CATIA V5R18 Course Catalog

8/8/2019 CATIA V5R18 Course Catalog

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CATIA V5R18Course Material Catalog

March 2008 Edition

CATIA V5R18 Course Material Catalog Mar 11, 2008 1/101


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CATIA V5R18 Course Material Catalog

CATIA Course Material .......................................................................... 5

Analysis Solutions ................................................................................................ 5

EST: ELFINI Structural Analysis (EDU-CAT-E-EST-F - V5R18) ............................................. 6FMD: FEM Solid (EDU-CAT-E-FMD-F - V5R18) ..................................................................... 7

FMS: FEM Surface (EDU-CAT-E-FMS-F - V5R18) ................................................................. 9

GAS: Generative Assembly Structural Analysis (EDU-CAT-E-GAS-F - V5R18) ................... 11

GDY: Generative Dynamic Response Analysis (EDU-CAT-E-GDY-F - V5R18) ................... 13

GPE: Generative Part Structural Analysis Expert (EDU-CAT-E-GPE-F - V5R18) ................. 14

GPF: Generative Part Structural Analysis Fundamental (EDU-CAT-E-GPF-F - V5R18) ...... 15

TAA: Tolerance Analysis of Deformable Assembly (EDU-CAT-E-TAA-F - V5R18) .............. 16

V5A: CATIA V5 for Analysis (EDU-CAT-E-V5A-F - V5R18) .................................................. 17

Equipment & Systems Engineering Solutions .................................................... 18CBD: Circuit Board Design (EDU-CAT-E-CBD-F - V5R18) ................................................... 19

EC1: Electrical 3D Design and Documentation (EDU-CAT-E-EC1-F - V5R18) .................... 20

EHF: Electical Harness Flattening (EDU-CAT-E-EHF-F - V5R18) ........................................ 21

ELI: Electrical Librarian & Harness Installation (EDU-CAT-E-ELI-F - V5R18) ....................... 22

EWR: Electrical Wire Routing (EDU-CAT-E-EWR-F - V5R18) .............................................. 24

TUB: Tubing Design (EDU-CAT-E-TUB-F - V5R18) .............................................................. 25

TUD: Tubing Diagrams (EDU-CAT-E-TUD-F - V5R18) ......................................................... 26

TUS: Tubing Catalogs (2D Diagrams & 3D Design) (EDU-CAT-E-TUS-A - V5R18) ............. 27

V5VE: CATIA V5 Automotive - Electrical (EDU-CAT-E-V5VE-F - V5R18) ............................ 28

Infrastructure Solutions ....................................................................................... 29ADM: V5 Administration (EDU-CAT-E-ADM-F - V5R18) ....................................................... 30

DF1: Product Data Filtering (EDU-CAT-E-DF1-F - V5R18) ................................................... 31

PHS: Photo Studio (EDU-CAT-E-PHS-F - V5R18) ................................................................ 32

PRO: CATIA Tools for Proficient Users (EDU-CAT-E-PRO-F - V5R18) ................................ 33

PSO: Photo Studio Optimizer (EDU-CAT-E-PSO-F - V5R18) ............................................... 34

RTR: Real Time Rendering (EDU-CAT-E-RTR-F - V5R18) .................................................. 35

V4A: V4/V5 Advanced Interoperability (EDU-CAT-E-V4A-A - V5R18) .................................. 36

V4I: V4 Integration (EDU-CAT-E-V4I-F - V5R18) .................................................................. 37

VBA: CATIA V5 Automation (EDU-CAT-E-VBA-F - V5R18) .................................................. 38

Mechanical Design Solutions .............................................................................. 39ASL: Aerospace Sheet Metal Design (EDU-CAT-E-ASL-F - V5R18) .................................... 40

ASM: CATIA Product Design Expert (EDU-CAT-E-ASM-A - V5R18) .................................... 41

CCV: Core & Cavity Design (EDU-CAT-E-CCV-F - V5R18) .................................................. 42

DDR: CATIA Detail Drafting (EDU-CAT-E-DDR-F - V5R18) ................................................. 43

DRA: Advanced Drafting & Customization (EDU-CAT-E-DRA-A - V5R18) ........................... 44

FMP: Functional Molded Part (EDU-CAT-E-FMP-F - V5R18) ............................................... 45

FR1: Part Design Feature Recognition (EDU-CAT-E-FR1-F - V5R18) ................................. 46

FTA: 3D Functional Tolerancing & Annotation (EDU-CAT-E-FTA-F - V5R18) ...................... 47

GS1: CATIA Surface Design (EDU-CAT-E-GS1-F - V5R18) ................................................. 48



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HA1: Healing Assistant (EDU-CAT-E-HA1-F - V5R18) ......................................................... 49

LO1: 2D Layout for 3D Design (EDU-CAT-E-LO1-F - V5R18) .............................................. 50

MD2: Mechanical Design V5R18 Update (EDU-CAT-E-MD2-U - V5R18) ............................. 51

MTD: Mold Tooling Design (EDU-CAT-E-MTD-F - V5R18) ................................................... 52PDG: CATIA Part Design Expert (EDU-CAT-E-PDG-A - V5R18) ......................................... 53

SMD: CATIA Generative Sheetmetal Design (EDU-CAT-E-SMD-F - V5R18) ....................... 54

SMD: CATIA Generative Sheet Metal Design V5R18 Update (EDU-CAT-E-SMD-U - V5R18)

SR1: Structure Design (EDU-CAT-E-SR1-F - V5R18) .......................................................... 57

SRA: Structure Design Administration (EDU-CAT-E-SRA-A - V5R18) .................................. 59

TG1: Tooling Design (EDU-CAT-E-TG1-F - V5R18) ............................................................. 60

V5E: CATIA V5 Mechanical Design Expert (EDU-CAT-E-V5E-A - V5R18) .......................... 61

V5F: CATIA V5 Fundamentals (EDU-CAT-E-V5F-F - V5R18) .............................................. 62

V5VB: V5 Automotive - Fundamental Course for Body Designers (EDU-CAT-E-V5VB-F - V5R18)

V5VC: V5 Automotive - Fundamental Course for Chassis Designers (EDU-CAT-E-V5VC-F - V5R18V5VP: V5 Automotive - Fundamental Course for Powertrain Designers (EDU-CAT-E-V5VP-F - V5R

WD1: Weld Design (EDU-CAT-E-WD1-F - V5R18) ............................................................... 66

Machining Solutions ........................................................................................... 67AMG: Advanced Part Machining (EDU-CAT-E-AMG-F - V5R18) .......................................... 68

LMG: Lathe Machining (EDU-CAT-E-LMG-F - V5R18) ......................................................... 69

MLG: Multi-Slide Lathe Machining (EDU-CAT-E-MLG-F - V5R18) ....................................... 70

MMG: Multi-Axis Surface Machining (EDU-CAT-E-MMG-F - V5R18) ................................... 71

MPA: Prismatic Machining Preparation Assistant (EDU-CAT-E-MPA-F - V5R18) ................ 72

MPG: Multi Pocket Machining (EDU-CAT-E-MPG-F - V5R18) .............................................. 73

NCI: Numerical Control Infrastructure (EDU-CAT-E-NCI-F - V5R18) .................................... 74

PMG: Prismatic Machining (EDU-CAT-E-PMG-F - V5R18) .................................................. 75

SMG: Surface Machining (EDU-CAT-E-SMG-F - V5R18) ..................................................... 76

STL: STL Rapid Prototyping (EDU-CAT-E-STL-F - V5R18) .................................................. 78

Product Synthesis Solutions ............................................................................... 79HMN: Human Modeling (EDU-CAT-E-HMN-F - V5R18) ........................................................ 80

KBE: Knowledge-Based Engineering (EDU-CAT-E-KBE-F - V5R18) ................................... 81

KBE: Knowledge-Based Engineering (EDU-CAT-E-KBE-A - V5R18) ................................... 82

KWA: Knowledge Advisor (EDU-CAT-E-KWA-F - V5R18) .................................................... 83

KWE: Knowledge Expert (EDU-CAT-E-KWE-F - V5R18) ..................................................... 84KWF: Knowledge Fundamentals (EDU-CAT-E-KWF-F - V5R18) ......................................... 85

PEO: Product Engineering Optimizer (EDU-CAT-E-PEO-F - V5R18) ................................... 86

Shape Design & Styling Solutions ...................................................................... 87DL1: Developed Shapes (EDU-CAT-E-DL1-F - V5R18) ........................................................ 88

DSE: Digitized Shape Editor (EDU-CAT-E-DSE-F - V5R18) ................................................. 89

DSS: Shape Sculptor (EDU-CAT-E-DSS-F - V5R18) ............................................................ 90

FSK: FreeStyle Sketch Tracer (EDU-CAT-E-FSK-F - V5R18) .............................................. 92

FSS: FreeStyle Shaper, Optimizer & Profiler (EDU-CAT-E-FSS-F - V5R18) ........................ 93

GSD: Surface Design Expert (EDU-CAT-E-GSD-F - V5R18) ............................................... 94



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GSO: Generative Shape Optimizer (EDU-CAT-E-GSO-F - V5R18) ...................................... 95

HD2: Generative Shape Design V5R18 Update (EDU-CAT-E-HD2-U - V5R18) ................... 97

IMA: Imagine & Shape (EDU-CAT-E-IMA-F - V5R18) ........................................................... 98

QSR: Quick Surface Reconstruction (EDU-CAT-E-QSR-F - V5R18) .................................... 99RSO: Realistic Shape Optimizer (EDU-CAT-E-RSO-F - V5R18) ........................................ 100

V5S: V5 Surface Design (EDU-CAT-E-V5S-F - V5R18) ...................................................... 101



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CATIA Course Material

Analysis Solutions

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AnalysisSolutions

EST: ELFINI Structural Analysis

EDU-CAT-E-EST-FCourse Code EDU-CAT-E-EST-F

CATIA V5R18Brand & Release CATIA V5R18

1 dayDuration 1 day

EnglishLanguage English

FundamentalsLevel Fundamentals

CompanionMethod Companion

Training Material ReferencesInstructor Foils: EDU-CAT-E-EST-FI-V5R17Foils: EDU-CAT-E-EST-FF-V5R17Exercises: EDU-CAT-E-EST-FX-V5R17

ObjectivesUpon completion of this course you will be able to:- Use the advanced pre-processing capabilities (such as loads and boundaryconditions) to create more realistic FE models.- Visualize the images of objects used for pre-processing (which is not possible

in GPS).- Use advanced case features (such as Buckling, MultiLoads, Envelope) inaddition to the standard Static and Frequency cases- Create your own result image templates, customize the post-processing resultimages, group selective entitites in the result images, and create advancedreports

Participants' ProfileMechanical DesignersStructural Analysts

PrerequisitesGenerative Part Structural Analysis Fundamentals, Generative AssemblyStructural Analysis, FEM Surface Meshing

Content- Introduction to EST Analysis- Advanced Pre-Processing- Advanced Analysis Case Management- Advanced Post-Processing- Master Exercises- Added Exercises

ExercisesEx. 1: Advanced Analysis of Landing Gear Assembly (120min) / AerospaceEx. 2: Blade Analysis (120min) / Aerospace



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AnalysisSolutions

FMD: FEM Solid

EDU-CAT-E-FMD-FCourse Code EDU-CAT-E-FMD-F


0.5 dayDuration 0.5 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-FMD-FI-V5R18Foils: EDU-CAT-E-FMD-FF-V5R18Exercises: EDU-CAT-E-FMD-FX-V5R18Detailed Steps: EDU-CAT-E-FMD-FS-V5R18

ObjectivesUpon completion of this course you will be able to:- Use different solid meshers such as Tetrahedron Filler, OCTREE TetrahedronMesher, Sweep3D Mesher

- Create a solid mesh using mesh part transformations like Translation,Rotation, and Symmetry on 3D mesh parts- Analyze the solid meshes using the available mesh quality criteria- Import/Export the meshes into/from CATIA

Participants' ProfileMechanical Designers

Prerequisites- Generative Part Structural Analysis Fundamentals- Generative Part Structural Analysis Expert- Generative Assembly Structural Analysis- FEM Surface Meshing



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ContentThis course will teach you how to generate a 3D tetrahedron mesh by focusingon the transformation methods used to create new mesh models from anexisting 2D or 3D mesh. It will teach you how to analyze the quality of theresulting mesh and visualize internal mesh elements.

Introduction to FEM Solid- What is FEM Solid- User Interface- General Process for Solid Mesh Generation- Accessing the Workbench

Tetrahedron Filler- What is Tetrahedron Filler- Tetrahedron Filler Parameters- Generating Solid Mesh Using Tetrahedron Filler

OCTREE Tetrahedron Mesher- What is OCTREE Tetrahedron Mesher

- OCTREE Tetrahedron Mesher - Local Parameters- OCTREE Tetrahedron mesher - Quality Parameters- OCTREE Tetrahedron mesher - Other Parameters- Generating Mesh Using OCTREE Tetrahedron Mesher

Sweep 3D- What is Sweep 3D- Generating Solid Mesh Using Sweep 3D

Mesh Part Transformations- What is Mesh Part Transformations- Solid Mesh Generation Using Translation- Solid Mesh Generation Using Rotation- Solid Mesh Generation Using Symmetry

Mesh Part Extrusion- What is Mesh Part Extrusion- Solid Mesh Generation Using Extrusion with Translation- Solid Mesh Generation Using Extrusion with Rotation- Solid Mesh Generation Using Extrusion with Symmetry- Solid Mesh Generation Using Extrusion along Spine

Mesh Analysis and Mesh Data Transfer- Quality Analysis- Cutting Plane Analysis- Import/Export Meshes

ExercisesEx. 1: OCTREE Tetrahedron Mesher (15min) / All sectors

Ex. 2: Solid Meshing Using Sweep 3D (5min) / All sectorsEx. 3: Mesh Part Transformation (15min) / All sectorsEx. 4: Mesh Part Extrusion (15min) / All sectorsEx. 5: Master Exercise: Meshing of an Engine Cylinder Block (60min) / Allsectors



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AnalysisSolutions

FMS: FEM Surface

EDU-CAT-E-FMS-FCourse Code EDU-CAT-E-FMS-F


2 daysDuration 2 days




Training Material ReferencesInstructor Foils: EDU-CAT-E-FMS-FI-V5R18Foils: EDU-CAT-E-FMS-FF-V5R18Exercises: EDU-CAT-E-FMS-FX-V5R18Detailed Steps: EDU-CAT-E-FMS-FS-V5R18

ObjectivesUpon completion of this course you will be able to:- Use the various Meshers such as Surface Mesher, Advanced SurfaceMesher, Beam Mesher, and OCTREE Triangle Mesher

- Create a new mesh using existing mesh with the help of mesh transformationtools and mesh operators- Edit the mesh using the mesh edition tools available within the abovementioned meshers- Analyze the mesh quality using mesh quality checks and tools like FreeEdges, Duplicate Elements, Duplicate Nodes, Mesh Interference Checks, etc.


Prerequisites- Generative Part Structural Analysis Fundamentals- Generative Assembly Structural Analysis

ContentThis course will teach you how to create a FE model for a complex surfacepart, and how to simplify geometric data so as to optimize the meshingprocess. You will learn how to manage surface and beam meshes, modifymeshes and node distributions, and perform interference and quality checks.

- Introduction to FEM Surface- Advanced Surface Mesh- Surface Mesh- OCTREE Triangle Mesher- Mesh Operators- Mesh Transformations- Update Mesh- Mesh Analysis Tools- Import/Export Meshes

- Welding Connections



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ExercisesEx. 1: Floor Mesh (20min) / All sectorsEx. 2: Fuselage Door Static Analysis (30min) / All sectorsEx. 3: Surface Mesher (75min) / All sectorsEx. 4: Octree Mesh on Block Cylinder (15min) / All sectorsEx. 5: Hybrid Mesh: 1D and 2D (30min) / All sectorsEx. 6: Extrude 1D Element Into 2D Mesh (15min) / All sectorsEx. 7: Mesh Parameters Exposition to Knowledge (30min) / All sectorsEx. 8: Mesh Parameters Exposition to Knowledge 2 (10min) / All sectorsEx. 9: Mesh Parameters Exposition to Knowledge 3 (5min) / All sectorsEx. 10: Meshing Parametric Conceptual Body (60min) / All sectorsEx. 11: Seam Welding Analysis (60min) / All sectorsEx. 12: Compatible Seam Welds (30min) / All sectorsEx. 13: Spot Welding With Hemming (15min) / All sectorsEx. 14: Fuselage Connection (60min) / All sectorsEx. 15: Master Exercise 1: Meshing of a Crossmember (60min) / All sectorsEx. 16: Wing Structure Analysis (60min) / All sectors



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AnalysisSolutions

GAS: Generative Assembly Structural Analysis

EDU-CAT-E-GAS-FCourse Code EDU-CAT-E-GAS-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-GAS-FI-V5R18Foils: EDU-CAT-E-GAS-FF-V5R18Exercises: EDU-CAT-E-GAS-FX-V5R18Detailed Steps: EDU-CAT-E-GAS-FS-V5R18

Objectives- Use different types of hypotheses for an assembly analysis- Define analysis connections between assembly components- Use existing assembly constraints to automatically create connections

- Assign a connection property to the appropriate analysis connection- Compute a static analysis for an assembly- Create and manage an analysis assembly model from existing meshed parts


PrerequisitesGenerative Part Structural Analysis FundamentalsGenerative Part Structural Analysis Expert



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ContentThis course will teach you how to perform a Finite Element Analysis using anexisting assembly, and will focus on the creation of connections betweenassembly components and how to assign appropriate connection properties.You will also learn how to create an analysis assembly from existing meshedparts.

Introduction to GAS- What is Generative Assembly Structural Analysis-Assembly Analysis Overview-Analysis Assembly Overview-what is GAS-Hypotheses Used for Analysis

Analysis Connections-What is Analysis Connection-General Analysis Connection-Defining Line Analysis Connections-Defining Point Analysis Connections

-Defining Surface Analysis Connections-Points to Points Analysis Connection

GAS Connections-Face Face Connection Properties-Distant Connection Properties-Welding Connection Properties-Nodes to Nodes Connection Property

Analysis Assembly Management-What is Analysis Assembly-Why Use Analysis Assembly-Analysis Assembly Process-What is Shape Representation-How to Attach Shape to Part

-What is Analysis Assembly 2D Viewer-How to Use Analysis Assembly 2D Viewer

ExercisesNone



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AnalysisSolutions

GDY: Generative Dynamic Response Analysis

EDU-CAT-E-GDY-FCourse Code EDU-CAT-E-GDY-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-GDY-FI-V5R18Foils: EDU-CAT-E-GDY-FF-V5R18Exercises: EDU-CAT-E-GDY-FX-V5R18Detailed Steps: EDU-CAT-E-GDY-FS-V5R18

Objectives- Recognize the differences between harmonic and transient analyses- Define load and restraint excitations- Ensure that the appropriate pre-requisites are defined for the required

excitation case- Visualize and animate 3D images of the analysis results- Generate translation, velocity and acceleration graphs- Export result data in Text or Excel format


PrerequisitesGenerative Part Structural Analysis FundamentalsGenerative Part Structural Analysis Expert

Content

This course will teach you how to perform a harmonic or transient analysis on asingle part using finite elements. You will learn how to generate and visualize2D graphical results and how to export the resulting data.

Introduction to GDY-What are the Different Types of Dynamic Analysis-Load or Restraint Excitation-Prerequisites

GDY Preprocessing-Harmonic Response Case-Transient Response Analysis

Results Visualization- Generating Images

- Generating 2D Display

ExercisesNone



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AnalysisSolutions

GPE: Generative Part Structural Analysis Expert

EDU-CAT-E-GPE-FCourse Code EDU-CAT-E-GPE-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-GPE-FI-V5R18Foils: EDU-CAT-E-GPE-FF-V5R18Exercises: EDU-CAT-E-GPE-FX-V5R18Detailed Steps: EDU-CAT-E-GPE-FS-V5R18

ObjectivesUpon completion of this course you will be able to:- Define and customize material properties- Apply pressure, acceleration and force density loads; and define virtual parts

- Apply pivot, ball-joint, and user-defined restraints- Compute a frequency analysis for a single part- Create planar sections with which to visualize internal result values- Compute and refine a mesh using adaptive meshing in order to achieve apre-defined accuracy


PrerequisitesCATIA V5 FundamentalsGenerative Part Structural Analysis Fundamentals

Content

This course will focus on advanced Finite Element Analysis pre-processingtechniques and post-processing tools, including the concept of virtual parts toavoid excessive geometric modeling. It will teach you how to perform afrequency analysis on a single part, and the use of adaptive meshing toachieve pre-defined accuracy.

GPS Advanced Pre-Processing Tools- Advanced Pre-Processing Tools- Frequency Analysis

Computation- Computing a Frequency Case- Computing with Adaptivity- Historic of Computation

GPS Advanced post-Processing Tools- Results Visualization- Results Management- Refinement

ExercisesNone



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AnalysisSolutions

GPF: Generative Part Structural AnalysisFundamental

EDU-CAT-E-GPF-FCourse Code EDU-CAT-E-GPF-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-GPF-FI-V5R18Foils: EDU-CAT-E-GPF-FF-V5R18Exercises: EDU-CAT-E-GPF-FX-V5R18Detailed Steps: EDU-CAT-E-GPF-FS-V5R18

ObjectivesThis course covers the main tools for Structural Analysis on a single part.Throughout this course, you will learn how to perform a basic static analysisusing the finite elements method.

Participants' ProfileCATIA Designers

PrerequisitesCATIA V5 Fundamentals

ContentIntroduction to Finite Element Analysis- What is Finite Element Analysis- Why to Use Finite Element Analysis- Application of Finite Element Analysis

Introduction to GPS Analysis

- Accessing the Generative Part Structural Analysis Workbench- The Generative Part Structural Analysis Interface- The GPS General Process- The Generative Part Structural Analysis Tree Structure

GPS Pre-Processing- Managing Mesh-Part- Defining Restraints- Defining Loads

Computation- Specifying the External Storage- Computing a Static Case

GPS Post-Processing

- Results Visualization- Results Management- Refinement

Managing Analysis- About Saving an Analysis Document- About Save As- How to Use Save Management- Saving Document Using Send To Mechanism- User Settings

Notes

Exercises None



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AnalysisSolutions

TAA: Tolerance Analysis of Deformable Assembly

EDU-CAT-E-TAA-FCourse Code EDU-CAT-E-TAA-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-TAA-FI-V5R17Foils: EDU-CAT-E-TAA-FF-V5R17Exercises: EDU-CAT-E-TAA-FX-V5R17

ObjectivesUpon completion of this course you will,Set up, compute and visualize a simple tolerance analysis of flexibleassemblies in CATIA V5.This course is an overview of Tolerance Analysis of Deformable Assembly

(TAA) product.

Participants' ProfileMechanical Engineer, Tolerancing Engineer, FEM Analyst, ManufacturingEngineer.

PrerequisitesProduct Structure, Part Design, Assembly Design, Generative Shape Design,Functional Tolerancing & Annotations, Generative Part Structural AnalysisFundamentals, Generative Part Structural Analysis Expert, FEM SurfaceMeshing, FEM Solid Meshing, Generative Assembly Structural Analysis.

Content- Introduction to TAA

- Creating Tolerance Analysis Elements- Tolerance Analysis- Frequently Asked Questions- Master Exercise- To Sum Up

ExercisesEx. 1: Interactive Tolerance analysis : Application (480min) / Aerospace,Automotive, Shipbuilding



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AnalysisSolutions

V5A: CATIA V5 for Analysis

EDU-CAT-E-V5A-FCourse Code EDU-CAT-E-V5A-F





ILTMethod ILT

Training Material ReferencesInstructor Foils: EDU-CAT-E-V5A-FI-V5R18Foils: EDU-CAT-E-V5A-FF-V5R18

ObjectivesThis course is designed using a process-based approach to training. Ratherthan focusing on individual features and functions, this course emphasizes onthe processes and procedures required to complete a particular task. By usingthe case studies to illustrate these processes, you will learn the necessarycommands, options, and menus within the context of completing a design task.

Participants' ProfileNew CATIA V5 mechanical designers

PrerequisitesStudents attending this course should have the following experience:- Mechanical design experience- CATIA Basics

Content- Introduction to Finite Element Analysis- Pre-processing- Computation- Post-processing

- Mesh refinement- Assembly Structural Analysis

ExercisesEx. 1: Introducation to Finite Element Analsyis (130min) / All sectorsEx. 2: Pre-processing (90min) / All sectorsEx. 3: Computation (45min) / All sectorsEx. 4: Post-processing (45min) / All sectorsEx. 5: Mesh Refinement (15min) / All sectorsEx. 6: Assembly Structural Analysis (60min) / All sectorsEx. 7: Master Project (120min) / All sectors



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Equipment & Systems Engineering Solutions



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Equipment & SystemsEngineering

Solutions

CBD: Circuit Board Design

EDU-CAT-E-CBD-FCourse Code EDU-CAT-E-CBD-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-CBD-FI-V5R17Foils: EDU-CAT-E-CBD-FF-V5R17Exercises: EDU-CAT-E-CBD-FX-V5R17Detailed Steps: EDU-CAT-E-CBD-FS-V5R17

ObjectivesUpon completion of this course you will be able to create Printed Circuit Boards(PCB) in context of Assemblies and export/import them to/from an ECAD toolusing the IDF interface.

Participants' ProfileElectrical Designers

PrerequisitesStudents attending this course should have the knowledge of CATIA V5Fundamentals, Part Design, Assembly Design

Content- Introduction to Circuit Board Design- Creating the PCB geometry with Mounting Holes- Constraint Areas and Components- Export and Import using the IDF Interface- Creating a Catalog of Electrical Components

- To Sum Up- Master Exercise: Connector Box- Added Exercise: Camera

ExercisesEx. 1: Transformer (45min) / Electronics & ElectricalEx. 2: Connector Box (40min) / Electronics & ElectricalEx. 3: Camera (30min) / Electronics & Electrical



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Solutions

EC1: Electrical 3D Design and Documentation

EDU-CAT-E-EC1-FCourse Code EDU-CAT-E-EC1-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-EC1-FI-V5R18Foils: EDU-CAT-E-EC1-FF-V5R18Exercises: EDU-CAT-E-EC1-FX-V5R18

ObjectivesUpon completion of this course you will be able to:- Create the harness suitable for the consumer goods- Design the wire harness for appliances- Route the signal and create the wires

- Flatten and synchronize an electrical or geometrical harness- Generate harness documentation- Generate simple drawings

Participants' ProfileConsumer goods Electrical Harness Designers

PrerequisitesMechanical Design conceptsKnowledge of Part Design, Assembly Design and Drafting workbenches

Content- Electrical Design and Documentation- Creating Electrical Components Library

- Creating and Managing the Harness- Wire Routing- Harness Flattening- Drawing Introduction

What is new in this releaseNew course

ExercisesEx. 1: Defining Electrical Components / All sectorsEx. 2: Creating an Electrical Parts Catalog / All sectorsEx. 3: Creating an Electrical Assembly / All sectorsEx. 4: Bundle Segment Definition / All sectorsEx. 5: Split a Bundle Segment / All sectors

Ex. 6: External Data Exchange for Wire Routing / All sectorsEx. 7: Extracting Harness / All sectorsEx. 8: Manipulating the Harness / All sectorsEx. 9: Synchronizing the Harness / All sectors



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Solutions

EHF: Electical Harness Flattening

EDU-CAT-E-EHF-FCourse Code EDU-CAT-E-EHF-F


1 dayDuration 1 day



ILTMethod ILT

Training Material ReferencesInstructor Foils: EDU-CAT-E-EHF-FI-V5R18Foils: EDU-CAT-E-EHF-FF-V5R18Exercises: EDU-CAT-E-EHF-FX-V5R18

ObjectivesIn this course you will learn how to flatten an electrical or geometrical harnessintegrated within the DMU and how to modify the bundle segments of theharness to fit your drawing in order to build the harness documentation

Participants' ProfileElectrical V5 users

PrerequisitesPRO-F: CATIA Tools for Proficient UsersEHI-F: Electrical Harness InstallationELB-F: Electrical Librarian

ContentIntroduction to Harness FlatteningHarness Flattening parametersExtracting dataHarness flattening modificationsSynchronize

Links visualizationReportsDrawingCatalog text template creationGraphic Replacement

ExercisesEx. 1: Harness Documentation / Electronics & ElectricalEx. 2: Harness Flattening / Electronics & ElectricalEx. 3: Harness Documentation (2) / Electronics & ElectricalEx. 4: Harness Flattening (2) / Electronics & Electrical



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Solutions

ELI: Electrical Librarian & Harness Installation

EDU-CAT-E-ELI-FCourse Code EDU-CAT-E-ELI-F





ILTMethod ILT

Training Material ReferencesInstructor Foils: EDU-CAT-E-ELI-FI-V5R18Foils: EDU-CAT-E-ELI-FF-V5R18Exercises: EDU-CAT-E-ELI-FX-V5R18

ObjectivesIn this course you will learn how to build and manage an electrical componentscatalog, to design a harness integrated within the DMU and then connect thebundle segments to electrical components.

Participants' ProfileNew Electrical V5 users

PrerequisitesCatalog Editorart DesignCATIA V5 basics (mandatory)

ContentIntroduction to Electrical LibrarianElectrical Componentas DefinitionElectrical Librarian Catalog ManagementElectrical AssembliesIntroduction to Electrical Harness Installation

Electrical Harness SettingsGeometric Bundle definitionPosition Electrical DevicesBundle segment DefinitionManaging a Branch PointDelete BranchSplit a Bundle segmentTransfer BranchesInstantiate a protectionAdjust DiameterLinks ManagementLocal slack managementSupport ManagementMeasure geometrical bundle inertiaV4/V5 Migration

Wires ManagementImporting electrical external data for 3D implementation



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ExercisesEx. 1: Creating a catalog (10min) / All sectorsEx. 2: Defining a set of electrical components (40min) / All sectorsEx. 3: Store components in a catalog (15min) / All sectorsEx. 4: Define an assembly with the components from the catalog (15min) / AllsectorsEx. 5: Create a protection and store it into a catalog (15min) / All sectorsEx. 6: Bundle Segment Definition (15min) / All sectorsEx. 7: Create an adaptative support and position Bundle Segment (30min) / AllsectorsEx. 8: Link a bundle segment (10min) / All sectorsEx. 9: Add a Support to a Bundle Segment (5min) / All sectorsEx. 10: Add Local Slack to Bundle Segment portion (5min) / All sectorsEx. 11: Manage the bundle segment section (30min) / All sectorsEx. 12: Transfer Branches (15min) / All sectorsEx. 13: Instantiate a Protection (15min) / All sectorsEx. 14: Adjusts Diameter (10min) / All sectorsEx. 15: Split a Bundle Segment (10min) / All sectorsEx. 16: Define a Bundle Segment (20min) / All sectors

Ex. 17: Harness Design / All sectorsEx. 18: Geometrical bundle inertia / All sectorsEx. 19: Knowledge (20min) / All sectorsEx. 20: External Data (30min) / All sectorsEx. 21: Electrical Harness installation / All sectorsEx. 22: Car Door / All sectors



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Solutions

EWR: Electrical Wire Routing

EDU-CAT-E-EWR-FCourse Code EDU-CAT-E-EWR-F





ILTMethod ILT

Training Material ReferencesInstructor Foils: EDU-CAT-E-EWR-FI-V5R18Foils: EDU-CAT-E-EWR-FF-V5R18Exercises: EDU-CAT-E-EWR-FX-V5R18

ObjectivesAt the end of this course, participants will be able to:- Route wires in a harness.- Route signals in space reservation system- Use knowledgeware for segregation rules

Participants' ProfileNew V5 CATIA electrical users

PrerequisitesCATIA V5 Part DesignCATIA V5 Assembly Design

ContentIntroduction to Electrical Wire RoutingImport External DataWires Management

Exercises

Ex. 1: External Data Exchange (60min) / All sectorsEx. 2: External Data (60min) / All sectorsEx. 3: External Data Exchange (60min) / All sectors



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Solutions

TUB: Tubing Design

EDU-CAT-E-TUB-FCourse Code EDU-CAT-E-TUB-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-TUB-FI-V5R18Foils: EDU-CAT-E-TUB-FF-V5R18Exercises: EDU-CAT-E-TUB-FX-V5R18

ObjectivesIn this course you will learn how the CATIA Tubing Design product is used toquickly and efficiently create an intelligent tubing layout.

Participants' Profile

Experienced CATIA V5 users


Content- Introduction to Tubing Design- Tubing Design Fundamentals- Modifying Tubing Designs- Managing Tubing Designs- Added Functionalities

ExercisesNone



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Solutions

TUD: Tubing Diagrams

EDU-CAT-E-TUD-FCourse Code EDU-CAT-E-TUD-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-TUD-FI-V5R18Foils: EDU-CAT-E-TUD-FF-V5R18Exercises: EDU-CAT-E-TUD-FX-V5R18

ObjectivesThis course illustrates how the Tubing Diagram product could be used toquickly and efficiently create a schematic diagram.


Experienced CATIA V5 Users


Content- Introduction- Tubing Diagram Creation- Diagram Modification/Annotation/Reports- Design Checks- Analysis

ExercisesNone



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Solutions

TUS: Tubing Catalogs (2D Diagrams & 3D Design)

EDU-CAT-E-TUS-ACourse Code EDU-CAT-E-TUS-A




AdvancedLevel Advanced


Training Material ReferencesInstructor Foils: EDU-CAT-E-TUS-AI-V5R18Foils: EDU-CAT-E-TUS-AF-V5R18Exercises: EDU-CAT-E-TUS-AX-V5R18Detailed Steps: EDU-CAT-E-TUS-AS-V5R18

ObjectivesUpon completion of this course you will be able to:- Manage object classes in the Feature Dictionary- Create 2D Diagram Catalogs and 3D Design Catalogs

- Create Standards Catalogs, Design Rules Catalogs- Create Reports- Customize the settings for Drawings


PrerequisitesCATIA V5 Fundamentals- Tubing Design- Tubing Diagrams- ESA

Content

- Introduction to Tubing Catalogs- Tubing Workbench Customization- Creating a Report- Drawing Production Settings

ExercisesNone



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Solutions

V5VE: CATIA V5 Automotive - Electrical

EDU-CAT-E-V5VE-FCourse Code EDU-CAT-E-V5VE-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-V5VE-FI-V5R18Foils: EDU-CAT-E-V5VE-FF-V5R18

ObjectivesThe aim of the course is to teach you how to build parts and assemblies inCATIA and hwo to make simple drawings of these parts and assemblies. Thiscourse also teaches you to create a library of electrical parts, instantiateelectrical devices from a catalog, route electrical harness in your digitalmock-up, route wires in the harness, extract harness and create harness

drawings.

Participants' ProfileAutomotive Electrical Harness DesignersNew Electrical V5 Users

PrerequisitesExperience in Mechanical Design

Content- Introduction to CATIA- Profile Creation- Basic Features- Assembly Design

- Designing in Context- Drafting (ISO)- Introduction to Electrical Library Products- Creating Electrical Harness- Routing Electrical Wires- Flattening Electrical Harness- Creating Electrical Harness Documentation

What is new in this releaseNew course

ExercisesEx. 1: Master Project: V5 Automotive Electrical / All sectors



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Infrastructure Solutions



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InfrastructureSolutions

ADM: V5 Administration

EDU-CAT-E-ADM-FCourse Code EDU-CAT-E-ADM-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-ADM-FI-V5R18Foils: EDU-CAT-E-ADM-FF-V5R18Exercises: EDU-CAT-E-ADM-FX-V5R18

ObjectivesThis course tells you how to install, customize and maintain CATIA V5 site

Participants' ProfileAdministrators of CATIA V5

Prerequisites- System Administration- CATIA Administration

Content- CATIA Installation- Licensing- Environment Management- Settings Management- Standards- Software Management- Tools- Data Managment

- Interoperability

ExercisesNone



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DF1: Product Data Filtering

EDU-CAT-E-DF1-FCourse Code EDU-CAT-E-DF1-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-DF1-FI-V5R18Foils: EDU-CAT-E-DF1-FF-V5R18Exercises: EDU-CAT-E-DF1-FX-V5R18

ObjectivesIn the course you will learn how to use Product Data Filtering (DF1) to convertparts or products to datum surfaces and solids.The main objective of filtering is to hide the design process by removing allintermediate objects and associativity links. Another goal might be simply to

reduce the size of models.

Participants' ProfileAll designers

PrerequisitesMechanical or hybrid design.

ContentIntroduction to Product Data Filtering- Why do you need DF1 ?Workbench presentation- Accessing the workbenchData Filtering

- Filter a Part- Filter a Product

ExercisesEx. 1: Part (15min) / All sectorsEx. 2: Product (15min) / All sectors



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PHS: Photo Studio

EDU-CAT-E-PHS-FCourse Code EDU-CAT-E-PHS-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-PHS-FI-V5R18Foils: EDU-CAT-E-PHS-FF-V5R18Exercises: EDU-CAT-E-PHS-FX-V5R18Detailed Steps: EDU-CAT-E-PHS-FS-V5R18

ObjectivesObjectives of the Course

Upon completion of this course you will be able to:

- Create photo realistic images using the Photo Studio workbench- Create and apply stickers to your models- Create animations using different techniques

Participants' ProfileIndustrial Stylists and Designers


Content- Introduction- Environment management- Camera management

- Light sources management- Shooting management- Textures management- Stickers management- Animation: Turntable management- Animation: Animating scene elements- Catalogs

ExercisesEx. 1: Phone Handset (150min) / Fabrication & Assemblies Consumer Goods



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PRO: CATIA Tools for Proficient Users

EDU-CAT-E-PRO-FCourse Code EDU-CAT-E-PRO-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-PRO-FI-V5R18Foils: EDU-CAT-E-PRO-FF-V5R18

ObjectivesUpon completion of this course you will be able to:-Create and reuse advanced replication tools like Power Copies-Store components and Power copies into catalog and reuse them in a newcontext-Analyze and convert CATIA V4 models to CATIA V5

Participants' ProfileAdvanced Users

PrerequisitesStudents attending this course should have knowledge of CATIA BASICS andPart Design

ContentThis course will teach you how to use advanced CATIA tools to re-use existingCATIA V4 and CATIA V5 model data. You will learn how to make use ofcomponent catalogs, and how to store and create re-usable parameterizedfeatures.

- Creating and Using Power Copy- Creating Catalogs of Components- From CATIA V4 to V5 Basics- Course Summary

ExercisesNone



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PSO: Photo Studio Optimizer

EDU-CAT-E-PSO-FCourse Code EDU-CAT-E-PSO-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-PSO-FI-V5R18Foils: EDU-CAT-E-PSO-FF-V5R18

ObjectivesUpon completion of this course you will be able to use the various Photo StudioOptimizer tools to enhance the quality of your photo realistic images.


PrerequisitesCATIA V5 FundamentalsCATIA Photo Studio

Content- 3D textures- Bump mapping- Global illumination- Caustics- Visual effects

ExercisesNone



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RTR: Real Time Rendering

EDU-CAT-E-RTR-FCourse Code EDU-CAT-E-RTR-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-RTR-FI-V5R18Foils: EDU-CAT-E-RTR-FF-V5R18Exercises: EDU-CAT-E-RTR-FX-V5R18

ObjectivesUpon completion of this course you will be able to:- Create the required environment around a model- Apply materials, textures, and 3D textures to your models- Use different types of lights and cameras to create the desired ambience



Content- Introduction- Environment management- Camera management- Light sources management- DMU integration- Textures management

- Stickers management- Animation: Turntable management- Animation: Animating scene elements

ExercisesEx. 1: Defining an Environment (5min) / AutomotiveEx. 2: Defining the Camera (10min) / All sectorsEx. 3: Defining the Light Source (10min) / AutomotiveEx. 4: Applying Texture (40min) / AutomotiveEx. 5: Applying Stickers (10min) / AutomotiveEx. 6: Creating an Animation Using a Turntable (15min) / AutomotiveEx. 7: Creating an Animation of Scene (15min) / Automotive



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V4A: V4/V5 Advanced Interoperability

EDU-CAT-E-V4A-ACourse Code EDU-CAT-E-V4A-A


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-V4A-AI-V5R18Foils: EDU-CAT-E-V4A-AF-V5R18Exercises: EDU-CAT-E-V4A-AX-V5R18

ObjectivesIn this course, you will learn advanced interoperability concepts about themigration of CATIA V4 geometric/application data to CATIA V5. You will alsolearn how V5 data can be saved in CATIA V4 formats or used directly in CATIAV4.

Participants' ProfileExperienced CATIA V4/V5 users

PrerequisitesBasic knowledge of CATIA V5 Mechanical Design Solutions

Content- From V4 to V5

- Transfer of V4 geometric data to V5- Transfer of V4 application data to V5

- From V5 to V4- Using V5 data in V4- Saving V5 data in V4 formats

ExercisesEx. 1: Smart/Unsmart Solid (15min) / All sectorsEx. 2: Error during update (15min) / All sectorsEx. 3: Migration of kinematics data (25min) / All sectorsEx. 4: Sheet Metal Design (10min) / All sectors



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V4I: V4 Integration

EDU-CAT-E-V4I-FCourse Code EDU-CAT-E-V4I-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-V4I-FI-V5R18Foils: EDU-CAT-E-V4I-FF-V5R18Exercises: EDU-CAT-E-V4I-FX-V5R18Detailed Steps: EDU-CAT-E-V4I-FS-V5R18Demonstration: EDU-CAT-E-V4I-FD-V5R18

ObjectivesAt the end of this course, participants will be able to:- Use CATIA V4 data in CATIA V5

- Transfer a CATIA V4 solid into a CATIA V5 CATPart- Manage the links between CATIA V4 and CATIA V5 documents

Participants' ProfileCATIA V5 users

PrerequisitesBasic knowledge of CATIA V5 Mechanical Design Solutions

Content- Introduction to V4 Integration- Creating a CATProduct using V4 data- Assembly of V4 data in a V5 CATProduct- Transferring V4 data into V5 CATPart

- Design in context- Drawing of a V4/V5 document in V5- Migration of 2D Draw elements and Views- CATIA V5 DMU solutions and V4 data- Links between V4 data and V5 documents

ExercisesEx. 1: Recap Exercise 1 : open and check the V4 geometry (20min) / AllsectorsEx. 2: Recap Exercise 2 : Solid translation (15min) / All sectorsEx. 3: Recap Exercise 3 : manipulations in a CATProduct (20min) / All sectorsEx. 4: Welding Gun : Creating a CATProduct with V4 data (10min) / All sectorsEx. 5: Welding Gun : Assembly of V4 data in a V5 CATProduct (15min) / AllsectorsEx. 6: Welding Gun : Copy/Pasting a V4 solid in a V5 CATPart (20min) / AllsectorsEx. 7: Welding Gun : Design in context (20min) / All sectorsEx. 8: Welding Gun : Generative drafting (20min) / All sectorsEx. 9: Welding Gun : DMU Space Analysis (20min) / All sectorsEx. 10: Welding Gun : V4 Modification and Update in V5 (20min) / All sectors



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VBA: CATIA V5 Automation

EDU-CAT-E-VBA-FCourse Code EDU-CAT-E-VBA-F





ILTMethod ILT

Training Material ReferencesFoils: EDU-CAT-E-VBA-FF-V5R18Instructor Foils: EDU-CAT-E-VBA-FI-V5R18Exercises: EDU-CAT-E-VBA-FX-V5R18

ObjectivesAt the end of this course, participants will have a good understanding of thedifferent ways to automate tasks related to CATIA V5: CATIA Macros andVisual Basic Programming.

Participants' ProfileCATIA V5 Applications developers; bench markers

PrerequisitesCATIA V5 Fundamentals.Visual Basic Editor on PC NTMinimum knowledge or exposure to Microsoft Visual Basic (cf. book ref.Microsoft Visual Basic 6.0 Learning Edition)JavaScript is a plus

Content- CATIA V5 OLE Automation, Journaling & Scripting Architecture- Exported objects of CATIA V5- Designing panels for Macros

- Graphic selection of objects- Settings - V5 Administration- Communication with another Automation server.

ExercisesEx. 1: Cylinders (Master Exercise) (10min) / All sectorsEx. 2: Modifying the viewpoint of an existing document (30min) / All sectorsEx. 3: Creating 2D sketch with constraints (15min) / All sectorsEx. 4: Creating part design features (30min) / All sectorsEx. 5: Creating 3D wireframes and 3D surfaces (30min) / All sectorsEx. 6: Titanic (30min) / All sectorsEx. 7: Drafting the bolt (30min) / All sectorsEx. 8: Test Selections (30min) / All sectorsEx. 9: Select Element (30min) / All sectorsEx. 10: Get Point (30min) / All sectorsEx. 11: Settings - Applying local changes (20min) / All sectors



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Mechanical Design Solutions



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Mechanical DesignSolutions

ASL: Aerospace Sheet Metal Design

EDU-CAT-E-ASL-FCourse Code EDU-CAT-E-ASL-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-ASL-FI-V5R18Foils: EDU-CAT-E-ASL-FF-V5R18Exercises: EDU-CAT-E-ASL-FX-V5R18Detailed Steps: EDU-CAT-E-ASL-FS-V5R18

ObjectivesIn this course, you will learn how to generate sheet metal parts for aerospace


Aerospace Airframe Designer

PrerequisitesPart Design, Assembly Design, Wireframe and Surface Design

Content- Introduction to Aerospace Sheet Metal Design- ASL Parameters- Creating the Web- Creating a Surfacic Flange- Creating a Joggle- Creating Flanges- Creating a Corner Relief

- Creating a Cut Out- Creating Stamps

- Flanged Hole- Bead- Circular Stamp- Surface Stamp- Flanged Cutout- Stiffening Rib- Curve Stamp- User Stamp

- Creating a Hole- Points or Curves Mapping- Creating Corners or Chamfers- Applying a Pattern- Modifying a Feature

- Generating Folded and Flattened Parts- Drawing Generation

ExercisesEx. 1: Fighter Airframe (50min) / All sectorsEx. 2: Aero Structure (30min) / All sectorsEx. 3: Bracket (15min) / All sectorsEx. 4: Fighter Web Structure (20min) / All sectorsEx. 5: Rib (20min) / All sectors



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ASM: CATIA Product Design Expert

EDU-CAT-E-ASM-ACourse Code EDU-CAT-E-ASM-A






Training Material ReferencesInstructor Foils: EDU-CAT-E-ASM-AI-V5R18Foils: EDU-CAT-E-ASM-AF-V5R18Exercises: EDU-CAT-E-ASM-AX-V5R18

ObjectivesUpon completion of this course, you will be able to:-Modify CATIA options in order to optimize performance for large, complexdesigns-Manage contextual links between product documents by using publications

-create and use parameters to drive a product designCreate sections to visualize internal product structure-Create scenes and explodes views-Generate annotations and bills of material for assembly drawings


PrerequisitesStudents attending this course should have the knowledge of CATIA ProductDesign, CATIA Part Design.

ContentThis course will teach you collaborative engineering methods with which you

can design parts in the context of a complex product structure. You will learnhow to optimize performance for large and complex designs, and how togenerate annotations and bills of material for assembly drawings.

- Managing a Product Structure- Designing & Managing Contextual Parts- Creating and Using Published Geometry- Flexible Sub-Assembly- Working with Large Assemblies- Analyzing Assemblies to Prepare drawing

ExercisesNone



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CCV: Core & Cavity Design

EDU-CAT-E-CCV-FCourse Code EDU-CAT-E-CCV-F


1 dayDuration 1 day




Training Material ReferencesFoils: EDU-CAT-E-CCV-FF-V5R18Exercises: EDU-CAT-E-CCV-FX-V5R18Detailed Steps: EDU-CAT-E-CCV-FS-V5R18

ObjectivesUpon completion of the course you will be able to:- Import the part to a mold- Define the main pulling direction- Update mold areas by transferring, splitting and segregating faces

- Create a parting surface- Use functionalities dedicated to stamping- Perform a geometric comparison of two parts

Participants' ProfileSurface designers in tooling domain

PrerequisitesV5F-F: CATIA V5 Fundamentals

Content- Import the Part to mold- Define the Main Pulling Direction- Define a Slider/Lifter Pulling Direction

- Work on Mold Areas : Transfer, Aggregate, Split, Explode, Bounding Box- Define Parting Surface

ExercisesEx. 1: Pan Handle (60min) / All sectorsEx. 2: Support (30min) / All sectors



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DDR: CATIA Detail Drafting

EDU-CAT-E-DDR-FCourse Code EDU-CAT-E-DDR-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-DDR-FI-V5R18Foils: EDU-CAT-E-DDR-FF-V5R18Exercises: EDU-CAT-E-DDR-FX-V5R18

ObjectivesUpon completion of this course, you will be able to:-Create an interactive view and draw a sketch on it-Insert annotations to dress-up the views-Use advanced dimensioning tools

You will also be introduced to the 2D-3D links management and to the draftingworkbench customization

Participants' ProfileDraftsmen

PrerequisitesStudents attending this course should be familiar with the basics of 2D viewscreation in CATIA V5

Content- Introduction to drafting workbench- Creating Interactive Views

- Dressing up the Layout- View and Sheet Management- Customizing the Drafting Workbench- Master Exercise

What is new in this releaseThis course has been reworked to focus on the interactive creation and dressup of views. It includes useful recommendations and introduces to the use of2D components from catalogs.

ExercisesNone



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DRA: Advanced Drafting & Customization

EDU-CAT-E-DRA-ACourse Code EDU-CAT-E-DRA-A






Training Material ReferencesInstructor Foils: EDU-CAT-E-DRA-AI-V5R18Foils: EDU-CAT-E-DRA-AF-V5R18Exercises: EDU-CAT-E-DRA-AX-V5R18

ObjectivesUpon completion of this course you will be able to set and manage alldimension and annotation standards contained in the standard files accordingto company or projects needs.

Participants' ProfileDraftsmen, Drafting Administrators

PrerequisitesCATIA V5 Mechanical Design Fundamentals, knowledge of VB scripting

ContentDuring this 2-day session you will see-Hints & Tips on Interactive Drafting-Hints & Tips on Generative Drafting-Drawing Generation of large assemblies-Administration tasks-Increasing Productivity-Creating Frames & Title Blocks with a macro

ExercisesNone



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FMP: Functional Molded Part

EDU-CAT-E-FMP-FCourse Code EDU-CAT-E-FMP-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-FMP-FI-V5R18Foils: EDU-CAT-E-FMP-FF-V5R18Exercises: EDU-CAT-E-FMP-FX-V5R18

ObjectivesUpon Completion of this course you will be able to:- Define the main shapes of a molded part as added or removed material- Add functional features such as ribs or cutouts to the part- Finalize the molded part using the feature modifiers such as fillets or patterns

- Use the multi-body approach- Extract cores and cavities from the final part

Participants' ProfileMold Designers

PrerequisitesStudents attending this course should be familiar with CATIA V5Fundamentals.

ContentThis course will teach you how to use the Functional Molded Part workbench tocreate molded parts from the main shapes definition and to finalize the partwith additional dress up features. You will also be taught the multi-body

approach and will finally learn how to extract cores and cavity from the finalpart.

- Basics of functional Molded Parts- Basic Features- Functional Features- Feature Modifiers and Dress-Up Tools- Multi-Body Features- Extraction Features

ExercisesNone



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FTA: 3D Functional Tolerancing & Annotation

EDU-CAT-E-FTA-FCourse Code EDU-CAT-E-FTA-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-FTA-FI-V5R18Foils: EDU-CAT-E-FTA-FF-V5R18Exercises: EDU-CAT-E-FTA-FX-V5R18

ObjectivesUpon Completion of this course you will be able to:- Add 3D annotations to a part- Manage and position these annotations- Create and manage annotation planes and views

- Manage the 3D geometry associated to the 3D annotations


PrerequisitesStudents attending this course should be familiar with the basics of solids andsurfaces creation and also with the basics of knowledge

ContentThis course will teach you how to create annotation planes in a CATPart andhow to add and manage 3D annotations on these planes. You will also learnhow to create 3D views in the CATPart and how to use them to create 2Dviews in a CATDrawing.

ExercisesNone



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GS1: CATIA Surface Design

EDU-CAT-E-GS1-FCourse Code EDU-CAT-E-GS1-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-GS1-FI-V5R18Foils: EDU-CAT-E-GS1-FF-V5R18Exercises: EDU-CAT-E-GS1-FX-V5R18

ObjectivesUpon completion of this course you will be able to:- Identify and use the tools specific to the Generative Shape Design workbench- Create simple reference and Wireframe geometry- Use the reference wireframe elements to create simple surfaces

- Create clean topology from a set of surfaces and smooth sharp edges- Detect and correct the discontinuities on curves and surfaces- Create solids from surfaces

Participants' ProfileMechanical Surface Designers

PrerequisitesStudents attending this course should be familiar with the CATIA V5 interface

ContentThis course introduces you to the Generative Shape Design interface andbasic tools.You will be taught wireframe and surface creation and you will familiarize

yourself with the hybrid design.This course focus on the Generative Shape Design tools that are available witha MD2 license.

- Introduction to Surface Design- Creating Wireframe Geometry- Shape Design Common Tools- Creating Surfaces- Performing Operations on the Geometry- Completing the Geometry in Part Design- Modifying the Geometry- Using Tools-Master Exercice: Mobile Phone

Exercises

None



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HA1: Healing Assistant

EDU-CAT-E-HA1-FCourse Code EDU-CAT-E-HA1-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-HA1-FI-V5R18Foils: EDU-CAT-E-HA1-FF-V5R18Exercises: EDU-CAT-E-HA1-FX-V5R18

ObjectivesUpon completion of this course you will be able to:- Analyze the imported data- Repair the imported data- Compare two versions of a Part

- Customize the workbench

Participants' ProfileAll designers, especially in the tooling design domain

PrerequisitesGS1-F-V5R16: CATIA Surface Design

Content- Introduction to Healing Assistant- Master Exercise Presentation- Model Analysis- Master Exercise Step 1: Topological Analysis- Closing a Join Surface

- Master Exercise Step 2: Topological Healing- Comparing Models- Customizing the Workbench

ExercisesEx. 1: Lateral Fender (master exercise) (60min) / All sectorsEx. 2: Compare exercise: Lateral fender (30min) / All sectorsEx. 3: Additional exercise (Handle) (45min) / All sectors



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LO1: 2D Layout for 3D Design

EDU-CAT-E-LO1-FCourse Code EDU-CAT-E-LO1-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-LO1-FI-V5R18Foils: EDU-CAT-E-LO1-FF-V5R18Exercises: EDU-CAT-E-LO1-FX-V5R18

ObjectivesIn this course you will learn how to draw benefit from 2D & 3D available in asingle environment to design 3D products.


CATIA V5 users

PrerequisitesDraftingPart DesignAssembly Design

Content1- Introduction

Accessing the WorkbenchUser InterfaceGeneral PresentationUser SettingsStandards

2- Geometry CreationCreating Projection ViewsExporting the 2D View to 2D LayoutUsing 2D Components3D Visualization and Use-Edges CapabilitiesManaging the Background VisualizationDressing-up the GeometryCreating 3D geometry from 2D geometry

3- Data ManagementPrint CapabilitiesDrawing Creation from 2D Layout

ExercisesNone



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MD2: Mechanical Design V5R18 Update

EDU-CAT-E-MD2-UCourse Code EDU-CAT-E-MD2-U


1 dayDuration 1 day


UpdateLevel Update


Training Material ReferencesInstructor Foils: EDU-CAT-E-MD2-UI-V5R18Foils: EDU-CAT-E-MD2-UF-V5R18

ObjectivesUpon completion of this course you will be able to use the new and enhancedtools of the Mechanical Design Workbenches in V5R18 Release.


PrerequisitesStudents attending this course should have knowledge of CATIA MechanicalDesign V5R17

ContentThis course will teach you the principal new tools available in CATIA V5R18Mechanical Design. You will be taught the new options for variable radiuscreation. You will also learn how to create symmetric set in products, how touse tolerant modeling while creating blends. In the drafting workbench, you willsee how to create new 2D and 3D clipping views or how to customize symbols.

- Sketcher Updates- Part Design Updates

- Assembly Design Updates- Generative Shape Design.

ExercisesNone



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MTD: Mold Tooling Design

EDU-CAT-E-MTD-FCourse Code EDU-CAT-E-MTD-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-MTD-FI-V5R18Foils: EDU-CAT-E-MTD-FF-V5R18Exercises: EDU-CAT-E-MTD-FX-V5R18Detailed Steps: EDU-CAT-E-MTD-FS-V5R18

ObjectivesUpon Completion of this course you will be able to:- Create the mold base having guided and fixed components using MoldTooling Design workbench

- Build the complete assembly of a Plastic Injection Mold.

Participants' ProfileNew Mold Tooling Design users

PrerequisitesStudents attending this course should have knowledge of CATIA V5Fundamentals and TG1 Tooling Design Fundamentals

ContentIntroduction to Mold Tooling DesignCreating a New MoldEditing the Mold BaseWorking with Mold Components

Mold Design to ManufacturingCreating Injection FeaturesAdditional Information

ExercisesNone



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PDG: CATIA Part Design Expert

EDU-CAT-E-PDG-ACourse Code EDU-CAT-E-PDG-A


1.5 daysDuration 1.5 days




Training Material ReferencesInstructor Foils: EDU-CAT-E-PDG-AI-V5R18Foils: EDU-CAT-E-PDG-AF-V5R18Exercises: EDU-CAT-E-PDG-AX-V5R18

ObjectivesUpon completion of this course, you will be able to:-Use 3D reference Elements to create a part-Create advanced Sketch-Based Features-Apply Advanced Dress-Up Features

-Design using Boolean operations-Share Designs by working in Multi-Model environment-Analyse Parts-Annotate Parts for review

Participants' ProfileCATIA V5 Mechanical Designers.

PrerequisitesStudents attending this course should have the knowledge of CATIA V5Fundamentals, Getting started with CATIA V5, Sketcher, Part DesignFundamentals

Content

This course will teach you to design Complex 3D mechanical parts fromsketches in context of an assembly. You will build upon the knowledge gainedin the Part Design Course and will be equiped to use Advanced featuresoffered by the Part Design workbench.

- Using 3D Elements to Create a Part- Sketch-Based Features- Part Manipulations- Dress-Up Features- Part Analysis- Annotations

ExercisesNone



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SMD: CATIA Generative Sheetmetal Design

EDU-CAT-E-SMD-FCourse Code EDU-CAT-E-SMD-F


1 dayDuration 1 day




Training Material ReferencesInstructor Foils: EDU-CAT-E-SMD-FI-V5R18Foils: EDU-CAT-E-SMD-FF-V5R18Exercises: EDU-CAT-E-SMD-FX-V5R18Detailed Steps: EDU-CAT-E-SMD-FS-V5R18

ObjectivesUnderstand the terminology and the creation process for sheet metal partdesignDefine and manage sheet metal part parameters

Design walls, bends and flanges- Add features such as cutouts, holes, corners and chamfers- Create standard and user defined stamped features- Manage folded and unfolded views and export a finished flat pattern

Participants' ProfileMechanical Designers, Sheetmetal Designers

PrerequisitesCATIA V5 Fundamentals.



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ContentThis course will teach you how to design a sheet metal part using associativefeature-based modeling. Standard and user defined stamped features can beintegrated into the design and the resulting flat pattern is calculated inaccordance with standard bend allowances or with company specific bendallowance tables.

Getting Started- Introduction to Sheet Metal Design- Generative Sheet Metal Design Overview- Defining Sheet Metal Parameters- Recommendations for Getting Started

Sheet Metal Walls- What is a Sheet Metal Wall?- Defining the First Wall- Secondary Walls- Part Recognition- Recommendations for Sheet Metal Walls

Bends and Unfolded Mode- Bends- Unfolded Mode- Corner Relief- Recommendations for Bends

Flanges- Creating Flanges- Recommendations for Flanges

Sheet Metal Features- Cutouts- Holes- Corners and Chamfers

- Standard Stamps- User-Defined Stamps- Recommendations for Sheet Metal Features

Transformations and Duplication- Transformation of Parts- Patterns- Mirror- PowerCopies- Recommendations for Duplication

Mapping and Output- Point or Curve Mapping- Output

Advanced Topics in Sheet Metal- Sheet Metal Standard Files- Multi-Body Methodology

ExercisesNone



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SMD: CATIA Generative Sheet Metal Design V5R18Update

EDU-CAT-E-SMD-UCourse Code EDU-CAT-E-SMD-U




UpdateLevel Update


Training Material ReferencesInstructor Foils: EDU-CAT-E-SMD-UI-V5R18Foils: EDU-CAT-E-SMD-UF-V5R18

ObjectivesUpon completion of this course you will be able to use the new and enhancedcapabilities of Generative Sheetmetal Design Workbench in V5R18 release.


PrerequisitesStudents attending this course must have knowledge of CATIA GenerativeSheetmetal Design V5R17.

Content-Enhancements in Wall-Enhancements in Extrusion-Enhancements in Hopper-Transformation of Parts-Enhancements in Local Unfolding

ExercisesNone



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SR1: Structure Design

EDU-CAT-E-SR1-FCourse Code EDU-CAT-E-SR1-F


1 dayDuration 1 day



ILTMethod ILT

Training Material ReferencesInstructor Foils: EDU-CAT-E-SR1-FI-V5R18Foils: EDU-CAT-E-SR1-FF-V5R18Exercises: EDU-CAT-E-SR1-FX-V5R18Additional Information: EDU-CAT-E-SR1-FO-V5R18

ObjectivesIn this course you will learn methods to quickly create and modify linear andcurved structures, and plates using standard or user-defined sections. Itaddresses any kind of Frames, Foundations and Steel construction , in

various domains like Aerospace, Automotive and F&A.

Participants' ProfileNew CATIA V5 users

PrerequisitesCOM, WFS, PDG



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Content1.Introduction to Structure Designp6Accessing the Workbench p7Exploring the User Interfacep8Terminologyp92.Options & Project Resources Managementp10Setting Structure Design Optionsp11Setting Part Design Options p12Setting Assembly Design Optionsp14Selecting a Projectp153.Creating Skeletonsp17What about Skeletons?p18Creating Grids in 3Dp194.Defining and Creating Shapes & Platesp22What about Shapes? p23

Generating Piece Parts p24Defining & Placing Shapes p26

Defining Material & Gradep27Defining Section p28

Defining Shape Anchor Point p29Defining Shape Orientation p30Placing Shapes Using Points p31Placing Shapes on Support p34Creating Plates & End-Platesp36Creating Small Assemblies p425.Modifying Shapes & Platesp44Modifying Shapes & Plates Definition p45Extending and Stretching Shapesp47Splitting and Merging Shapes & Platesp48Nibbling/Coping Shapes ans Platesp49Defining Cutbacks p51Removing Cutbacks p57Placing Cutoutsp58Modifying Cutouts p63

Removing Cutouts p64Placing End Cuts p65Modifying and Removing End Cuts p69Placing Slotsp70Modifying Slotsp74Removing Slotsp75

ExercisesEx. 1: Select your project and options (15min) / All sectorsEx. 2: External Turret: Panel System (45min) / All sectorsEx. 3: External Turret: Jacket System (30min) / All sectorsEx. 4: External Turret: Floor System (30min) / All sectorsEx. 5: External Turret: Detailing (90min) / All sectorsEx. 6: External Turret: Modifications (15min) / All sectorsEx. 7: External Turret: Secondary Structures (30min) / All sectors

Ex. 8: Piece Part Generation (30min) / All sectors



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SRA: Structure Design Administration

EDU-CAT-E-SRA-ACourse Code EDU-CAT-E-SRA-A





ILTMethod ILT

Training Material ReferencesInstructor Foils: EDU-CAT-E-SRA-AI-V5R18Foils: EDU-CAT-E-SRA-AF-V5R18Exercises: EDU-CAT-E-SRA-AX-V5R18Additional Information: EDU-CAT-E-SRA-AO-V5R18

ObjectivesIn this course you will learn methods to:- administrate a SR1 project.- Create or modify a Section Catalog

- Create End-Cuts, Slots and Small Assmblies

Participants' ProfileExperienced CATIA V5 users

PrerequisitesCOM, WFS, PDG, SR1, PKT, KWA (Optional)

Content1. Project Resource Managementp5

Introducing the PRMp6Understanding the PRMp7Structure Discipline Resourcesp11Accessing & Checking the PRM p15

2. Feature Dictionaryp16About the Feature Dictionaryp17Starting the Feature Dictionary Editorp18Managing Attributes p19Discrete Valuesp21Managing ID Numberp22

3. Standard Section Catalogsp24Managing Parametric Sectionsp25Generating Resolved Partsp30Creating/Modifying Standard Section Catalogsp32Creating/Modifying the StructureSpecificationMaterial Catalogsp34

4. Detailing Featuresp41Design Rules and Recommendationsp42End-Cutsp45Slotsp51

Small Assembliesp54Storing Detailing Features in a catalogp57

ExercisesEx. 1: Creating a New Project (180min) / All sectorsEx. 2: Adding New Attributes (180min) / All sectorsEx. 3: Creating a Resolved Standard section (240min) / All sectorsEx. 4: Modifying the StructureSpecifiactionMaterial Catalog (240min) / AllsectorsEx. 5: Creating a Standard End-Cut (180min) / All sectorsEx. 6: Creating a Contextual End-Cut (180min) / All sectorsEx. 7: Creating a Slot (180min) / All sectorsEx. 8: Creating a Small Assembly (180min) / All sectors



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TG1: Tooling Design

EDU-CAT-E-TG1-FCourse Code EDU-CAT-E-TG1-F


1.5 daysDuration 1.5 days




Training Material ReferencesFoils: EDU-CAT-E-TG1-FF-V5R18Exercises: EDU-CAT-E-TG1-FX-V5R18Detailed Steps: EDU-CAT-E-TG1-FS-V5R18

ObjectivesUpon completion of this course you will be able to:Create the die and mold components using Mold Tool Design workbench.Instantiate the components in a die or mold structure.

Participants' ProfileNew Tooling Design users

PrerequisitesStudents attending this course should have experience in the followingdomain(s): CATIA V5 Fundamentals

ContentIntroduction to Tooling DesignCreating ComponentsEditing ComponentsSpecific Components : Inserts & SlidersAdvanced Add/Remove CapabilitiesManaging User Components

Tool Design to Manufacturing

ExercisesNone



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V5E: CATIA V5 Mechanical Design Expert

EDU-CAT-E-V5E-ACourse Code EDU-CAT-E-V5E-A






Training Material ReferencesInstructor Foils: EDU-CAT-E-V5E-AI-V5R18Foils: EDU-CAT-E-V5E-AF-V5R18

Objectives- Create a complex model in CATIA V5- Create and manage a structured model- Design parts in the context of an assembly- Re-use existing data to complete assemblies- Manage relationships between assembled parts

- Analyze and annotate your design

Participants' ProfileMechanical designers already having an experience of CATIA V5 mechanicaldesign foundations.

PrerequisitesStudents attending this course should have knowledge of CATIA V5Fundamentals

ContentThis course will teach you how to start a complex design project from itsspecifications (top down approach) and complete it by reusing existing data. Itwill focus on advanced skills and concepts that enable you to create and

analyze complex parts and assemblies.

Lesson 1: IntroductionLesson 2: Design Complex PartsLesson 3: Surface DesignLesson 4: Analyze and Annotate PartsLesson 5: Sharing InformationLesson 6: Assembly DesignLesson 7: Design in ContextLesson 8: Complex Assembly DesignMaster Project 1: Mobile PhoneMaster Project 2: Lifting Truck

ExercisesNone



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V5F: CATIA V5 Fundamentals

EDU-CAT-E-V5F-FCourse Code EDU-CAT-E-V5F-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-V5F-FI-V5R18Foils: EDU-CAT-E-V5F-FF-V5R18

ObjectivesUnderstand the CATIA V5 interfacePlan the construction of a part in order to properly convey its visual andfunctional aspectsCreate simple parts in CATIA V5Understand how to manage parts in the context of an assembly

Produce simple drawings and assembly layouts

Participants' ProfileNew CATIA V5 Mechanical Designers

PrerequisitesMechanical design experience.Experience with the Windows operating system.

ContentThis course will introduce you to CATIA V5. It will teach you how to buildsimple parts and assemblies in CATIA, and how to make simple drawings ofthose parts and assemblies.

- Lesson 1: Introduction to CATIA- Lesson 2: Profile Creation

- Lesson 3: Basic Features

- Lesson 4: Additional Features

- Lesson 5: Dress-Up Features

- Lesson 6: Reusing Data

- Lesson 7: Finalizing Design Intent

- Lesson 8: Assembly Design

- Lesson 9: Design in Context

- Lesson 10: Drafting ISO

- Lesson 10: Drafting ANSI

ExercisesNone



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V5VB: V5 Automotive - Fundamental Course for BodyDesigners

EDU-CAT-E-V5VB-FCourse Code EDU-CAT-E-V5VB-F






Training Material ReferencesInstructor Foils: EDU-CAT-E-V5VB-FI-V5R18Foils: EDU-CAT-E-V5VB-FF-V5R18

ObjectivesThis course will introduce the fundamental concepts that are required to buildsimple automotive parts and assemblies in CATIA V5, and teaches how tomake simple drawings of those parts and assemblies. It will introduce you tothe correct surface modeling methodology necessary for body or chassisdesign.

At the end of the course students will be able to:- Understand the CATIA V5 interface- Plan the construction of an automotive part in order to properly convey itsvisual and functional aspects- Create simple automotive parts in CATIA V5- Use correct surface modeling methodology for body or chassis design- Understand how to design and manage parts in the context of an assembly- Produce simple drawings and assembly layouts

Participants' ProfileAutomotive Chassis or Body Designers

PrerequisitesNone

ContentThis course is made up of 12 lessons.

-Lesson 1: Introduction to CATIA-Lesson 2: Profile Creation-Lesson 3: Basic Features-Lesson 4: Additional Features-Lesson 5: Dress-Up Features-Lesson 6: Reusing Data-Lesson 7: Create Simple Surface-Lesson 8: Create Complex Surfaces-Lesson 9: Surface Modification Tools

-Lesson 10: Assembly Design-Lesson 11: Designing in Context-Lesson 12: Drafting (ISO)

ExercisesNone



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V5VC: V5 Automotive - Fundamental Course forChassis Designers

EDU-CAT-E-V5VC-FCourse Code EDU-CAT-E-V5VC-F






Training Material ReferencesNone

ObjectivesThis course will introduce the fundamental concepts that are required to buildsimple automotive parts and assemblies in CATIA V5, and teaches how tomake simple drawings of those parts and assemblies. It will introduce you tothe correct surface modeling methodology necessary for body or chassisdesign.

At the end of the course students will be able to:- Understand the CATIA V5 interface- Plan the construction of an automotive part in order to properly convey itsvisual and functional aspects- Create simple automotive parts in CATIA V5- Use correct surface modeling methodology for body or chassis design- Understand how to design and manage parts in the context of an assembly- Produce simple drawings and assembly layouts

Participants' ProfileAutomotive Chassis or Body Designers

Prerequisites

None

ContentThis course is made up of 12 lessons.

Lessons 1- 6: Introduction to basic modeling in CATIA V5Lessons 7 - 9: Surfac

CATIA V5R18 Course Catalog

Documents

Transcript of CATIA V5R18 Course Catalog