CATIA V5 Advanced Course (Fee-Rs by 9PH1V8


									                      CATIA V5 Advanced Course (Fee-Rs.21000)

   MODULES                 ENGINEERING INPUTS                                 SOFTWARE COMPETENCY
                  Reading and understanding complex 2D
                                                                     Use of “PART DESIGN” Workbench of CATIA V5
                                                                      The CATIA environment, user Interface, use of
                  Advanced methods of 3D modeling
                  Use of geometric calculations and methods for      Creating complex 3D models from 2D drawings
                   features in part drawing                           using SKETCH based approach
                  Knowledge of dimensioning as per industry
                                                                        o Use of toolbars and respective icons
A) ADVANCE 3D     Reading of different type of sections               o Use of dimensioning and geometric constraints
                  Manufacturing requirements while modeling           o Trouble shooting while modeling

                                                                        o Converting complex sketch based shapes to 3D
                                                                        using standard CATIA tools
                                                                        o Adding of materials,change of material
                                                                        o Calculation of moment of inertia, radius of
                                                                        gyration, centre of gravity
                  Knowledge of degree of freedom and different      Use of “ASSEMBLY DESIGN” workbench of
                   types of joints                                    CATIA V5
                  Generation of Kinematic scheme for simple
                                                                      Inserting the different 3D parts into assembly mode
                                                                      Identifying and giving constraints based on the
ASSEMBLY          Tolerancing for assembly
                                                                        kinematic scheme

                                                                     Creation of part models in assembly mode

                                                                      Basics DMU kinematics
                  Knowledge of industry standard symbols in
                                                                     Use of “DRAFTING” workbench of CATIA V5

                  Identification and creation of complex sections    Creation of the standard views in First Angle
C) CREATING 2D      to explain critical features of the part          Projection & Third Angle Projection
(DRAFTING)        Exposure to placement of different sections on
                                                                      Dimensioning using the standard CATIA tools
                   drafting sheet 
                                                                      Completion of the draft through insertion of title
                                                                       blocks, tables etc
                                                                     Use of “WIREFRAME AND SURFACE DESIGN”
                  Difference between 2D sketches and wireframes
                                                                       workbench of CATIA V5
D) SURFACE        Knowledge of wireframe (line, circle, polyline
                                                                      Creation of wireframe with different tools
SHAPE DESIGN       etc)
                                                                      Creation of generative surfaces with the help of
                  Knowledge of 2D & 3D spline
                  Identification and creation of complex             Application of different operations (trim, split etc.)
                    wireframe to explain in 3D                        and transformations in surface

                                                                     Conversion of surface to 3D model and vice-versa

                                                                      Hybrid modeling

 CATIA V5 Advanced Course…
  MODULES *                ENGINEERING INPUTS                                 SOFTWARE COMPETENCY
                                                                     Use of “MOLD WIZARD AND CORE AND
                  Understanding the mold concept
                                                                       CAVITY” workbench of CATIA V5

                  Various molding methods like-injection
                                                                      Initialization of project with CATIA V5 tools
                   molding, blow molding, pressure molding etc

                                                                      Applying shrinkage and draft angles to part with
                  Understanding of the various features of mold 
E) MOLD                                                                CATIAV5 tools
                  Concept of shrinkage                              Different methods of creating core and cavity

                  Assembling a simple mold                          Creation of sliders and ejectors
                  Some industry practices used in molding           Creation of Runner, gate
                                                                     Creation of Mold box
                                                                      
                                                                     Use of “GENERATIVE SHEET METAL DESIGN”
                  Sheet metal production 
                                                                       workbench of CATIA V5
                  Understand of some common type of dies
                  Design of die Blocks, Strippers and mountings     Creation of different features of some types of sheet
F) SHEET METAL    Understanding of commonly used industry             metal part.
DESIGN             practices while designing the dies 
                                                                      Creation of a simple drawing tool for a sheet metal
                                                                     Converting solid body to sheet metal
                                                                     Creating flat patterns
                  Theory of Elasticity, Hook Law, Young             Use of “GENERATIVE STRUCTURAL
                   modulus                                            ANALYSIS” workbench of CATIA V5
                  Stress, Deformation , Stress concentration &
                    theories of stress.
                                                                      Application Of material and adaptation of
                  Concept of FEM
                  Analyzing Results of FEM outputs
G) STRESS         Joints, loads and moment.
                  working out Alternative solutions                 Selection of type of Mesh (linear, parabolic)
                                                                     Application of local meshing
                                                                     Installation of the restraints and loads
                                                                    
                                                                     Analysis of the result
                                                                  Modification of the Part (thickness, fillet .etc)
                                                                  Use of “DMU KINAMETICS” workbench of CATIA
                 All the technical feature of assembly design    V5

                 Knowledge of motion                             Preparation of new project
H) DMU           Knowledge of continue and alternative            Creation of joint with help of constrains install in
KINEMATICS        translation and rotation                         assembly
                 Degree of mobility of a mechanism               Setting the speed and motion type
                                                                  Analysis of the motion of assembly
                                                                  Creation of video files
      * Choose any three modules from E, F, G, H above

To top