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CATIA (Computer Aided Three Dimensional Interactive Application) is a multi platform software suite for CAD/CAM/CAE/3d-PLM of managing the entire life cycle of the product. This course is designed on a process based approach to complete a particular task and help to build a solid foundation. CATIA enables students to optimize their product design and engineering processes into innovative,efficient and time saving projects. The course aims to give students and professionals the essentials that are needed to become a certified CATIA associate. The course will help individuals use the software with confidence and design/draft the next innovative thing. The course is designed to be a process or task-based approach to learning the individual features and functions of CATIA, thereby emphasizing processes and procedures for completion of any task. By building actual parts and assemblies, the student should learn the necessary commands, options and menus in the context of completing a design task.
3-D modeling is the use of software to create a virtual three-dimensional model of physical object. 3-D modeling is used in many different industries, including virtual reality, video games, 3D printing, marketing, TV and motion pictures, scientific and medical imaging and computer-aided design and manufacturing CAD/CAM.
1. Creation of a flexible modelling environment
2. Ability to easily modify models and implement design changes
3. Support for data sharing, and data reuse Knowledge enabled
4. Capture of design constraints and design intent as well as the final model
geometry
5. Management of non-geometric as well as geometric design information
6. The 3D Part is the Master Modeller for Drawings, Assemblies and Analyses which
are associative to the 3D parts.
Module 1 -
Sketcher
1. Introduction to CATIA,History,Basics,GUI,Use of mouse buttons, Sketcher, constraints, profile, setting workbench
2. Standard toolbar, how to open sketcher, sketch details and important toolbar for sketch
3. Profile toolbar, Types of constraints, constraint application, constraint colour
4. Sketch constraint, view toolbar, Operation toolbar
5. Specification tree use, selecting toolbars
6. sketch toolbar, Visualisation toolbar
7. Toolbar setting, plane size setting, graphics properties toolbar
Module -2
Part Design
1. 3D introduction, Important toolbar
2. Dress up features
3. Sketch based features toolbar
4. Annotation toolbar
5. Reference plane
6. Transformation features
7. Apply material
Module -3
Assembly Design
1. Assembly Design-Bottom up
2. Constraints, move, space analysis
3. Product structure tools
Module 4-
Drafting
1. Drafting details
3. Generative dimensions,
2. Text properties, graphics properties dimensioning
4. Annotation
Module -5-
DMU kinematics
1. DMU kinematics
4. DMU generic animation
2. Joints
5. DMU viewing
3. Mechanism and Simulations
6. Render
Refference
"The Gateway to 3D Experience"
Philosophy of Computer aided design and computer aided manufacturing
Overview of CATIA 3d Modeling
Getting familiar with the Specification Tree and Geometry Area
Basic understanding of Composition and Anatomy of geometry.
Manipulating the Display with the GUI
Understanding Various functionalities involved with the Interface
Using the Sketcher to generate geometrical elements
2-Dimension Sketching Example
Computer Based Exam (Practical)
Tools for sketching
Graphical properties for 2d geometries
Constraint diagnosis
Colors and graphical properties
Performing various Operations on Profiles
Analysis of the principles of design in the Sketch
Constraint diagnosis for profiles and sketches
Computer Based Exam (Practical)
fundamentals of the CATIA V6 R21 Part Design workbench
Sketching Simple constrained Profiles
How to use Features of Shelling the Part,Using the Sub-Elements of a Sketch
Operations involved in Creating Grooves and Holes
Operations involved in Creating Ribs and Slots
understanding Functionalities of Creating Stiffeners
Operation involved in Removing Multi-sections Solids and Creating Solid Combines
How to use Features of Filleting an Edge and Creating Chamfers
How to use Drafting Features and Creating Shells
Computer Based Exam (Practical)
how to create Threads and Taps,Operations in Removing Face Features
Understanding Transformation Features like translation,Rotation,Symmetries
Creating Translations,Creating Rotations,Creating Symmetries
Reference Elements
Creating Points,Creating Lines,Creating Planes
Setting 3D Constraints,Setting Constraints Defined in Dialog Box
Resources
Introduction to Measuring command for Products
Resources
Computer Based Exam (Practical)
Features of Measuring Between,Measuring Item and Measuring Inertia
Resources
Benefits of Assembly Modelling
Resources
Introduction to the Product Structure Tree
Resources
Measuring Elements associated to a Assembled Product
Resources
Managing Constraints inside product structure
Resources
Moving Components For assembly
Resources
Introduction to Wireframe and Surface based 3d modeling
Fundamentals of Generative Shape Design Workbench
Computer Based Exam (Practical)
Creating Wire-frame Geometry for surface modeling
Features involved in Creating Surfaces and Performing Operations on Shape Geometry
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