Course Highlights
- CATIA stands for Computer Aided Three-Dimensional Interactive Application. It’s a full software suite which incorporates CAD, CAE (Computer-Aided Engineering) and CAM (Computer-Aided Manufacture).
- CATIA (Computer-Aided Three dimensional Interactive Application) software is a complete multi-platform solution for computer-aided design, manufacturing, engineering, 3D and PLM. Marketed by manufacturer Dassult System, the software is ideal for creating solids, surfaces, assemblies, drawings, fabrication and analysis. Like Solid works, the program features powerful parametric modeling and photorealistic rendering tools. However, CATIA offers more advanced functionality for surfaces and modules for different industries.
- CATIA was developed in the 1970s, initially for the in-house needs of Dynamic Cad Cam Cae Dassult Systems teams, notably for the development of the Mirage fighter aircraft. Later, they used the program for other means of transport in different industries, such as aerospace, automotive or marine. From its creation until today, Dassult Systems teams have continued to innovate and improve the software’s functionalities until they reached the most recent version of CATIA (V5-6R2016). It is undoubtedly one of the most widely used CAD software programs in many industries, including additive manufacturing.
Why CATIA Training in DYNAMIC CAD CAM CAE ?
- Expertly designed Course modules to meet with the global industry requirements.
- Customized Syllabus pattern for Catia training course in DYNAMIC CAD CAM CAE
- DYNAMIC CAD CAM CAE provides Catia classes in flexible timings.
- Catia training in Chennai is provided by Certified, experienced and proficient trainers in DYNAMIC CAD CAM CAE.
- DYNAMIC CAD CAM CAE provides Catia training in Chennai through Industrial expertise trainers for quality services.
- DYNAMIC CAD CAM CAE renders Catia course, on a strategy of One to one training which makes students more comfortable and productive.
- DYNAMIC CAD CAM CAE withholds a unique concept of training its students according to their existing state whether they are a fresher/entrepreneur/field change seeker.
- DYNAMIC CAD CAM CAE provides customized target planning.
- Successful workshops are regularly conducted for the fine touch up of knowledge and to enhance the skills of the candidates.
- Project oriented Catia software training with numerous case studies from industries.
- Industry-Institute coordinated efforts to get the students updated with latest technologies.
- DYNAMIC CAD CAM CAE provides Placement/entrepreneurship ideas and assistance.
- DYNAMIC CAD CAM CAE has come up with most affordable Catia course fees in Chennai.
- DYNAMIC CAD CAM CAE also renders successful Catia online training course in Chennai.
Opportunity
Job Opportunities After Completing CATIA Course in Chennai
It is used widely by a variety of industries. These industries are automotive, aerospace, defense and industrial equipment, plant design, consumer packaged goods, architecture and construction, process power, petroleum, and other services. It is also used in European aerospace Airbus.
Catia Software is used in leading companies like:
BMW, Porsche, Daimler Chrysler, Audi, Volkswagen, Bentley Motors Limited, Volvo, Renault, Toyota, Ford, Scania, Hyundai, Skoda Auto, Tesla Motors, Proton, Tata motors and Mahindra & Mahindra Limited.
The companies using Dassault CATIA are most often found in United States and in the automotive industry.
CATIA BASIC (70Hrs) 35Days
Introduction to CADDESK, CAD/CAM/CAE, Product Design Cycle, GUI of CATIAV5, Workbenches of CATIA, Specification Tree, Compass, Mouse usage, File Operations
Sketcher Profile Toolbar – Profile, Rectangle, Circle, Spline, Ellipse, Line, Axis, Point.
Sketch Tools – Grid, Snap to Point, construction elements, Geometrical Constraints, Dimensional Constraints
Operation – Corner, Chamfer, Trim, mirror, Project 3D element
Constraint – Constraints,
Defined, Constraints, Fix together, Animate Constraint, Edit multi constraint
Sketch Based Features –Pad, Multi-pad, Pocket, Shaft, Groove, Hole, Rib, slot, solid combine, multi section solid, remove multi section solid
View – Fly Mode, fit all in, Pan, Rotate, Zoom in/Out, Normal view, View manager, Visual Style
Material – Apply Material, Type of Materials
Reference elements –Point, line, plane
Transformation Features –Translation, Mirror, Patterns, Scaling
Dress-up Features – Edge fillet, chamfer, draft angle, shell, thickness, Thread/Tap, Remove face
Boolean Operations –
Assemble, Add, Remove,
Intersect, Union Trim, Remove Lump
Measure – Measure Between, Measure item, measure inertia
Knowledge – Formula, Design Table, Knowledge inspector, Lock selected parameters, equivalent dimensions, Power
copy, Catalogue
Practical Approach –Practice with previous commands and form a practical model
Assembly Product Structure Tools –
Component, Product, Part,
Existing component, Replace component
Constraints – Coincidence,
Contact, Offset, Angle, Fix, Fix together, Quick constraint, flexible/rigid sub-assembly, change, reuse pattern
Minor Project Submission – Project on any practical
problem
Demo on Advance Software –
Demo on software like – ANSYS, CNC
Wireframe and Surface
Surfaces – Extrude, Revolve, Sphere, Cylinder, Offset, Sweep, Fill, Blend, Multisection surface
Operations – Join, Healing, Split, boundary, Translate, Extrapolate
Generative Sheet Metal
Walls –Parameters, Wall, Wall on edge, extrusion, flange
Rolled Walls –Hopper, Rolled wall
Bending– Bend, folds, bend from flat
Cutting/Stamping –Hole, cut out, corner relief, surface stamp
Live Project –Live project on sheet metal module
Drafting
Sheet preparation –Insert a
sheet, model insertion, sheet layout
Views –Front, Section,
Detailed, Clipping, Broken
Dimensioning – Dimensions, Technological, Featured Dimensions, Re-route dimensions, Datum Features
Final Project – Announcement
of final project for certification
Annotations –Text, Roughness, Symbol, Table, Bill of Material
Miscellaneous Command –
Rendering, File extensions, Import, Export
Theory of 3D Printing –Demo on 3D printer, software introduction, Mechanism and principle of 3D printer.
Project – Give a project on 3D printer
Industrial Visit – Theory class for Industrial visit, Site visit
Final Feedback – online feedback
Exam – Take exam Online/Offline
Project Submission – submit final project based on real problems
Special Class – Take class on doubts
Major Project
Course Overview
CATIA is the well-known CADD software developed and designed by Dassault Systemes. CATIA is widely used in various industries like automotive, aerospace, auto-manufacturing companies, and also in architectural and construction projects for designing, analyzing, and engineering insights. Dynamic Cad offers best class room trainings in India that helps the learner to get in depth knowledge of various tools and features that available in the CATIA software.
CATIA helps in developing high quality products. Also it is multi-platform 3D software, that not only just models any product, but it also provides hands-on experience on the product as per the real world. Dynamic cad provides best quality trainings to its students in the field of CAD, CAM & CAE. Moreover, while taking the coaching classes for CATIA, students are encouraged to do Internship and also gets an opportunity to go for industrial visits as well.
Dynamic Cad provide 100 % Placement assistance to their students through which student get an opportunity to be placed in various companies in India. While doing CAD coaching classes, students also avail many other facilities including books, e-books, tutorials and projects along with their student panel. They further get an additional benefit of transfer facility through which they can move to any of our CAD franchise centres in India; even if they are enrolled at Dynamic Cad Jaipur or at any other centre. After finishing the CATIA training, Dynamic Cad students get a certificate of course completion that helps them to escalate their career.
Course Contents
- Introduction to PDC & CAD/CAM/CAE
- Introduction to CATIA V5
- GUI of CATIA V5
- Profile Toolbar
- Sketch Tools
- Operations
- Constraints
- Sketch-based Features
- Dress-up Features
- Reference Elements
- Transformation Features
- Boolean Operations
- Material and Rendering
- Assigning a Material to the Model
- Reference Elements and Sketch-Based Features
- Advanced Modelling Tools
- Understanding the Parent-Child Relationships
- Measuring Elements
- Transformation Features
- Working with the Wireframe and Surface Design Workbench
- Need of Surface Modelling
- Wireframe and Surface Design Workbench
- Working with Sheet Metal Workbench
- Setting Sheet Metal Parameters
- Parameters Tab
- Bend Extremities Tab
- Bend Allowance Tab
- Sheet Metal Walls
- Creating Flanges on the Sheet Metal Component
- Creating Hems on the Sheet Metal Component
- Creating a Tear Drop on the Sheet Metal Component
- Creating a Bend
- Creating a Conical Bend
- Bend from Flat
- Creating Rolled Walls
- Creating a Hopper Wall
- Creating a Rolled Wall
- Folding and Unfolding Sheet Metal Parts
- Unfolding Sheet Metal Parts
- Folding Unfolded Parts
- Mapping the Geometry
- Creating Flat Patterns of Sheet Metal Components
- Stamping
- Introduction to Assembly
- Top-Bottom and Bottom-Up approach
- Product Structure Tools
- Constraints
- Applying Constraints
- Interference Detection
- Sectioning an Assembly
- Exploding an Assembly
- Introduction to DMU Kinematics
- Designing a Mechanism
- Creating the Revolute Joint
- Creating the Prismatic Joint
- Creating the Cylindrical Joint
- Creating the Screw Joint
- Creating the Rigid Joint
- Creating the Spherical Joint
- Creating the Planar Joint
- Creating the Point Curve Joint
- Creating the Slide Curve Joint
- Creating the Roll Curve Joint
- Creating the Point Surface Joint
- Creating the Universal Joint
- Creating the CV Joint
- Creating the Gear Joint
- Creating the Rack Joint
- Creating the Cable Joint
- Converting Assembly Constraints into Joints
- Sheet Preparation
- Drawing Views
- Dimensioning
- Annotations
- Output as PDF
How will you get your certificate?
Dynamic Cad is a pioneer in CAD/CAM/CAE training and most of the industries give great recognition to its certificate throughout India and abroad. Dynamic Cad Certificates are ISO verified which makes it highly reputed comparing to the other local brands and helps the student get prioritize while going for job opportunities in the industry. Dynamic Cad Software Training is conducted by highly knowledgeable trainers which help students to enhance their skill set by putting great emphasizes on project-based learning.
Call for Advice now : +91 79047 47793
How Our instructors are certified
CAD DESK is a pioneer in CAD/CAM/CAE training and most of the industries give great recognition to its certificate throughout India and abroad. CAD DESK Certificates are ISO verified which makes it highly reputed comparing to the other local brands and helps the student get prioritize while going for job opportunities in the industry. CAD DESK Software Training is conducted by highly knowledgeable trainers which help students to enhance their skill set by putting great emphasizes on project-based learning.
CATIA BASIC (70Hrs) 35Days
Introduction to CADDESK, CAD/CAM/CAE, Product Design Cycle, GUI of CATIAV5, Workbenches of CATIA, Specification Tree, Compass, Mouse usage, File Operations
Sketcher Profile Toolbar – Profile, Rectangle, Circle, Spline, Ellipse, Line, Axis, Point.
Sketch Tools – Grid, Snap to Point, construction elements, Geometrical Constraints, Dimensional Constraints
Operation – Corner, Chamfer, Trim, mirror, Project 3D element
Constraint – Constraints,
Defined, Constraints, Fix together, Animate Constraint, Edit multi constraint
Sketch Based Features –Pad, Multi-pad, Pocket, Shaft, Groove, Hole, Rib, slot, solid combine, multi section solid, remove multi section solid
View – Fly Mode, fit all in, Pan, Rotate, Zoom in/Out, Normal view, View manager, Visual Style
Material – Apply Material, Type of Materials
Reference elements –Point, line, plane
Transformation Features –Translation, Mirror, Patterns, Scaling
Dress-up Features – Edge fillet, chamfer, draft angle, shell, thickness, Thread/Tap, Remove face
Boolean Operations –
Assemble, Add, Remove,
Intersect, Union Trim, Remove Lump
Measure – Measure Between, Measure item, measure inertia
Knowledge – Formula, Design Table, Knowledge inspector, Lock selected parameters, equivalent dimensions, Power
copy, Catalogue
Practical Approach –Practice with previous commands and form a practical model
Assembly Product Structure Tools –
Component, Product, Part,
Existing component, Replace component
Constraints – Coincidence,
Contact, Offset, Angle, Fix, Fix together, Quick constraint, flexible/rigid sub-assembly, change, reuse pattern
Minor Project Submission – Project on any practical
problem
Demo on Advance Software –
Demo on software like – ANSYS, CNC
Wireframe and Surface
Surfaces – Extrude, Revolve, Sphere, Cylinder, Offset, Sweep, Fill, Blend, Multisection surface
Operations – Join, Healing, Split, boundary, Translate, Extrapolate
Generative Sheet Metal
Walls –Parameters, Wall, Wall on edge, extrusion, flange
Rolled Walls –Hopper, Rolled wall
Bending– Bend, folds, bend from flat
Cutting/Stamping –Hole, cut out, corner relief, surface stamp
Live Project –Live project on sheet metal module
Drafting
Sheet preparation –Insert a
sheet, model insertion, sheet layout
Views –Front, Section,
Detailed, Clipping, Broken
Dimensioning – Dimensions, Technological, Featured Dimensions, Re-route dimensions, Datum Features
Final Project – Announcement
of final project for certification
Annotations –Text, Roughness, Symbol, Table, Bill of Material
Miscellaneous Command –
Rendering, File extensions, Import, Export
Theory of 3D Printing –Demo on 3D printer, software introduction, Mechanism and principle of 3D printer.
Project – Give a project on 3D printer
Industrial Visit – Theory class for Industrial visit, Site visit
Final Feedback – online feedback
Exam – Take exam Online/Offline
Project Submission – submit final project based on real problems
Special Class – Take class on doubts
Major Project