• Invoking the Sketcher Workbench using the Sketch Button
• Invoking the Sketcher Workbench using the Positioned Sketch Button

Setting Up the Sketcher Workbench

• Modifying Units
• Modifying the Grid Settings

Understanding the Sketcher Terms

• Specification Tree
• Snap to Point
• Construction/Standard  Element
• Select Toolbar
• Inferencing  Lines

Drawing Sketches using the Sketcher Tools

• Drawing  Lines
• Drawing  Center Lines
• Drawing  Rectangles, Oriented Rectangles, and Parallelograms
• Drawing  Points
• Drawing  Circles
• Drawing  Arcs
• Drawing  Profiles

Drawing Display Tools

• Fit All In
• Pan
• Zoom In
• Zoom Out
• Zoom Area
• Normal View
• Hiding and Showing Geometric Elements
• Swapping Visible Space

Module 2: Drawing Sketches in the Sketcher Workbench-II

Other Sketching Tools

• Drawing  Ellipses
• Drawing  Splines
• Connecting Two Elements by a Spline or an Arc
• Drawing  Elongated Holes
• Drawing  Cylindrical Elongated Holes
• Drawing  Keyhole Profiles
• Drawing  Hexagons
• Drawing  Centered Rectangles
• Drawing  Centered Parallelograms
• Drawing  Conics

Editing and Modifying Sketches

• Trimming Unwanted  Sketched  Elements
• Extending  Sketched  Elements
• Trimming by Using the Quick Trim Tool
• Filleting  Sketched  Elements
• Chamfering  Sketched  Elements
• Mirroring  Sketched Elements
• Mirroring Elements Without Duplication
• Translating Sketched Elements
• Rotating Sketched Elements
• Scaling Sketched  Elements
• Offsetting  Sketched  Elements
• Modifying Sketched  Elements
• Deleting Sketched Elements

Module 3: Constraining Sketches and Creating Base Features
Constraining Sketches
Concept of Iso-Constrained Sketches

• Iso-Constrained
• Under-Constrained
• Over-Constrained
• Inconsistent
• Not Changed

Adding Geometrical Constraints

• Adding Automatic Constraints
• Applying Additional Constraints to the Sketch
• Applying  Dimensional Constraints
• Applying  Contact  Constraints
• Applying Fix Together Constraints
• Applying  Automatic Constraints
• Editing Multiple Dimensions

Analyzing and Deleting Over-Defining Constraints
Exiting the Sketcher Workbench
Creating Base Features by Extruding

• Creating a Thin Extruded Feature
• Extruding the Sketch by Selecting the Profile Using the Profile
• Definition Dialog Box
• Extruding the  Sketch  Along a Directional Reference

Creating Base Features by Revolving Sketches

• Creating Thin Shaft Features

Dynamically Rotating the View of the Model

• Rotating the View Using the Rotate Tool
• Rotating the View Using the Compass

Modifying the View Orientation
Display Modes of the Model

• Shading  (SHD)
• Shading  with Edges
• Shading  with Edges without Smooth Edges
• Shading  with Edges  and Hidden Edges
• Shading  with Material
• Wireframe  (NHR)
• Customize  View  Parameters

Assigning Material to the Model

Module 4: Reference Elements and Sketch-Based Features
Importance of Sketching Planes
Reference Elements

• Reference Planes
• Creating Points
• Creating  Reference  Lines

Other Sketch-Based Features

• Creating Drafted  Filleted  Pad Features
• Creating  Multi-Pad Features
• Other  Feature Termination Options
• Creating  Pocket Features
• Creating  Drafted Filleted Pocket Features
• Creating  Multi-Pocket Features
• Creating Groove Features
• Extruding and Revolving Planar and Nonplanar Faces
• Projecting  3D Elements

Module 5: Creating Dress-Up and Hole Features
Advanced Modeling Tool

• Creating  Hole  Features
• Creating  Fillets
• Creating  Chamfers
• Adding a Draft to the Faces of the Model
• Creating a Shell Feature

Module 6: Editing Features
Editing Features of a Model

• Editing Using the Definition Option
• Editing by Double-clicking
• Editing the Sketch of a Sketch-Based Feature
• Redefining the Sketch Plane  of Sketches
• Managing Features and Sketches by  Cut, Copy, and Paste Functionality
• Understanding the Concept of Update Diagnose
• Cut, Copy, and Paste Features and Sketches from One File to  Another
• Copying Features Using Drag and Drop
• Copying and Pasting Part Bodies
• Deleting Unwanted Features
• Deactivating  Features
• Activating the Deactivated Features
• Defining Features in Work Object
• Reordering Features
• Understanding Parent Child Relationships

Measuring Elements

• Measuring Between  Elements
• Measuring Items
• Measuring Inertia

Module 7: Transformation Features and Advanced Modeling Tools-I
Transformation Features

• Translating Bodies
• Rotating Bodies
• Creating Symmetry Features
• Mirroring  Features and Bodies
• Creating Rectangular Patterns
• Creating  Circular Patterns
• Creating User  Patterns
• Scaling Models

Working with Additional Bodies

• Inserting a New Body
• Inserting a New Body in a Set
• Inserting Features  in  the Assemble Feature
• Applying Boolean Operations to Bodies

Adding Stiffeners to the Model

Module 8: Advanced Modeling Tools-II
Advanced Modeling Tools

• Creating Rib  Features
• Creating Slot  Features
• Creating Lofted Features
• Creating Removed Loft Features

Module 9: Working with the Wireframe and Surface Design Workbench
Need of Surface Modeling
Wireframe and Surface Design Workbench

• Starting the  Wireframe and Surface Design Workbench

Creating Wireframe Elements

• Creating  Circles
• Creating  Splines
• Creating a Helix

Creating Surfaces

• Creating  Extruded  Surfaces
• Creating  Revolved Surfaces
• Creating  Spherical Surfaces
• Creating  Cylindrical  Surfaces
• Creating  Offset  Surfaces
• Creating  Swept Surfaces
• Creating  Fill  Surfaces
• Creating  Lofted Multi-section Surfaces
• Creating  Blended Surfaces

Operation on Shape Geometry

• Joining Surfaces
• Splitting Surfaces
• Trimming  Surfaces

Module 10: Editing and Modifying Surfaces
Surface Operations

• Creating  Projection  Curves
• Creating  Intersection  Elements
• Healing Geometries
• Disassembling  Elements
• Untrimming Surface or Curve
• Creating  Boundary Curves
• Extracting Geometry
• Transformation Features
• Extrapolating Surfaces  and Curves
• Splitting a Solid Body With a Surface

Solidifying Surface Models

• Adding Thickness to a  Surface
• Creating a Solid Body from a Closed Surface Body
• Sewing a Surface With a Solid Body

Module 11: Assembly Modeling
Assembly Modeling

• Types  of Assembly  Design Approaches

Creating Bottom-Up Assemblies

• Inserting Components in a Product File
• Moving Individual  Components
• Moving and Rotating by Using the Manipulation Tool
• Moving Components by Using the Snap Tool
• Moving Components by Using the Smart Move Tool
• Applying  Constraints

Creating Top-Down Assemblies

• Creating Base Part in the Top-Down Assembly
• Creating Subsequent Components in the Top-Down Assembly
• Creating Subassemblies in the Top-Down  Assembly

Editing Assemblies

• Deleting  Components
• Replacing  Components
• Editing Components Inside an Assembly
• Editing Subassemblies  Inside an Assembly
• Editing Assembly Constraints
• Simplifying the Assembly
• Interference  Detection
• Sectioning an  Assembly
• Exploding an Assembly

Module 12: Working with the Drafting Workbench-I
The Drafting Workbench

• Starting a New File in the Drafting Workbench

Type of Views
Generating Drawing Views

• Automatically Generating  Views
• Generating Individual Drawing  Views

Working With Interactive Drafting in CATIA V5
Editing and Modifying Drawing Views

• Changing the Scale of Drawing Views
• Modifying the Project Plane of the Parent View
• Deleting Drawing Views
• Rotating Drawing Views
• Hiding Drawing Views

Modifying the Hatch Pattern of Section Views

Module 13: Working with the Drafting Workbench-II
Inserting Sheets in the Current File
Inserting the Frame and Title Block

• Automatic Insertion of the Frame and Title Block
• Creating the Frame and Title Block Manually

Adding Annotations to Drawing Views

• Generating  Dimensions
• Creating  Reference Dimensions
• Adding Datum  Features
• Adding Geometric Tolerance to Drawing Views
• Adding Surface Finish Symbols
• Adding Welding Symbols
• Applying  Weld

Editing Annotations
Generating the Bill of Material (BOM)
Generating Balloons

COURSE FEES & TRAINING METHODOLOGY

Training Methodology-1: (At ECC Premises)

Note: ECC is closed because of the Pandemic in March 2020 and will remain closed till the Pandemic completely ends. So, the students are advised to prefer online training only.

a) The student is supposed to listen the day’s prescribed syllabus through our e-learning video lectures.
b) Then he is supposed to practice the same in the computer lab, with the help of e-tutors.
c) The lectures are made in such a way that the student will be able to do without any staff help.
d) Still, if the students gets any doubt, then the staff will assist him.

Course Fees: Rs.8000/-

Training Methodology-2: (Completely online)

a) The student is supposed to listen the day’s prescribed syllabus through our e-learning video lectures.
b) Then he is supposed to practice the same in the computer lab, with the help of e-tutors.
c) Software installation help will be given by our Systems support Engineer.
d) The lectures are made in such a way that the student will be able to do without any staff help.
e) Still, if the students gets any doubt, they are required to make a note of the same and email us in the doubts section in our online portal www.eccindia.org
f) Our instructors will answer your queries within 24 hours (or) will come online through skype and shall answer all the queries from all the students.

Course Fees: Rs.3200/-

CONTACT INFORMATION

Contact Ms. Faheem on 98661-31068 between 11am-6pm for any queries (or) Email us at services@eccindia.org and mark a copy to training@eccindia.org

For any Queries on online training, please contact Ms. Naima between 11am-6pm on 97033-31068.