introduction to Creo Parametric Interface
– Creating Sketches & Editing of Geometry Feature Models
– Using Sketches & Datum Features
– Create Solid Modelling & Object Replication
– Model Display and Setup Features
– Advanced Features and User Defined Features
– Deforming Solids and Advanced Part modelling
– Assembly Design & Constraints – Advanced Components Utilities
– Creo Drafting and Insert Features
– Adding Model Details & Tolerance Information to Drawings
– Surface Model and Some Advance Task
– Sheet Metal Design Process and Fundamentals
– Creating Primary & Secondary Sheetmetal wall Features
– Bending Unbending and Modifying Sheetmetal Models

(OR)

SOILDWORKS
– Introduction and Features of Solidworks
– Solidworks Graphical User Interface
– Create Modify and Repair Solid Parts
– Master the Basic Features of Parts Creation
– Adding Relation and Dimensions to Sketch
– Reference Geometry and Advanced Modelling Tool
– Working with Views and Manipulating views
– Introduction Assembly Modelling and Approaches
– Applying Standard Mates and Advanced Mates
– Generating views, Creating Dimensions
– Inserting Annotations, Sheets and Templates
– Creating Surface Modelling and Editing Features
– Concepts in Sheetmetal Design bend
– Working with Import data, Features, Recognition 2D to 3D Conversion
– Working with Sheetmetal Components – Creating Walls, Bend, Stampings
– Wireframe and Surface Design
– Creation of Basic Surface & Surface Operation

3. DESIGN STUDIES USING DATABOOK

Manufacturing Engineer

1. AUTOCAD
– Introduction to AutoCAD
– Creating Basic Drawings in AutoCAD
– Manipulating Objects & Object Snaps
– Drawing Organization & Inquiry Commands
– Altering Objects & Edit and Modify Tools
– Annotating Drawings & Hatching Objects
– Dimensing & Dimension Styles
– Working with Resuable Content (Blocks)
– Creating Additionals Drawings Objects
– Working with Layouts & Ploting your Drawings
– Creating Drawing Templates
– 3D Modeling Tools & 3D Modification Tools
– Convert 2D to 3D Objects
– Shading & Rendering Objects
– Camera and Lights
– walk through
– Import and Export Drawings

2. GD & T
– Introduction
– Terminology & Basic Rules
– Features and Rules of GD&T
– Datums Control
– Adding GD&T to a Design
– Form Tolerances
– Orientation Tolerances
– Profile Tolerances
– Location Tolerances
– Runout Tolerances
3. CNC PROGRAMMING
– The Co-ordination System
– Absolute and Incremental Positioning
– Preparatory Functions (G Codes)
– Miscellaneous Functions (M Codes)
– Lathe Programming
– Machining Cycle for the Lathe
– Drilling, Tapping, Boring, Turning, Grooving
– Stock Removal Cycle, Canned Cycle
– Milling Programming
– Machining Cycle for Milling
– Mirroring, Pocketing, Counter Sinking
– Program Writing using G Codes and M Codes
– Program Execution in the CNC Software

Structural Analytical Engineer

1. ANSYS WORKBENCH

– Introduction to CAE
– Introduction to ANSYS Workbench
– Sketching and Part Modelling in Design
– Modeler
– Solid Modelling Fundamentals
– Placed Features and Assembly
– Modelling techniques
– Defining Material Properties
– Meshing
– Static Structural Analysis
– Wizard and Tools
– Surface and Line Model
– Natural Frequencies
– Buckling Loads
– Thermal Analysis
– Thermal Stress

2. 3D MODELLING

CATIA
– Introduction to Catia and Workbenches
– Understanding the Function of the Mouse Buttons and Keys
– Drawing in the Sketches Workbench
– Constructing Sketches and Creating Base Features
– Reference Elements and Sketch Based Features
– Creating Dress-up and Editing Features
– Advanced Modelling Tools
– Introduction to Assembly Design
– Importing Existing Parts into Assembly Design
– Saving Assembly in the Database using save Management
– Generative Drafting, Title Block and view Generation
– Adding Geometric Tolerance and Editing Annotations

(OR)

CREO
– Introduction to Creo Parametric Interface
– Creating Sketches & Editing of Geometry Feature Models
– Using Sketches & Datum Features
– Create Solid Modelling & Object Replication
– Model Display and Setup Features
– Advanced Features and User Defined Features
– Deforming Solids and Advanced Part modelling
– Assembly Design & Constraints
– Advanced Components Utilities
– Creo Drafting and Insert Features
– Adding Model Details & Tolerance Information to Drawings
– Surface Model and Some Advance Task

– Sheet Metal Design Process and Fundamentals
– Creating Primary & Secondary Sheetmetal wall Features
– Bending Unbending and Modifying Sheetmetal Models

(OR)

SOILDWORKS
– Introduction and Features of Solidworks
– Solidworks Graphical User Interface
– Create Modify and Repair Solid Parts
– Master the Basic Features of Parts Creation
– Adding Relation and Dimensions to Sketch
– Reference Geometry and Advanced Modelling Tool
– Working with Views and Manipulating views
– Introduction Assembly Modelling and Approaches
– Applying Standard Mates and Advanced Mates
– Generating views, Creating Dimensions
– Inserting Annotations, Sheets and Templates
– Creating Surface Modelling and Editing Features
– Concepts in Sheetmetal Design bend
– Working with Import data, Features, Recognition 2D to 3D Conversion
– Working with Sheetmetal Components
– Creating Walls, Bend, Stampings
– Wireframe and Surface Design
– Creation of Basic Surface & Surface Operation

3. AUTOCAD

– Introduction to AutoCAD
– Creating Basic Drawings in AutoCAD
– Manipulating Objects & Object Snaps
– Drawing Organization & Inquiry Commands

– Altering Objects & Edit and Modify Tools
– Annotating Drawings & Hatching Objects
– Dimensioning & Dimension Styles
– Working with Reusable Content (Blocks)
– Creating Additional Drawings Objects
– Working with Layouts & Plotting your Drawings
– Creating Drawing Templates
– 3D Modelling Tools & 3D Modification Tools
– Convert 2D to 3D Objects
– Shading & Rendering Objects
– Camera and Lights
– walk through
– Import and Export Drawings

CFD Analysis

1. 3D MODELLING

CATIA
– Introduction to Catia and Workbenches
– Understanding the Function of the Mouse Buttons and Keys
– Drawing in the Sketches Workbench
– Constructing Sketches and Creating Base Features
– Reference Elements and Sketch Based Features
– Creating Dress-up and Editing Features
– Advanced Modelling Tools
– Introduction to Assembly Design
– Importing Existing Parts into Assembly Design
– Saving Assembly in the Database using save Management
– Generative Drafting, Title Block and view Generation
– Adding Geometric Tolerance and Editing Annotations

(OR)

CREO
– Introduction to Creo Parametric Interface
– Creating Sketches & Editing of Geometry Feature Models
– Using Sketches & Datum Features
– Create Solid Modelling & Object Replication
– Model Display and Setup Features
– Advanced Features and User Defined Features
– Deforming Solids and Advanced Part modelling
– Assembly Design & Constraints
– Advanced Components Utilities
– Creo Drafting and Insert Features
– Adding Model Details & Tolerance Information to Drawings
– Surface Model and Some Advance Task
– Sheet Metal Design Process and Fundamentals
– Creating Primary & Secondary Sheetmetal wall Features
– Bending Unbending and Modifying Sheetmetal Models

(OR)

SOILDWORKS
– Introduction and Features of Solidworks
– Solidworks Graphical User Interface
– Create Modify and Repair Solid Parts
– Master the Basic Features of Parts Creation
– Adding Relation and Dimensions to Sketch
– Reference Geometry and Advanced Modelling Tool
– Working with Views and Manipulating views
– Introduction Assembly Modelling and Approaches
– Applying Standard Mates and Advanced Mates
– Generating views, Creating Dimensions
– Inserting Annotations, Sheets and Templates
– Creating Surface Modelling and Editing Features
– Concepts in Sheetmetal Design bend
– Working with Import data, Features, Recognition 2D to 3D Conversion
– Working with Sheetmetal Components
– Creating Walls, Bend, Stampings
– Wireframe and Surface Design
– Creation of Basic Surface & Surface Operation

2. ICEM CFD-HEXA
– Introduction about CFD
– Applications of CFD & Uses of CFD
– The Mathematics of CFD
– Fundamentals of Fluid Mechanics EQUATION OF STATE
– CFD Methodology
– Planning Your CFD Analysis with Fluent
– Graphical User Interface (GUI)
– Menu Bar & Toolbars, The Navigation Pane
– Task Pages, The Console
– Boundary Conditions
– Define the Materials and the phases
– Define Phase Interactions
– Problem Setup > Boundary Conditions
– Problem Setup > Boundary Conditions
– Copy Boundary conditions from outlet to ambient
– Set Solution Methods and Solution Controls
– Initialize the Flow Field
– Generate Animation

3. CFX OR FLUENT
– Fluent in Workbench
– Creating a Fluent Fluid Flow Analysis System in ANSYS Workbench
– Creating the Geometry in ANSYS Design Modeler
– Meshing the Geometry in the ANSYS Meshing Application
– Setting Up the CFD Simulation in ANSYS Fluent
– Displaying Results in ANSYS Fluent and CFD-Post
– Duplicating the Fluent-Based Fluid Flow Analysis System
– Changing the Geometry in ANSYS Design Modeler
– Updating the Mesh in the ANSYS Meshing Application
– Calculating a New Solution in ANSYS Fluent
– Comparing the Results of Both Systems in CFD-Post
– Solid Modeling Fundamentals
– Turbulence Model in Fluent
– Transonic Flow–Externally Compressible

Office Address :
1234 Cafficic, California, USA

(044) 26233813
(+91) 9003799721

hr@educadtech.co.in
info@educadtech.co.in

We conduct ourselves and our business to empower individuals and narrow
socio economic divide. We are established in the year 2011.

RECENT

Our Vision:
To become the trusted training company in our domain.

Our Mision:
To help our clients by continually improving the brand’s reputation for
excellence in content, delivery and educational support.

OFFICE ADDRESS

Office Address :
No 6B, PMR Tower, Menabed Industrial Estate,Ambattur, Chennai – 58.

(044) 26233813

(+91) 9003799721

info@educadtech.co.in

Give Us A Call

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