CATIA V5R19 Course Catalog

CATIA V5R19 Course Material Catalog January 2009 Edition

CATIA V5R19 Course Material Catalog

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CATIA V5R19 Course Material Catalog CATIA Course Material .......................................................................... 5 Analysis Solutions ................................................................................................ 5 EST: ELFINI Structural Analysis (EDU-CAT-E-EST-F - V5R19) ............................................. 6 FMD: FEM Solid (EDU-CAT-E-FMD-F - V5R19) ..................................................................... 7 FMS: FEM Surface (EDU-CAT-E-FMS-F - V5R19) ................................................................. 9 GAS: Generative Assembly Structural Analysis (EDU-CAT-E-GAS-F - V5R19) ................... 11 GDY: Generative Dynamic Response Analysis (EDU-CAT-E-GDY-F - V5R19) ................... 13 GPE: Generative Part Structural Analysis Expert (EDU-CAT-E-GPE-F - V5R19) ................. 14 GPF: Generative Part Structural Analysis Fundamental (EDU-CAT-E-GPF-F - V5R19) ...... 15 V5A: CATIA V5 for Analysis (EDU-CAT-E-V5A-F - V5R19) .................................................. 17

Equipment & Systems Engineering Solutions .................................................... 18 CBD: Circuit Board Design (EDU-CAT-E-CBD-F - V5R19) ................................................... 19 CNA: Compartment & Access (EDU-CAT-E-CNA-F - V5R19) .............................................. 20 CNS: Compartment & Access Setup (EDU-CAT-E-CNS-F - V5R19) .................................... 21 EHF: Electical Harness Flattening (EDU-CAT-E-EHF-F - V5R19) ........................................ 22 ELI: Electrical Librarian & Harness Installation (EDU-CAT-E-ELI-F - V5R19) ....................... 23 EQS: Equipment Arrangement Setup & Catalogs (EDU-CAT-E-EQS-F - V5R19) ................ 25 EQT: Equipment Arrangement (EDU-CAT-E-EQT-F - V5R19) ............................................. 26 ES1: Equipment & Systems Environment (EDU-CAT-E-ES1-F - V5R19) ............................. 27 ES2: Generic Routing (EDU-CAT-E-ES2-F - V5R19) ........................................................... 28 ESA: Equipment & Systems Setup and Administration (EDU-CAT-E-ESA-F - V5R19) ........ 29 EWR: Electrical Wire Routing (EDU-CAT-E-EWR-F - V5R19) .............................................. 30 HVA: HVAC Design (EDU-CAT-E-HVA-F - V5R19) .............................................................. 31 HVD: HVAC Diagrams (EDU-CAT-E-HVD-F - V5R19) .......................................................... 32 HVS: HVAC Setup & Catalogs (EDU-CAT-E-HVS-F - V5R19) ............................................. 33 PID: Piping & Instrumentation Diagrams (EDU-CAT-E-PID-F - V5R19) ................................ 34 PIP: Piping Design (EDU-CAT-E-PIP-F - V5R19) ................................................................. 36 PIS: Piping Setup and Catalogs (EDU-CAT-E-PIS-F - V5R19) ............................................. 38 PLO: Plant Layout (EDU-CAT-E-PLO-F - V5R19) ................................................................. 40 SDD: Structure Detail Design (EDU-CAT-E-SDD-F - V5R19) ............................................... 41 SFD: Structure Functional Design (EDU-CAT-E-SFD-F - V5R19) ........................................ 42 SSR: Systems Space Reservation (EDU-CAT-E-SSR-F - V5R19) ....................................... 43 STS: Structure Design Setup (EDU-CAT-E-STS-F - V5R19) ................................................ 44 TUB: Tubing Design (EDU-CAT-E-TUB-F - V5R19) .............................................................. 46 TUD: Tubing Diagrams (EDU-CAT-E-TUD-F - V5R19) ......................................................... 47 TUS: Tubing Catalogs (2D Diagrams & 3D Design) (EDU-CAT-E-TUS-A - V5R19) ............. 48 V5VE: CATIA V5 Automotive - Electrical (EDU-CAT-E-V5VE-F - V5R19) ............................ 49

Infrastructure Solutions ....................................................................................... 50 ADM: V5 Administration (EDU-CAT-E-ADM-F - V5R19) ....................................................... 51 COM: Getting Started with CATIA V5 (EDU-CAT-E-COM-F - V5R19) .................................. 52 DF1: Product Data Filtering (EDU-CAT-E-DF1-F - V5R19) ................................................... 53


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PHS: Photo Studio (EDU-CAT-E-PHS-F - V5R19) ................................................................ 54 PRO: CATIA Tools for Proficient Users (EDU-CAT-E-PRO-F - V5R19) ................................ 55 PSO: Photo Studio Optimizer (EDU-CAT-E-PSO-F - V5R19) ............................................... 56 RTR: Real Time Rendering (EDU-CAT-E-RTR-F - V5R19) .................................................. 57 V4A: V4/V5 Advanced Interoperability (EDU-CAT-E-V4A-A - V5R19) .................................. 58 V4I: V4 Integration (EDU-CAT-E-V4I-F - V5R19) .................................................................. 59 VBA: CATIA V5 Automation (EDU-CAT-E-VBA-F - V5R19) .................................................. 60

Mechanical Design Solutions .............................................................................. 61

ASL: Aerospace Sheet Metal Design (EDU-CAT-E-ASL-F - V5R19) .................................... 62 ASM: CATIA Product Design (EDU-CAT-E-ASM-F - V5R19) ............................................... 63 ASM: CATIA Product Design Expert (EDU-CAT-E-ASM-A - V5R19) .................................... 64 CCV: Core & Cavity Design (EDU-CAT-E-CCV-F - V5R19) .................................................. 65 CPD: Composites Part Design (EDU-CAT-E-CPD-F - V5R19) ............................................. 66 CPE: Composites Part Engineering (EDU-CAT-E-CPE-F - V5R19) ...................................... 69 CPM: Composites Part Manufacturing (EDU-CAT-E-CPM-F - V5R19) ................................. 72 CTP: CATIA PLM Express Fundamentals (EDU-CAT-E-CTP-F - V5R19) ............................ 74 CTPB: CATIA PLM Express Foundations-Basic Surfaces (EDU-CAT-E-CTPB-F - V5R19) . 76 CTPS: CATIA PLM Express Foundations-Surfaces (EDU-CAT-E-CTPS-F - V5R19) ........... 78 DDR: CATIA Detail Drafting (EDU-CAT-E-DDR-F - V5R19) ................................................. 80 DRA: Advanced Drafting & Customization (EDU-CAT-E-DRA-A - V5R19) ........................... 81 FMP: Functional Molded Part (EDU-CAT-E-FMP-F - V5R19) ............................................... 82 FR1: Part Design Feature Recognition (EDU-CAT-E-FR1-F - V5R19) ................................. 83 FTA: 3D Functional Tolerancing & Annotation (EDU-CAT-E-FTA-F - V5R19) ...................... 84 GDRA: CATIA Generative Drafting (ANSI) (EDU-CAT-E-GDRA-F - V5R19) ........................ 85 GDRI: CATIA Generative Drafting (ISO) (EDU-CAT-E-GDRI-F - V5R19) ............................. 86 GS1: CATIA Surface Design (EDU-CAT-E-GS1-F - V5R19) ................................................. 87 HA1: Healing Assistant (EDU-CAT-E-HA1-F - V5R19) ......................................................... 88 LO1: 2D Layout for 3D Design (EDU-CAT-E-LO1-F - V5R19) .............................................. 89 MD2: Mechanical Design V5R19 Update (EDU-CAT-E-MD2-U - V5R19) ............................. 90 MTD: Mold Tooling Design (EDU-CAT-E-MTD-F - V5R19) ................................................... 91 PDG: CATIA Part Design (EDU-CAT-E-PDG-F - V5R19) ..................................................... 92 PDG: CATIA Part Design Expert (EDU-CAT-E-PDG-A - V5R19) ......................................... 93 PWT: Engine Design Methodology (EDU-CAT-E-PWT-F - V5R19) ...................................... 94 SKE: CATIA Sketcher (EDU-CAT-E-SKE-F - V5R19) ........................................................... 95 SMD: Generative Sheetmetal Design (EDU-CAT-E-SMD-F - V5R19) .................................. 96 SMD: CATIA Generative Sheet Metal Design V5R19 Update (EDU-CAT-E-SMD-U - V5R19) SR1: Structure Design (EDU-CAT-E-SR1-F - V5R19) .......................................................... 99 SRA: Structure Design Administration (EDU-CAT-E-SRA-A - V5R19) ................................ 101 TG1: Tooling Design (EDU-CAT-E-TG1-F - V5R19) ........................................................... 102 V5E: CATIA V5 Mechanical Design Expert (EDU-CAT-E-V5E-A - V5R19) ........................ 103 V5F: CATIA V5 Fundamentals (EDU-CAT-E-V5F-F - V5R19) ............................................ 105 V5VB: V5 Automotive - Fundamental Course for Body Designers (EDU-CAT-E-V5VB-F - V5R19) V5VC: V5 Automotive - Fundamental Course for Chassis Designers (EDU-CAT-E-V5VC-F - V5R19)


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V5VP: V5 Automotive - Fundamental Course for Powertrain Designers (EDU-CAT-E-V5VP-F - V5R1 WD1: Weld Design (EDU-CAT-E-WD1-F - V5R19) ............................................................. 113

Machining Solutions ......................................................................................... 114 AMG: Advanced Part Machining (EDU-CAT-E-AMG-F - V5R19) ........................................ 115 LMG: Lathe Machining (EDU-CAT-E-LMG-F - V5R19) ....................................................... 116 MLG: Multi-Slide Lathe Machining (EDU-CAT-E-MLG-F - V5R19) ..................................... 117 MMG: Multi-Axis Surface Machining (EDU-CAT-E-MMG-F - V5R19) ................................. 118 MPA: Prismatic Machining Preparation Assistant (EDU-CAT-E-MPA-F - V5R19) .............. 119 MPG: Multi Pocket Machining (EDU-CAT-E-MPG-F - V5R19) ............................................ 120 NCI: Numerical Control Infrastructure (EDU-CAT-E-NCI-F - V5R19) .................................. 121 PMG: Prismatic Machining (EDU-CAT-E-PMG-F - V5R19) ................................................ 123 SMG: Surface Machining (EDU-CAT-E-SMG-F - V5R19) ................................................... 124 STL: STL Rapid Prototyping (EDU-CAT-E-STL-F - V5R19) ................................................ 126

Product Synthesis Solutions ............................................................................. 127 HMN: Human Modeling (EDU-CAT-E-HMN-F - V5R19) ...................................................... 128 KBE: Knowledge-Based Engineering (EDU-CAT-E-KBE-F - V5R19) ................................. 130 KBE: Knowledge-Based Engineering (EDU-CAT-E-KBE-A - V5R19) ................................. 131 KWA: Knowledge Advisor (EDU-CAT-E-KWA-F - V5R19) .................................................. 132 KWE: Knowledge Expert (EDU-CAT-E-KWE-F - V5R19) ................................................... 133 KWF: Knowledge Fundamentals (EDU-CAT-E-KWF-F - V5R19) ....................................... 134 PEO: Product Engineering Optimizer (EDU-CAT-E-PEO-F - V5R19) ................................. 135 PKT: Product Knowledge Template (EDU-CAT-E-PKT-F - V5R19) .................................... 136

Shape Design & Styling Solutions .................................................................... 137 ABF: Automotive Body in White Fastening (EDU-CAT-E-ABF-A - V5R19) ......................... 138 CTS: Cloud to Surface (EDU-CAT-E-CTS-A - V5R19) ........................................................ 139 DL1: Developed Shapes (EDU-CAT-E-DL1-F - V5R19) ...................................................... 140 DSE: Digitized Shape Editor (EDU-CAT-E-DSE-F - V5R19) ............................................... 141 DSS: Shape Sculptor (EDU-CAT-E-DSS-F - V5R19) .......................................................... 142 FSK: FreeStyle Sketch Tracer (EDU-CAT-E-FSK-F - V5R19) ............................................ 143 FSS: FreeStyle Shaper, Optimizer & Profiler (EDU-CAT-E-FSS-F - V5R19) ...................... 144 GSD: Surface Design Expert (EDU-CAT-E-GSD-F - V5R19) ............................................. 145 GSO: Generative Shape Optimizer (EDU-CAT-E-GSO-F - V5R19) .................................... 147 HD2: Generative Shape Design V5R19 Update (EDU-CAT-E-HD2-U - V5R19) ................. 148 IMA: Imagine & Shape (EDU-CAT-E-IMA-F - V5R19) ......................................................... 149 MTH: Introduction to the Mathematical Concepts of CATIA V5 (EDU-CAT-E-MTH-A - V5R19) QSR: Quick Surface Reconstruction (EDU-CAT-E-QSR-F - V5R19) .................................. 151 RSO: Realistic Shape Optimizer (EDU-CAT-E-RSO-F - V5R19) ........................................ 152 V5S: V5 Surface Design (EDU-CAT-E-V5S-F - V5R19) ...................................................... 153


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CATIA Course Material Analysis Solutions

CATIA V5R19 Course Catalog

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Analysis Solutions Course Code Brand & Release Duration Language Level Method

EST: ELFINI Structural Analysis EDU-CAT-E-EST-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-EST-FI-V5R19 Foils: EDU-CAT-E-EST-FF-V5R19 Exercises: EDU-CAT-E-EST-FX-V5R19 Objectives Upon completion of this course you will be able to: - Use the advanced pre-processing capabilities (such as loads and boundary conditions) 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) in addition to the standard Static and Frequency cases - Create your own result image templates, customize the post-processing result images, group selective entitites in the result images, and create advanced reports Participants' Profile Mechanical Designers Structural Analysts Prerequisites Generative Part Structural Analysis Fundamentals, Generative Assembly Structural Analysis, FEM Surface Meshing Content - Introduction to EST Analysis - Advanced Pre-Processing - Advanced Analysis Case Management - Advanced Post-Processing - Master Exercises - Added Exercises Exercises Ex. 1: Advanced Analysis of Landing Gear Assembly (120min) / Aerospace Ex. 2: Blade Analysis (120min) / Aerospace


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FMD: FEM Solid EDU-CAT-E-FMD-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FMD-FI-V5R19 Foils: EDU-CAT-E-FMD-FF-V5R19 Exercises: EDU-CAT-E-FMD-FX-V5R19 Detailed Steps: EDU-CAT-E-FMD-FS-V5R19 Objectives Upon completion of this course you will be able to: - Use different solid meshers such as Tetrahedron Filler, OCTREE Tetrahedron Mesher, 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' Profile Mechanical Designers Prerequisites - Generative Part Structural Analysis Fundamentals - Generative Part Structural Analysis Expert - Generative Assembly Structural Analysis - FEM Surface Meshing


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Content This course will teach you how to generate a 3D tetrahedron mesh by focusing on the transformation methods used to create new mesh models from an existing 2D or 3D mesh. It will teach you how to analyze the quality of the resulting 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 Exercises Ex. 1: OCTREE Tetrahedron Mesher (15min) / All sectors Ex. 2: Solid Meshing Using Sweep 3D (5min) / All sectors Ex. 3: Mesh Part Transformation (15min) / All sectors Ex. 4: Mesh Part Extrusion (15min) / All sectors Ex. 5: Master Exercise: Meshing of an Engine Cylinder Block (60min) / All sectors


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FMS: FEM Surface EDU-CAT-E-FMS-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FMS-FI-V5R19 Foils: EDU-CAT-E-FMS-FF-V5R19 Exercises: EDU-CAT-E-FMS-FX-V5R19 Detailed Steps: EDU-CAT-E-FMS-FS-V5R19 Objectives Upon completion of this course you will be able to: - Use the various Meshers such as Surface Mesher, Advanced Surface Mesher, Beam Mesher, and OCTREE Triangle Mesher - Create a new mesh using existing mesh with the help of mesh transformation tools and mesh operators - Edit the mesh using the mesh edition tools available within the above mentioned meshers - Analyze the mesh quality using mesh quality checks and tools like Free Edges, Duplicate Elements, Duplicate Nodes, Mesh Interference Checks, etc. Participants' Profile Mechanical Designers Prerequisites - Generative Part Structural Analysis Fundamentals - Generative Assembly Structural Analysis Content This course will teach you how to create a FE model for a complex surface part, and how to simplify geometric data so as to optimize the meshing process. You will learn how to manage surface and beam meshes, modify meshes 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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Exercises Ex. 1: Floor Mesh (20min) / All sectors Ex. 2: Fuselage Door Static Analysis (30min) / All sectors Ex. 3: Surface Mesher (75min) / All sectors Ex. 4: Octree Mesh on Block Cylinder (15min) / All sectors Ex. 5: Hybrid Mesh: 1D and 2D (30min) / All sectors Ex. 6: Extrude 1D Element Into 2D Mesh (15min) / All sectors Ex. 7: Mesh Parameters Exposition to Knowledge (30min) / All sectors Ex. 8: Mesh Parameters Exposition to Knowledge 2 (10min) / All sectors Ex. 9: Mesh Parameters Exposition to Knowledge 3 (5min) / All sectors Ex. 10: Meshing Parametric Conceptual Body (60min) / All sectors Ex. 11: Seam Welding Analysis (60min) / All sectors Ex. 12: Compatible Seam Welds (30min) / All sectors Ex. 13: Spot Welding With Hemming (15min) / All sectors Ex. 14: Fuselage Connection (60min) / All sectors Ex. 15: Master Exercise 1: Meshing of a Crossmember (60min) / All sectors Ex. 16: Wing Structure Analysis (60min) / All sectors


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GAS: Generative Assembly Structural Analysis EDU-CAT-E-GAS-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GAS-FI-V5R19 Foils: EDU-CAT-E-GAS-FF-V5R19 Exercises: EDU-CAT-E-GAS-FX-V5R19 Detailed Steps: EDU-CAT-E-GAS-FS-V5R19 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 Participants' Profile Mechanical Designers Structural Analysts Prerequisites Generative Part Structural Analysis Fundamentals Generative Part Structural Analysis Expert


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Content This course will teach you how to perform a Finite Element Analysis using an existing assembly, and will focus on the creation of connections between assembly components and how to assign appropriate connection properties. You will also learn how to create an analysis assembly from existing meshed parts. 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 Exercises Ex. 1: ‘Pressure Fitting’ Connections between Rod and Axis (20min) / All sectors Ex. 2: ‘Face Face’ Connection Properties Recap Exercise (30min) / All sectors Ex. 3: Distant Connection Property Recap Exercise (60min) / All sectors Ex. 4: Analysis Assembly (60min) / All sectors Ex. 5: Master Exercise: Assembly Analysis Presentation (90min) / All sectors


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GDY: Generative Dynamic Response Analysis EDU-CAT-E-GDY-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GDY-FI-V5R19 Foils: EDU-CAT-E-GDY-FF-V5R19 Exercises: EDU-CAT-E-GDY-FX-V5R19 Detailed Steps: EDU-CAT-E-GDY-FS-V5R19 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 Participants' Profile Mechanical Designers Structural Analysts Prerequisites Generative Part Structural Analysis Fundamentals Generative Part Structural Analysis Expert Content This course will teach you how to perform a harmonic or transient analysis on a single part using finite elements. You will learn how to generate and visualize 2D 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

Exercises Ex. 1: Master Exercise: Transient Dynamic Analysis (60min) / All sectors


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GPE: Generative Part Structural Analysis Expert EDU-CAT-E-GPE-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GPE-FI-V5R19 Foils: EDU-CAT-E-GPE-FF-V5R19 Exercises: EDU-CAT-E-GPE-FX-V5R19 Detailed Steps: EDU-CAT-E-GPE-FS-V5R19 Objectives Upon 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 a pre-defined accuracy Participants' Profile Mechanical Designers Prerequisites CATIA V5 Fundamentals Generative Part Structural Analysis Fundamentals Content This course will focus on advanced Finite Element Analysis pre-processing techniques and post-processing tools, including the concept of virtual parts to avoid excessive geometric modeling. It will teach you how to perform a frequency analysis on a single part, and the use of adaptive meshing to achieve 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 Exercises Ex. 1: Pre-Processing (20min) / All sectors Ex. 2: Results Visualization (10min) / All sectors Ex. 3: Results Visualization (10min) / All sectors Ex. 4: Master Exercise: Frequency Analysis (60min) / All sectors


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GPF: Generative Part Structural Analysis Fundamental EDU-CAT-E-GPF-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GPF-FI-V5R19 Foils: EDU-CAT-E-GPF-FF-V5R19 Exercises: EDU-CAT-E-GPF-FX-V5R19 Detailed Steps: EDU-CAT-E-GPF-FS-V5R19 Objectives This course covers the main tools for Structural Analysis on a single part. Throughout this course, you will learn how to perform a basic static analysis using the finite elements method. Participants' Profile CATIA Designers Prerequisites CATIA V5 Fundamentals Content Introduction 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


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Exercises Ex. 1: Pre-Processing (10min) / All sectors Ex. 2: Computation (5min) / All sectors Ex. 3: Results Visualization (10min) / All sectors Ex. 4: Refinement (10min) / All sectors Ex. 5: Mesh Refinement with Precision (60min) / All sectors Ex. 6: Results Management (10min) / All sectors Ex. 7: Master Exercise: Static Analysis (50min) / All sectors


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V5A: CATIA V5 for Analysis EDU-CAT-E-V5A-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V5A-FI-V5R19 Foils: EDU-CAT-E-V5A-FF-V5R19 Objectives This course is designed using a process-based approach to training. Rather than focusing on individual features and functions, this course emphasizes on the processes and procedures required to complete a particular task. By using the case studies to illustrate these processes, you will learn the necessary commands, options, and menus within the context of completing a design task. Participants' Profile New CATIA V5 mechanical designers Prerequisites Students 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 Exercises Ex. 1: Introducation to Finite Element Analsyis (130min) / All sectors Ex. 2: Pre-processing (90min) / All sectors Ex. 3: Computation (45min) / All sectors Ex. 4: Post-processing (45min) / All sectors Ex. 5: Mesh Refinement (15min) / All sectors Ex. 6: Assembly Structural Analysis (60min) / All sectors Ex. 7: Master Project (120min) / All sectors


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CATIA Course Material Equipment & Systems Engineering Solutions


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Equipment & Systems Engineering Solutions Course Code Brand & Release Duration Language Level Method

CBD: Circuit Board Design EDU-CAT-E-CBD-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CBD-FI-V5R19 Foils: EDU-CAT-E-CBD-FF-V5R19 Exercises: EDU-CAT-E-CBD-FX-V5R19 Detailed Steps: EDU-CAT-E-CBD-FS-V5R19 Objectives Upon 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 tool using the IDF interface. Participants' Profile Electrical Designers Prerequisites Students attending this course should have the knowledge of CATIA V5 Fundamentals, 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 Exercises Ex. 1: Connector Box (40min) / Electronics & Electrical Ex. 2: Camera (30min) / Electronics & Electrical


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CNA: Compartment & Access EDU-CAT-E-CNA-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CNA-FI-V5R19 Foils: EDU-CAT-E-CNA-FF-V5R19 Exercises: EDU-CAT-E-CNA-FX-V5R19 Objectives Upon completion of this course you will be able to: - To define conceptual zones/compartments within a ship. - To define access mechanisms for compartments, such as doors, windows and ladders. - Generate Reports. Participants' Profile Experienced CATIA V5 Users Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals Content - Compartment and Access Design Overview - Skeleton - Safety Zones - Wall System Creation - Compartment Generation - Feature Dictionary Application - Casings - Access Part / Opening / Compartment Membership - Drawing Extraction - Reports Management - Modifications Management Exercises Ex. 1: Master Exercise: Compartment and Access (480min) / All sectors


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CNS: Compartment & Access Setup EDU-CAT-E-CNS-F CATIA V5R19 4 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CNS-FI-V5R19 Foils: EDU-CAT-E-CNS-FF-V5R19 Exercises: EDU-CAT-E-CNS-FX-V5R19 Objectives Upon completion of this course you will be able to: - Setup and administrate catalogs for the Compartment and Access - Manage the Feature Dictionary, Drawing Extraction and Design Rules Participants' Profile Experienced CATIA V5 users Prerequisites Students attending this course should have experience in Equipment & Systems Setup and Administration and Compartment and Access Workbench Content - Compartment & Access Setup Overview - Feature Dictionary Management - Design Rules Management - Compartment & Access Parts Creation - Catalog Setup - Drawing Extraction Setup Exercises Ex. 1: Master Exercise: Compartment and Access Setup (480min) / All sectors


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EHF: Electical Harness Flattening EDU-CAT-E-EHF-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-EHF-FI-V5R19 Foils: EDU-CAT-E-EHF-FF-V5R19 Foils: EDU-CAT-E-EHF-FF-V5R19 Objectives Upon completion of this course you will be able to: - Flatten and synchronize the electrical or the geometrical harnesses - Modify the bundle segments of a harness to fit your drawing - Define and generate reports - Create 2D drawings of 3D harnesses - Create Text Templates Catalog Participants' Profile Electrical V5 users Prerequisites PRO-F: CATIA Tools for Proficient Users EHI-F: Electrical Harness Installation ELB-F: Electrical Librarian Content - Introduction to Harness Flattening - Harness Flattening parameters - Harness flattening modifications - Synchronize Flattened Harness - Links visualization - Report Generation - Creating Harness Drawings - Creating Text Template Catalogs - Replacing Graphic Representations - Generate Annotations Automatically Exercises Ex. 1: Harness Documentation / Electronics & Electrical Ex. 2: Harness Flattening / Electronics & Electrical Ex. 3: Harness Documentation (2) / Electronics & Electrical Ex. 4: Harness Flattening (2) / Electronics & Electrical Ex. 5: Text Template Catalog Creation / Electronics & Electrical Ex. 6: Create Harness Drawing / All sectors


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ELI: Electrical Librarian & Harness Installation EDU-CAT-E-ELI-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ELI-FI-V5R19 Foils: EDU-CAT-E-ELI-FF-V5R19 Exercises: EDU-CAT-E-ELI-FX-V5R19 Objectives Upon completion of this course you will be able to: - Build and manage an Electrical Components Catalog. - Design a harness integrated within the Digital Mock-Up. - Connect bundle segments to electrical components. Participants' Profile Electrical Harness Designers Prerequisites Catalog Editor art Design CATIA V5 basics (mandatory) Content - Introduction to Electrical Library Products - Electrical Components Definition - Electrical Librarian Catalog Management - Electrical Assemblies - Introduction to Electrical Harness Installation - Electrical Harness Settings - Creating a Geometrical Bundle Segment - Managing Branch Points, Branches and Local Slack - Managing Protections - Links Management - Support Management - Measuring Geometrical Bundle Inertia - V4 V5 Data Migration - Wire Management - Importing Electrical External Data For 3D Implementation


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Exercises Ex. 1: Creating a catalog (10min) / All sectors Ex. 2: Defining a set of electrical components (40min) / All sectors Ex. 3: Store components in a catalog (15min) / All sectors Ex. 4: Define an assembly with the components from the catalog (15min) / All sectors Ex. 5: Create a protection and store it into a catalog (15min) / All sectors Ex. 6: Bundle Segment Definition (15min) / All sectors Ex. 7: Create an adaptative support and position Bundle Segment (30min) / All sectors Ex. 8: Link a bundle segment (10min) / All sectors Ex. 9: Add a Support to a Bundle Segment (5min) / All sectors Ex. 10: Add Local Slack to Bundle Segment portion (5min) / All sectors Ex. 11: Manage the bundle segment section (30min) / All sectors Ex. 12: Transfer Branches (15min) / All sectors Ex. 13: Instantiate a Protection (15min) / All sectors Ex. 14: Adjusts Diameter (10min) / All sectors Ex. 15: Split a Bundle Segment (10min) / All sectors Ex. 16: Define a Bundle Segment (20min) / All sectors Ex. 17: Harness Design / All sectors Ex. 18: Geometrical bundle inertia / All sectors Ex. 19: Knowledge (20min) / All sectors Ex. 20: External Data (30min) / All sectors Ex. 21: Electrical Harness installation / All sectors Ex. 22: Car Door / All sectors


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EQS: Equipment Arrangement Setup & Catalogs EDU-CAT-E-EQS-F CATIA V5R19 3 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-EQS-FI-V5R19 Foils: EDU-CAT-E-EQS-FF-V5R19 Exercises: EDU-CAT-E-EQS-FX-V5R19 Objectives Upon completion of this course you will be able to Setup and administrate catalogs for the Equipment Arrangement Setup workbench. Participants' Profile Experienced CATIA V5 users. 2D diagrams and 3D catalogs administrators. Prerequisites ESA : Equipment & Systems Setup and Administration EQT : Equipment Arrangement Content - Equipment Arrangement overview - Feature dictionary management - Design rules management - 2D Diagrams catalogs creation - Equipment parts creation - Equipment library catalogs Exercises Ex. 1: Creating a feature dictionary (60min) / All sectors Ex. 2: Managing Design Rules (40min) / All sectors Ex. 3: Creating a 2D diagram catalogs (120min) / All sectors Ex. 4: Creating catalog parts (240min) / All sectors Ex. 5: Creating a 3D library catalog (120min) / All sectors


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EQT: Equipment Arrangement EDU-CAT-E-EQT-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-EQT-FI-V5R19 Foils: EDU-CAT-E-EQT-FF-V5R19 Exercises: EDU-CAT-E-EQT-FX-V5R19 Objectives Upon completion of this course, you will be able to place equipments and manage their positions in space and generate reports and drawings. Participants' Profile Experienced CATIA V5 Users Prerequisites CATIA V5 Fundamentals Content - Equipment Arrangement Overview - Placing Equipments - Modifying Equipment Arrangement - Design and Query Analysis - Generating Drawings and Reports Exercises Ex. 1: Managing Equipment Arrangement (Master Exercise) (75min) / All sectors


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ES1: Equipment & Systems Environment EDU-CAT-E-ES1-F CATIA V5R19 0.2 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ES1-FI-V5R19 Foils: EDU-CAT-E-ES1-FF-V5R19 Objectives Upon completion of this course, you will become familiar with -Organization of Equipment & Systems Courses -Training Data -Project Resource Management. Participants' Profile End users and administrators that is about to participate to E&S trainings. Prerequisites None Content - CATIA: Domain and Workbenches - Workbench vs. Design data - Definitions and conventions - Data Structure Definitions and Organization - Training Data Organization - Data Adjustment - PRM – Project Resource Management Exercises None


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ES2: Generic Routing EDU-CAT-E-ES2-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ES2-FI-V5R19 Foils: EDU-CAT-E-ES2-FF-V5R19 Exercises: EDU-CAT-E-ES2-FX-V5R19 Objectives Upon completion of this course, you will be able to -Organize the data -Organize the route -Modify the runs -Manipulate objects Participants' Profile Experienced CATIA V5 users Prerequisites CATIA V5 Fundamentals Content - Introduction to Generic Routing - Generic Routing - Routing a Run - Modifying a Run - Manipulating Objects Exercises Ex. 1: Master Exercise 1 (120min) / All sectors


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ESA: Equipment & Systems Setup and Administration EDU-CAT-E-ESA-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ESA-FI-V5R19 Foils: EDU-CAT-E-ESA-FF-V5R19 Objectives Upon completion of this course, you will be able to: - Create the structure and organize the data - Create the site and Project directories - Set up the project environment - Configure and manage the project resources - Set up the project - Define the drafting standards, Generative View Styles and Backing Sheets Participants' Profile Experienced CATIA V5 users. Prerequisites CATIA V5 Fundamentals Content - Introduction - Data Structure Definitions and Organizations - Site and Project structure creation - Environment Setup - PRM configuration - Project Setup - Drafting Setup Exercises Ex. 1: Create a new project / All sectors


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EWR: Electrical Wire Routing EDU-CAT-E-EWR-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-EWR-FI-V5R19 Foils: EDU-CAT-E-EWR-FF-V5R19 Exercises: EDU-CAT-E-EWR-FX-V5R19 Objectives Upon completion of this course you will be able to: - Route signals - Create wires - Integrate external tools with CATIA electrical products Participants' Profile New V5 CATIA electrical users Prerequisites CATIA V5 Part Design CATIA V5 Assembly Design Content - Introduction to Electrical Wire Routing - Importing External Data - Managing the Wires Exercises Ex. 1: External Data Exchange (60min) / All sectors Ex. 2: External Data (60min) / All sectors Ex. 3: External Data Exchange (60min) / All sectors


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HVA: HVAC Design EDU-CAT-E-HVA-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-HVA-FI-V5R19 Foils: EDU-CAT-E-HVA-FF-V5R19 Instructor Foils: EDU-CAT-E-HVA-FI-V5R19 Objectives Upon completion of the course you will learn how to: - Use the HVAC Design workbench - Create HVAC design routing - Place the HVAC parts on the lines - Modify the HVAC design - Generate documents Participants' Profile Experienced CATIA V5 Users Prerequisites Students attending this course must have knowledge of EQT and ES2.

Content - Introduction to HVAC Design - HVAC Lines ID Management - Defining the Routing - HVAC Parts Placement - HVAC Design Modification - Documents Generation Exercises Ex. 1: Managing HVAC Design (Master Exercise) (65min) / All sectors


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HVD: HVAC Diagrams EDU-CAT-E-HVD-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-HVD-FI-V5R19 Foils: EDU-CAT-E-HVD-FF-V5R19 Objectives Upon completion of this course you will be able to: - Create and modify Diagrams - Create and manage Zone - Generate Reports - Import Design Checks and Detect Design Failures Participants' Profile Experienced CATIA V5 users Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals Content - Introduction to HVAC Diagram - HVAC Diagram Creation - Zone Creation and Management - Diagram Modifications - Report Generation - Design Checks and Rules - Network Analysis and Object Navigator Exercises None


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HVS: HVAC Setup & Catalogs EDU-CAT-E-HVS-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References None Objectives In this course you will learn how to setup and administrate catalogs for the HVAC discipline. Participants' Profile Experienced CATIA V5 users. Prerequisites Equipment & Systems Setup Fundamentals HVAC Design

and

Administration

HVAC

Diagrams

Content - HVAC overview - Feature dictionary management - HVAC Standard management - Design Rules management - 2D Diagrams catalogs creation - HVAC parts preparation - HVAC parts creation - 3D HVAC library catalogs - HVAC Material Specifications - HVAC Insulation Specifications - HVAC lines Exercises Ex. 1: Exercise 1 : Create a feature dictionary (80min) / All sectors Ex. 2: Exercise 2 : Create a HVAC Standard (40min) / All sectors Ex. 3: Exercise 3 : Manage Design Rules (90min) / All sectors Ex. 4: Exercise 4 : Create a 2D diagram catalog (180min) / All sectors Ex. 5: Exercise 5 : Create “Template” HVAC parts (240min) / All sectors Ex. 6: Exercise 6 : Create “Typed” HVAC parts (90min) / All sectors Ex. 7: Exercise 7 : Create a 3D library catalog (90min) / All sectors Ex. 8: Exercise 8 : Create HVAC Specifications (40min) / All sectors


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PID: Piping & Instrumentation Diagrams EDU-CAT-E-PID-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PID-FI-V5R19 Foils: EDU-CAT-E-PID-FF-V5R19 Exercises: EDU-CAT-E-PID-FX-V5R19 Objectives Upon completion of this course you will be able to - Create and manage logical designs of piping systems Participants' Profile Piping Designers and Instrumentation Engineers Prerequisites Students attending this course should have knowledge of CATIA V5 Basics


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Content Piping and Instrumentation Overview - Piping and Instrumentation Diagrams in Piping Design Process - Project Resource Management Selection - Accessing the Piping and Instrumentation Diagrams Workben... - Creating a New Piping and Instrumentation Diagrams Docume... - Adding a frame on the document - Grid Settings - User Interface: Piping and Instrumentation Diagrams Icons Piping Equipments Creation and Settings - Placing Equipments and Nozzles - Connectors Description - Moving Equipments and Nozzle - Organizing Objects Under the Products Node - Organizing Objects by Application Group Piping Lines Creation and Settings - Creating Piping Lines ID - Creating Route Piping Lines Between Equipments - Modifying Piping Lines - Gapping Lines Settings Diagram Construction - Adding Diagram Annotations - Insert Inline Components - Schematic Translate - Stretch Operations - Flow Management - Choosing Physical Part - Copy Attribute - Rename ID - Lock Shape - Importing a Drafting View into a Diagram - Zone Creation and Management - Adding Sheet Connectors Diagram Modifications and Updates - Flipping Inline Components - Modifying Object Properties - Swap Graphic Modifications - Replacing a Component - Modifying Annotations Generating Reports - Defining Report - Generating Report - Inserting Report in the Diagram Design Checks - Importing Design Checks - Applying Rules - Detecting and Reporting Failures Diagram Design - Master Exercise Step 6 Analysis - Network Analysis - Object Navigator Exercises Ex. 1: Creating Diagram Design : Master Exercise (60min) / All sectors


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PIP: Piping Design EDU-CAT-E-PIP-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PIP-FI-V5R19 Foils: EDU-CAT-E-PIP-FF-V5R19 Exercises: EDU-CAT-E-PIP-FX-V5R19 Objectives Upon completion of this course you will be able to: - Manage piping line IDs - Define a routing - Place, orient, and locate piping parts - Modify a piping design by resizing, re-specifying, and managing flow direction - Define reports, generate reports and drawings Participants' Profile Experienced CATIA V5 Users Prerequisites Students attending this course should have knowledge of EQT & ES2


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Content - Introduction to Piping Design - Accessing the workbench - User Interface: Piping Design Icons - User Interface: General Environment Icons - General Process - Project Management Selection - General Options Using Piping Design - Piping Lines ID Management - Piping Line ID Introduction - Piping Line ID Selection - Piping Line ID Creation - Piping Line ID Change Member’s - Piping Line ID Deletion - Defining the routing - Selecting the Line ID - Routing the run - Turn rules - Schematic driven - Piping Parts Placement - Place Piping Part - Piping Part Orientation - Piping Part Location - Multi-Place Parts - Schematic Driven - Other options - Piping Design Modification - Resize/Respec components selection - Resize - Respec - Manage Flow direction - Manage Graphic Representations - Transfer Elements - Manage Auto-Parts - Adjust to Fit - Adjust Layout - Copy/Paste 3D Systems - Measuring Distance Between Elements - Design Validation - Function Physical Integration - Documents Generation - Creating Spools - Generating Isometrics - Drawing Generation - Search Definition - Reports Definition - Reports Generation - Reports Generation Using Macros Exercises Ex. 1: Managing Piping Design (Master Exercise) (50min) / All sectors


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PIS: Piping Setup and Catalogs EDU-CAT-E-PIS-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PIS-FI-V5R19 Foils: EDU-CAT-E-PIS-FF-V5R19 Exercises: EDU-CAT-E-PIS-FX-V5R19 Objectives Upon completion of this course you will be able to: - Setup and administrate catalogs for the Piping discipline - Manage the Feature Dictionary, Piping Standard, and Design Rules - Create 2D Diagrams Catalogs, Piping Parts, and Piping Specifications Participants' Profile Experienced CATIA V5 users Prerequisites Students attending this course should have experience in Equipment & Systems Setup and Administration, Piping & Instrumentation Diagrams Fundamentals, and Piping Design


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Content Piping Overview - General Description - Installation Overview - Description of the Setup and Catalogs Steps Feature Dictionary Management - Feature Dictionary General Description - Feature Dictionary Creation - Classes and Subclasses - Attributes - ID Schema - Generate a Report of the Content - PRM Resources Piping Standard Management - Piping Standard Presentation - Files and Directory Management - Piping Standard Discrete Values Management - Standard Catalog Document Creation Design Rules Management - Design Rules Usage - Compatibility Table - Functional/ Physical Mapping - Automatic Part Placement - Attributes Filtering - Cutout Clearance (ENOVIA Based) - Isometrics Mapping - ISO- componentOptions - Discrete Values 2D Diagrams Catalogs Creation - Symbol Creation - Catalog Creation - ATS Creation Piping Parts Preparation - Graphical Representations - Connector Attributes - Template Part Creation Piping Parts Creation - Typed Part Creation - Light Part Creation 3D Piping Library Catalogs - Catalog Creation - Adding Parts - Catalogue Master Creation - PRM Management - Resolving a Catalog Piping Specifications - Files and Directory Management - Piping Specification Rules Management - Specification Catalog Document Creation - Piping Specification Families Creation - PRM Management Piping Insulation Specifications - Files and Directory Management - Piping Insulation Specification Tables Management - Insulation Specification Catalog Document Creation - PRM Management Piping and Instrumentation Lines - Lines Catalog Description - Lines Catalog Creation Exercises Ex. 1: Creating a Feature Dictionary (40min) / All sectors Ex. 2: Creating a Piping Standard (40min) / All sectors Ex. 3: Creating a 2D Diagram Catalog (90min) / All sectors Ex. 4: Creating Typed piping parts (240min) / All sectors Ex. 5: Creating Template Piping Parts (180min) / All sectors CATIA V5R19 Course Material Catalog

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PLO: Plant Layout EDU-CAT-E-PLO-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PLO-FI-V5R19 Foils: EDU-CAT-E-PLO-FF-V5R19 Exercises: EDU-CAT-E-PLO-FX-V5R19 Objectives Upon completion of this course, you will learn how to: - Quickly use plant layout product. - Create a 3D layout for a manufacturing facility. Participants' Profile Experienced CATIA V5 Users Prerequisites CATIA V5 Fundamentals Content - Introduction to Plant Layout - Creating Areas and Boundaries - Defining Areas within Areas - Creating and Modifying Path Reservations - Creating, Populating Item Reservations, Modifying Positions - Placing and modifying Resources Positions - Managing System Assemblies, Networks, and Logical Sets - Generating a Report Exercises Ex. 1: Creating Areas (20min) / All sectors Ex. 2: Defining Boundaries (20min) / All sectors Ex. 3: Defining Areas within Areas (30min) / All sectors Ex. 4: Creating Path Reservations (40min) / All sectors Ex. 5: Modifying Path Reservations (40min) / All sectors Ex. 6: Creating and Repositioning Item Reservations (20min) / All sectors Ex. 7: Placing Equipment into Reservations (10min) / All sectors Ex. 8: Modifying Equipment Reservations (20min) / All sectors Ex. 9: Placing and Modifying Resources Positions (40min) / All sectors Ex. 10: Build a Complete Layout with Resources (240min) / All sectors Ex. 11: Master Exercise: Plant Layout (480min) / All sectors


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SDD: Structure Detail Design EDU-CAT-E-SDD-F CATIA V5R19 4 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SDD-FI-V5R19 Foils: EDU-CAT-E-SDD-FF-V5R19 Exercises: EDU-CAT-E-SDD-FX-V5R19 Objectives In this course you will learn how define the structural components contributing to the global strength of the vessel (primary and secondary structures). Participants' Profile Experienced CATIA V5 users Prerequisites Students attending Fundamentals.

this

course

should

be

familiar

with

CATIA

V5

Content - Introduction to Structure Detail Design - Project & Settings - Product Structure & References - Stiffened Panels - Pillars & Beams - Detailing Features - Project Data Synchronization - Drafting - Reporting What is new in this release New course Exercises Ex. 1: Ship Scantling (360min) / Shipbuilding


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SFD: Structure Functional Design EDU-CAT-E-SFD-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SFD-FI-V5R19 Foils: EDU-CAT-E-SFD-FF-V5R19 Exercises: EDU-CAT-E-SFD-FX-V5R19 Objectives In this course you will learn how define the structural components contributing to the global strength of the vessel (primary and secondary structures). Participants' Profile Experienced CATIA V5 users Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals Content - Introduction to Structure Functional Design - Project & Settings - Product Structure & References - Stiffened Panels - Pillars & Beams - Detailing Features - FEM Integration - Functional Volumes & Planning Breaks - Project Data Synchronization - Drafting - Reporting Exercises Ex. 1: Ship Scantling (360min) / Shipbuilding


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SSR: Systems Space Reservation EDU-CAT-E-SSR-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SSR-FI-V5R19 Foils: EDU-CAT-E-SSR-FF-V5R19 Exercises: EDU-CAT-E-SSR-FX-V5R19 Objectives Upon completion of this course, you will learn how to: - Design and Modify Walkways. - Create and Modify Space Reservations. - Place Equipment into Reservations from Catalogs. - Modify Resources and Positions. Participants' Profile Designers experienced in V5 Prerequisites CATIA V5 Fundamentals, Equipment and Systems Environment Content - Systems Space Reservation Overview - Creating and Modifying Path Reservations - Placing & Modifying Resources in Reservations - Creating and Managing Networks & Systems - Creating and Modifying Lofted Pathways What is new in this release New course Exercises Ex. 1: Creating and modifying Path Reservations (40min) / Fabrication & Assemblies Consumer Goods Ex. 2: Populating Space Reservations, modifying Positions (10min) / Fabrication & Assemblies Consumer Goods Ex. 3: Lofted Pathways (70min) / Fabrication & Assemblies Consumer Goods


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STS: Structure Design Setup EDU-CAT-E-STS-F CATIA V5R19 3 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-STS-FI-V5R19 Foils: EDU-CAT-E-STS-FF-V5R19 Exercises: EDU-CAT-E-STS-FX-V5R19 Objectives In this course you will learn how to setup and administer all the resources associated to a ship or an off-shore project. Participants' Profile Experienced CATIA V5 users Prerequisites CATIA V5 Fundamentals


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Content Introduction to Structure Detail Design - Accessing the workbench - Exploring the User Interface Project Resource Management & Settings - Understanding Project Resource Management - List of Resources - Modifying PRM - PRM and Resource syntax - Selecting a Project - Project Validation - Managing Errors - Setting Up your session Feature Dictionary - Feature Dictionary Definition - PRM resource - Feature Dictionary Editor for SFD and SDD - Feature Dictionary Editor for SR1 Project’s Resources - Ship’s Coordinate System - Project Parameters - Molded Conventions - Project Envelope - Project Data Structure catalogs & Material management - Material Catalog - Creating Parametric Sections - Generating Resolved Parts - Thickness Definition - Specification Catalog - Material Management EndCut - Create Endcut Geometry using UDF technology - Creation of the Endcut image - Add Endcut to Detailing Feature Catalog Slot - Create Slot Geometry using UDF technology - Creation of the Slot image - Add Slot to Detailing Feature Catalog Small Assembly - Create support geometry - Creation of small assembly images - Add Small Assembly to Detailing Feature Catalog Drafting - Customization of GVS file - Advanced view Creation - ATS Creation - ATS Automation - GVS file Modification Reporting - General - Creating a Report Template - Creating a Report Exercises Ex. 1: Master Exercise: Project’s Setup (360min) / All sectors


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TUB: Tubing Design EDU-CAT-E-TUB-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-TUB-FI-V5R19 Foils: EDU-CAT-E-TUB-FF-V5R19 Exercises: EDU-CAT-E-TUB-FX-V5R19 Objectives Upon completion of this course you will be able to: - Learn how the CATIA Tubing Design product could be used to quickly and efficiently create an intelligent tubing layout. Participants' Profile Experienced CATIA V5 users Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals, ES1, ES2 and EQT. Content Introduction to Tubing Design Tubing Lines ID Management Routing in Tubing Design Tubing Parts Placement Managing Tubing Designs Documentation Generation

Exercises Ex. 1: Creating, Modifying and Placing Parts on a Run (45min) / All sectors Ex. 2: Flexible and Bundle of Flexibles (40min) / All sectors Ex. 3: Global Exercise (60min) / All sectors Ex. 4: Generating Production Documents (30min) / All sectors Ex. 5: Schematic Driven Design (30min) / All sectors


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TUD: Tubing Diagrams EDU-CAT-E-TUD-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-TUD-FI-V5R19 Foils: EDU-CAT-E-TUD-FF-V5R19 Exercises: EDU-CAT-E-TUD-FX-V5R19 Objectives This course illustrates how the Tubing Diagram product could be used to quickly and efficiently create a schematic diagram. Participants' Profile Experienced CATIA V5 Users Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals Content - Introduction - Tubing Diagram Creation - Tubing Diagram Modification - Tubing Diagram Completion - Diagram Checks - Generating Reports - Analysis Exercises Ex. 1: Tubing Diagrams (80min) / All sectors


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TUS: Tubing Catalogs (2D Diagrams & 3D Design) EDU-CAT-E-TUS-A CATIA V5R19 4 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-TUS-AI-V5R19 Foils: EDU-CAT-E-TUS-AF-V5R19 Detailed Steps: EDU-CAT-E-TUS-AS-V5R19 Exercises: EDU-CAT-E-TUS-AX-V5R19 Objectives Upon 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 Participants' Profile Mechanical Designers Prerequisites Students attending this course should have knowledge of CATIA V5 Fundaments, Tubing Design, Tubing Diagrams and ESA Content - Introduction to Tubing Catalogs - Managing Feature Dictionary - Setting up the Standards Catalog - Setting up the Design Rules Catalog - Creating 2D Diagrams Catalogs - Creating Tubing Parts - Creating a 3D Tubing Library Catalog - Creating a Specifications Catalog - Importing and Updating Line IDs - Creating a Report - Drawing Production Settings Exercises Ex. 1: Master Exercise: Tubing Design (385min) / All sectors Ex. 2: Master Exercise: Tubing Diagrams (125min) / All sectors


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V5VE: CATIA V5 Automotive - Electrical EDU-CAT-E-V5VE-F CATIA V5R19 6 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V5VE-FI-V5R19 Foils: EDU-CAT-E-V5VE-FF-V5R19 Objectives The aim of the CATIA V5 for Electrical Designers is to teach you how to build parts and assemblies in CATIA, and how to make simple drawings of these parts and assemblies. This course also teaches you to create a library of electrical parts, instantiate electrical devices from a catalog, route electrical harness in your digital mock-up, route wires in the harness, extract harness and create harness drawings. Participants' Profile Automotive Electrical Harness Designers New Electrical V5 Users Prerequisites Experience 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 release New course Exercises Ex. 1: Master Project: V5 Automotive Electrical / All sectors


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CATIA Course Material Infrastructure Solutions


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Infrastructure Solutions Course Code Brand & Release Duration Language Level Method

ADM: V5 Administration EDU-CAT-E-ADM-F CATIA V5R19 3 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ADM-FI-V5R19 Foils: EDU-CAT-E-ADM-FF-V5R19 Exercises: EDU-CAT-E-ADM-FX-V5R19 Objectives This course tells you how to install, customize and maintain CATIA V5 site Participants' Profile Administrators of CATIA V5 Prerequisites - System Administration - CATIA Administration Content - CATIA Installation - Licensing - Environment Management - Settings Management - Standards - Software Management - Tools - Data Managment - Interoperability Exercises Ex. 1: CATIA V5 Installation on Windows (30min) / All sectors Ex. 2: Licensing (60min) / All sectors Ex. 3: Environment Management (20min) / All sectors Ex. 4: Settings Management (60min) / All sectors Ex. 5: Standards (15min) / All sectors Ex. 6: Software Management (60min) / All sectors Ex. 7: Tools (30min) / All sectors Ex. 8: Data Management (60min) / All sectors Ex. 9: Interoperability (15min) / All sectors


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COM: Getting Started with CATIA V5 EDU-CAT-E-COM-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-COM-FI-V5R19 Foils: EDU-CAT-E-COM-FF-V5R19 Exercises: EDU-CAT-E-COM-FX-V5R19 Objectives Launch CATIA V5 and open V5 documents Use some of the common menus and toolbars Change from one CATIA workbench to another Manipulate the CATIA V5 specification tree Hide and display models Change a model rendering style Participants' Profile Mechanical Designers with no CATIA V5 experience. Prerequisites Mechanical Design The Windows operating system Content This course will introduce you to the CATIA V5 interface, and how to use the common CATIA tools. It will focus on how to start CATIA V5, how to open a CATIA document and how to manipulate the model on the screen. - Welcome to CATIA V5 - The CATIA V5 Environment - Launching CATIA & Manipulating Objects - The Specification Tree - Objects Visualization Exercises Ex. 1: Starting and Working with CATIA (10min) / All sectors Ex. 2: Objects Visualization (15min) / All sectors


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DF1: Product Data Filtering EDU-CAT-E-DF1-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-DF1-FI-V5R19 Foils: EDU-CAT-E-DF1-FF-V5R19 Exercises: EDU-CAT-E-DF1-FX-V5R19 Objectives In the course you will learn how to use Product Data Filtering (DF1) to convert parts or products to datum surfaces and solids. The main objective of filtering is to hide the design process by removing all intermediate objects and associativity links. Another goal might be simply to reduce the size of models. Participants' Profile All designers Prerequisites Mechanical or hybrid design. Content Introduction to Product Data Filtering - Why do you need DF1 ? Workbench presentation - Accessing the workbench Data Filtering - Filter a Part - Filter a Product Exercises Ex. 1: Part (15min) / All sectors Ex. 2: Product (15min) / All sectors


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PHS: Photo Studio EDU-CAT-E-PHS-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PHS-FI-V5R19 Foils: EDU-CAT-E-PHS-FF-V5R19 Exercises: EDU-CAT-E-PHS-FX-V5R19 Detailed Steps: EDU-CAT-E-PHS-FS-V5R19 Objectives Objectives 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' Profile Industrial Stylists and Designers Prerequisites CATIA V5 Fundamentals Content - Introduction - Environment management - Camera management - Light sources management - Shooting management - Textures management - Stickers management - Animation: Turntable management - Animation: Animating scene elements - Catalogs Exercises Ex. 1: Phone Handset (150min) / Fabrication & Assemblies Consumer Goods


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PRO: CATIA Tools for Proficient Users EDU-CAT-E-PRO-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PRO-FI-V5R19 Foils: EDU-CAT-E-PRO-FF-V5R19 Objectives Upon 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 new context -Analyze and convert CATIA V4 models to CATIA V5 Participants' Profile Advanced Users Prerequisites Students attending this course should have knowledge of CATIA BASICS and Part Design Content This course will teach you how to use advanced CATIA tools to re-use existing CATIA V4 and CATIA V5 model data. You will learn how to make use of component catalogs, and how to store and create re-usable parameterized features. - Creating and Using Power Copy - Creating Catalogs of Components - From CATIA V4 to V5 Basics - Course Summary Exercises None


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PSO: Photo Studio Optimizer EDU-CAT-E-PSO-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PSO-FI-V5R19 Foils: EDU-CAT-E-PSO-FF-V5R19 Objectives Upon completion of this course you will be able to use the various Photo Studio Optimizer tools to enhance the quality of your photo realistic images. Participants' Profile Industrial Stylists and Designers Prerequisites CATIA V5 Fundamentals CATIA Photo Studio Content - 3D textures - Bump mapping - Global illumination - Caustics - Visual effects Exercises None


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RTR: Real Time Rendering EDU-CAT-E-RTR-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-RTR-FI-V5R19 Foils: EDU-CAT-E-RTR-FF-V5R19 Exercises: EDU-CAT-E-RTR-FX-V5R19 Objectives Upon 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 Participants' Profile Industrial Stylists and Designers Prerequisites CATIA V5 Fundamentals Content - Introduction - Environment management - Camera management - Light sources management - DMU integration - Textures management - Stickers management - Animation: Turntable management - Animation: Animating scene elements Exercises Ex. 1: Defining an Environment (5min) / Automotive Ex. 2: Defining the Camera (10min) / All sectors Ex. 3: Defining the Light Source (10min) / Automotive Ex. 4: Applying Texture (40min) / Automotive Ex. 5: Applying Stickers (10min) / Automotive Ex. 6: Creating an Animation Using a Turntable (15min) / Automotive Ex. 7: Creating an Animation of Scene (15min) / Automotive


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V4A: V4/V5 Advanced Interoperability EDU-CAT-E-V4A-A CATIA V5R19 1 day English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V4A-AI-V5R19 Foils: EDU-CAT-E-V4A-AF-V5R19 Exercises: EDU-CAT-E-V4A-AX-V5R19 Objectives In this course, you will learn advanced interoperability concepts about the migration of CATIA V4 geometric/application data to CATIA V5. You will also learn how V5 data can be saved in CATIA V4 formats or used directly in CATIA V4. Participants' Profile Experienced CATIA V4/V5 users Prerequisites Basic 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 Exercises Ex. 1: Smart/Unsmart Solid (15min) / All sectors Ex. 2: Error during update (15min) / All sectors Ex. 3: Migration of kinematics data (25min) / All sectors Ex. 4: Sheet Metal Design (10min) / All sectors


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V4I: V4 Integration EDU-CAT-E-V4I-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V4I-FI-V5R19 Foils: EDU-CAT-E-V4I-FF-V5R19 Exercises: EDU-CAT-E-V4I-FX-V5R19 Detailed Steps: EDU-CAT-E-V4I-FS-V5R19 Objectives At 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' Profile CATIA V5 users Prerequisites Basic 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 Exercises Ex. 1: Recap Exercise 1 : open and check the V4 geometry (20min) / All sectors Ex. 2: Recap Exercise 2 : Solid translation (15min) / All sectors Ex. 3: Recap Exercise 3 : manipulations in a CATProduct (20min) / All sectors Ex. 4: Welding Gun : Creating a CATProduct with V4 data (10min) / All sectors Ex. 5: Welding Gun : Assembly of V4 data in a V5 CATProduct (15min) / All sectors Ex. 6: Welding Gun : Copy/Pasting a V4 solid in a V5 CATPart (20min) / All sectors Ex. 7: Welding Gun : Design in context (20min) / All sectors Ex. 8: Welding Gun : Generative drafting (20min) / All sectors Ex. 9: Welding Gun : DMU Space Analysis (20min) / All sectors Ex. 10: Welding Gun : V4 Modification and Update in V5 (20min) / All sectors


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VBA: CATIA V5 Automation EDU-CAT-E-VBA-F CATIA V5R19 4 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-VBA-FI-V5R19 Foils: EDU-CAT-E-VBA-FF-V5R19 Exercises: EDU-CAT-E-VBA-FX-V5R19 Objectives At the end of this course, participants will have a good understanding of the different ways to automate tasks related to CATIA V5: CATIA Macros and Visual Basic Programming. Participants' Profile CATIA V5 Applications developers; bench markers Prerequisites CATIA V5 Fundamentals. Visual Basic Editor on PC NT Minimum 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. Exercises Ex. 1: Cylinders (Master Exercise) (10min) / All sectors Ex. 2: Modifying the viewpoint of an existing document (30min) / All sectors Ex. 3: Creating 2D sketch with constraints (15min) / All sectors Ex. 4: Creating part design features (30min) / All sectors Ex. 5: Creating 3D wireframes and 3D surfaces (30min) / All sectors Ex. 6: Titanic (30min) / All sectors Ex. 7: Drafting the bolt (30min) / All sectors Ex. 8: Test Selections (30min) / All sectors Ex. 9: Select Element (30min) / All sectors Ex. 10: Get Point (30min) / All sectors Ex. 11: Settings - Applying local changes (20min) / All sectors


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Mechanical Design Solutions Course Code Brand & Release Duration Language Level Method

ASL: Aerospace Sheet Metal Design EDU-CAT-E-ASL-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ASL-FI-V5R19 Foils: EDU-CAT-E-ASL-FF-V5R19 Exercises: EDU-CAT-E-ASL-FX-V5R19 Detailed Steps: EDU-CAT-E-ASL-FS-V5R19 Objectives In this course, you will learn how to generate sheet metal parts for aerospace Participants' Profile Aerospace Airframe Designer Prerequisites Part 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 Exercises Ex. 1: Fighter Airframe (50min) / All sectors Ex. 2: Aero Structure (30min) / All sectors Ex. 3: Bracket (15min) / All sectors Ex. 4: Fighter Web Structure (20min) / All sectors Ex. 5: Rib (20min) / All sectors


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ASM: CATIA Product Design EDU-CAT-E-ASM-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ASM-FI-V5R19 Foils: EDU-CAT-E-ASM-FF-V5R19 Exercises: EDU-CAT-E-ASM-FX-V5R19 Detailed Steps: EDU-CAT-E-ASM-FS-V5R19 Objectives Create a new product and add components Move components within a product by positioning them with assembly constraints Modify an existing product structure Design new parts in context of the product Check mechanical properties and analyze degrees of freedom Perform interference checking and measurements Participants' Profile Mechanical Designers Prerequisites CATIA Part Design Content This course will teach you how to create a simple product structure, and how to add existing components and position them correctly. You will learn how to add new parts and design them in the context of a product, and how to perform analyses to ensure design coherence. - Introduction to Assembly Design - Creating Products - Positioning Components Using Constraints - Introduction to Design in Context Exercises Ex. 1: Elliptical Sport Trainer (60min) / All sectors Ex. 2: Creating Products (20min) / All sectors Ex. 3: Positioning Components (10min) / All sectors Ex. 4: Shock Absorber Piston (30min) / All sectors Ex. 5: Connector Assembly (90min) / All sectors


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ASM: CATIA Product Design Expert EDU-CAT-E-ASM-A CATIA V5R19 2 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ASM-AI-V5R19 Foils: EDU-CAT-E-ASM-AF-V5R19 Exercises: EDU-CAT-E-ASM-AX-V5R19 Objectives Upon completion of this course, you will be able to: -Modify CATIA options in order to optimize performance for large, complex designs -Manage contextual links between product documents by using publications -create and use parameters to drive a product design Create sections to visualize internal product structure -Create scenes and explodes views -Generate annotations and bills of material for assembly drawings Participants' Profile Mechanical Designers Prerequisites Students attending this course should have the knowledge of CATIA Product Design, CATIA Part Design. Content This course will teach you collaborative engineering methods with which you can design parts in the context of a complex product structure. You will learn how to optimize performance for large and complex designs, and how to generate 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 Exercises Ex. 1: Connector Assembly (90min) / All sectors Ex. 2: Vice Assembly (70min) / All sectors Ex. 3: Flexible Assemblies (25min) / All sectors Ex. 4: PC Speaker Assembly (90min) / All sectors


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CCV: Core & Cavity Design EDU-CAT-E-CCV-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Foils: EDU-CAT-E-CCV-FF-V5R19 Exercises: EDU-CAT-E-CCV-FX-V5R19 Objectives Upon 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' Profile Surface designers in tooling domain Prerequisites V5F-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 Exercises Ex. 1: Pan Handle (60min) / All sectors Ex. 2: Support (30min) / All sectors


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CPD: Composites Part Design EDU-CAT-E-CPD-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CPD-FI-V5R19 Foils: EDU-CAT-E-CPD-FF-V5R19 Exercises: EDU-CAT-E-CPD-FX-V5R19 Objectives In this course you will learn how to cover the engineering to manufacturing design process of high quality composite parts Participants' Profile Composite Material Designers and Engineers Prerequisites Part Design, Assembly Design, Wireframe and Surface Design, Drafting


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Content - CPD Workbench Presentation - Composites Catalog - Laminate Parameters - Zone Based Design - Group of Zones - Zones Parameters - Transition Zones - Connection Generator - Impose Thickness Point - Import Laminate - Solid and Top Surface from Zones - Numerical Analysis from Zones - Stack-up file from Zones - Plies Creation From Zones - Limit Contour - Import Staggering Data File - Plies Group - Manual Plies Creation - Core - Ply Exploder - 3D Sections - On the Fly Composites Information - Check Contours - Numerical Analysis - Core Sample - Managing the Part - Symmetry Creation - Ply Table - Import Ply Table - Edge Of Part - Solids from Plies - IML from Plies - Drawing - 3D Annotations - Manufacturing Data Structure - Manufacturing Surface Swapping - Material Excess - Producibility Analysis - Inspection Tool - Darts - Flattening - Stacking Unfold - Geometry Transfer - Multi Splice Creation - Butt Splice / No Splice - Synchronization - Mirror Part - Ply Export - Ply-book - V4-V5 Composites Interoperability - Composites Options


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Exercises Ex. 1: Composites Catalog Definition (20min) / All sectors Ex. 2: Preliminary Design with Stagger (30min) / All sectors Ex. 3: Zones & Transition Zone Bridge (20min) / All sectors Ex. 4: Panel Analysis and ITPs definition (20min) / All sectors Ex. 5: Door Panel Taper Refinement (40min) / All sectors Ex. 6: Preliminary Fuselage design (20min) / All sectors Ex. 7: Plies from Panel Zones definition (20min) / All sectors Ex. 8: Panel Manual Staggering (40min) / All sectors Ex. 9: Importing Staggering data file on a Panel (20min) / All sectors Ex. 10: Manual Plies definition on a Wing (20min) / All sectors Ex. 11: Fairing Insert Management (30min) / All sectors Ex. 12: Wing Analysis and Mofdifications (30min) / All sectors Ex. 13: Symmetry pivot on carter (30min) / All sectors Ex. 14: Solid & IML from fuselage plies (30min) / All sectors Ex. 15: 3D Annotations and Drawing definition ( (40min) / All sectors Ex. 16: Panel Engineering Design (100min) / All sectors Ex. 17: Manufacturing Skin Swapping (10min) / All sectors Ex. 18: Sandwich Panel Design (30min) / All sectors Ex. 19: Material Excess on a Panel (20min) / All sectors Ex. 20: Producibility and Flattening (30min) / All sectors Ex. 21: Producibility Analysis and Darts (25min) / All sectors Ex. 22: Producibility Analysis with Deviation (20min) / All sectors Ex. 23: Butt Splice / No Splice (20min) / All sectors Ex. 24: 2D 3D geometry transfer (20min) / All sectors Ex. 25: 3D 2D geometry transfer (25min) / All sectors Ex. 26: Door Pane (25min) / All sectors Ex. 27: Synchronizing Parts (40min) / All sectors Ex. 28: Mirroring a Part (15min) / All sectors Ex. 29: Manufacturing Export (25min) / All sectors Ex. 30: Ply Bok Definition (15min) / All sectors Ex. 31: V4-V5 Composites Migration (15min) / All sectors Ex. 32: Panel Manufacturing Design (90min) / All sectors Ex. 33: Complete Composites Part (150min) / All sectors


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CPE: Composites Part Engineering EDU-CAT-E-CPE-F CATIA V5R19 3 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CPE-FI-V5R19 Foils: EDU-CAT-E-CPE-FF-V5R19 Exercises: EDU-CAT-E-CPE-FX-V5R19 Objectives In this course you will learn how to generate composite parts from the Preliminary Design to the Engineering Detail Design Participants' Profile Composites Parts Designer Prerequisites Part Design, Assembly Design, Wireframe and Surface Design Drafting


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Content - CPE Workbench Presentation - Composites Catalog - Laminate Parameters - Zone Based Design - Group of Zones - Zones Parameters - Transition Zones - Connection Generator - Impose Thickness Point - Import Laminate - Solid and Top Surface from Zones - Numerical Analysis from Zones - Stack-up file from Zones - Plies Creation From Zones - Limit Contour - Import Staggering data file - Plies Group - Manual Plies Creation - Core - Ply Exploder - 3D Sections - On the Fly Composites Information - Check Contours - Numerical Analysis - Core Sampling Analysis - Managing the Part - Symmetry Creation - Ply Table - Import Ply Table - Edge Of Part - Solid from plies - IML from plies - Multi Splice Creation - Butt Splice – No Splice - Producibility Analysis - Inspection tool - Darts - Mirrored Part - Drawing - 3D Annotations - Ply Export - Ply Book - V4-V5 Composites Interoperability - Composites Options


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Exercises Ex. 1: Composites Catalog Definition (20min) / All sectors Ex. 2: Preliminary Design with Stagger (30min) / All sectors Ex. 3: Zones & Transition Zone Bridge (20min) / All sectors Ex. 4: Panel Analysis and ITPs definition (20min) / All sectors Ex. 5: Door Panel Taper Refinement (40min) / All sectors Ex. 6: Preliminary Fuselage Design (20min) / All sectors Ex. 7: Plies from Panel Zones definition (20min) / All sectors Ex. 8: Panel Manual Staggering (40min) / All sectors Ex. 9: Importing Staggering data file on a Panel (20min) / All sectors Ex. 10: Manual Plies definition on a Wing (30min) / All sectors Ex. 11: Fairing Insert Management (30min) / All sectors Ex. 12: Wing Analysis and modification (30min) / All sectors Ex. 13: Symmetry pivot on carter (30min) / All sectors Ex. 14: Solid & IML from fuselage plies (30min) / All sectors Ex. 15: Butt Splice / No Splice Zones (20min) / All sectors Ex. 16: Producibility Analysis and Darts (30min) / All sectors Ex. 17: Producibility Analysis with Deviation (20min) / All sectors Ex. 18: Mirroring a Part (15min) / All sectors Ex. 19: 3D Annotations and Drawing definition (40min) / All sectors Ex. 20: Engineering Composites Data Export (10min) / All sectors Ex. 21: V4-V5 Composites Migration (15min) / All sectors Ex. 22: Ply Book Definition (15min) / All sectors Ex. 23: Panel Engineering Design (100min) / All sectors


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CPM: Composites Part Manufacturing EDU-CAT-E-CPM-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CPM-FI-V5R19 Foils: EDU-CAT-E-CPM-FF-V5R19 Exercises: EDU-CAT-E-CPM-FX-V5R19 Objectives In this course you will learn how to manufacture composites parts. Participants' Profile Composites Parts manufacturing Designer Prerequisites Part Design,Assembly Design,Wireframe and Surface Design Drafting Content - CPM Workbench Presentation - Composites Catalog - Laminate Parameters - Manufacturing Data Structure - Manufacturing Surface Swapping - Plies Group - Manual Plies Creation - Core - Edge Of Part - Material Excess - Ply Exploder - 3D Sections - On the Fly Composites Information - Managing the Part - Ply Table - Numerical Analysis - Multi Splice Creation - Butt Splice - No Splice - Producibility Analysis - Inspection tool - Darts - Flattening - Stacking Unfold - Geometry transfer - Synchronization - Mirrored Part - Ply Export - Ply Book - Composites Options


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Exercises Ex. 1: Composites Catalog Definition (20min) / All sectors Ex. 2: Manufacturing Skin Swapping (10min) / All sectors Ex. 3: Material Link (20min) / All sectors Ex. 4: Manual Plies definition on a Wing (20min) / All sectors Ex. 5: Fairing Insert Management (20min) / All sectors Ex. 6: Material Excess on a Panel (20min) / All sectors Ex. 7: Composites Part Analysis (20min) / All sectors Ex. 8: Butt Splice / No Splice Zones (20min) / All sectors Ex. 9: Producibility and Flattening (30min) / All sectors Ex. 10: Producibility Analysis and Darts (20min) / All sectors Ex. 11: Producibility Analysis with Deviation (20min) / All sectors Ex. 12: 2D 3D transfer (20min) / All sectors Ex. 13: 3D 2D geometry transfer (25min) / All sectors Ex. 14: Door Panel (25min) / All sectors Ex. 15: Synchronizing Parts (40min) / All sectors Ex. 16: Mirroring a Part (15min) / All sectors Ex. 17: Manufacturing Export (25min) / All sectors Ex. 18: Ply Book Definition (15min) / All sectors Ex. 19: Panel Manufacturing Design (90min) / All sectors


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CTP: CATIA PLM Express Fundamentals EDU-CAT-E-CTP-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CTP-FI-V5R19 Foils: EDU-CAT-E-CTP-FF-V5R19 Objectives - Understand the CATIA V5 interface - Plan the construction of a part in order to properly convey its visual and functional aspects - Create simple parts in CATIA V5 - Understand how to manage parts in the context of an assembly - Produce simple drawings and assembly layouts Participants' Profile New CATIA V5 Mechanical Designers Prerequisites Mechanical design Experience with the Windows operating system. Content This course will introduce you to CATIA V5. It will teach you how to build simple parts and assemblies in CATIA, and how to make simple drawings of those 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 11: Instant Collaboration


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Exercises Ex. 1: Key Terms & Design Intent Exercise: 1A (20min) / All sectors Ex. 2: Getting Started with CATIA Exercise: 1B (20min) / All sectors Ex. 3: Case Study: Drill Press Master Project (20min) / All sectors Ex. 4: Create New Part Exercise: 2A, 2B, 2C (40min) / All sectors Ex. 5: Constraining a Sketch Exercise: 2D, 2E, 2F (40min) / All sectors Ex. 6: Case Study: Support Plate (15min) / All sectors Ex. 7: Creating with Basic Features Exercise: 3A, 3B, 3C (40min) / All sectors Ex. 8: Part Investigation Exercise: 3D, 3E (20min) / All sectors Ex. 9: Case Study: Engine Support (20min) / All sectors Ex. 10: Create with Additional Features Exercise: 4A, 4B, 4C (45min) / All sectors Ex. 11: Create Revolved Features Exercise: 4D, 4E, 4F (45min) / All sectors Ex. 12: Create Shell and Thin Features Exercise: 4G, 4H, 4I (50min) / All sectors Ex. 13: Case Study: Handle Block (20min) / All sectors Ex. 14: Create Dress-up Features Exercise: 5A, 5B, 5C (50min) / All sectors Ex. 15: Editing Features Exercise: 5D, 5E, 5F (50min) / All sectors Ex. 16: Case Study: Casing Support (25min) / All sectors Ex. 17: Reusing Data Exercise: 6A, 6B, 6C (50min) / All sectors Ex. 18: Reusing Data Part 2 Exercise: 6D, 6E, 6F (50min) / All sectors Ex. 19: Case Study: Engine (35min) / All sectors Ex. 20: Finalizing Design Intent Exercise: 7A, 7B, 7C, 7D, 7E (80min) / All sectors Ex. 21: Case Study: Table (35min) / All sectors Ex. 22: Introduction to Assembly Design Exercise: 8A, 8B, 8C (50min) / All sectors Ex. 23: Adding Assembly Design Components Exercise: 8D, 8E, 8F (60min) / All sectors Ex. 24: Case Study: Handle Mechanism (35min) / All sectors Ex. 25: Design in Context Exercise: 9A, 9B, 9C, 9D, 9E (120min) / All sectors Ex. 26: Case Study: Chuck (30min) / All sectors Ex. 27: Creating the Drawing Exercise: 10A, 10B, 10C (30min) / All sectors Ex. 28: Case Study: Base (20min) / All sectors Ex. 29: Master Project: Part Creation (60min) / All sectors Ex. 30: Master Project: Finalize the Part (45min) / All sectors Ex. 31: Master Project: Create an Assembly (60min) / All sectors Ex. 32: Master Project: Edit a Part (40min) / All sectors Ex. 33: Master Project: Create a Drawing (20min) / All sectors


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CTPB: CATIA PLM Express Foundations-Basic Surfaces EDU-CAT-E-CTPB-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CTPB-FI-V5R19 Foils: EDU-CAT-E-CTPB-FF-V5R19 Objectives - Understand the CATIA V5 interface - Plan the construction of a part in order to properly convey its visual and functional aspects - Create simple parts in CATIA V5 - Understand how to manage parts in the context of an assembly - Produce simple drawings and assembly layouts - Introduction to surfaces Participants' Profile New CATIA V5 Mechanical Designers Prerequisites Mechanical design experience. Experience with the Windows operating system. Content This course will introduce you to CATIA V5. It will teach you how to build simple parts and assemblies in CATIA, and how to make simple drawings of those 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: Wireframe and Surface Design - Lesson 7: Reusing Data - Lesson 8: Finalizing Design Intent - Lesson 9: Assembly Design - Lesson 10: Design in Context - Lesson 11: Drafting ISO - Lesson 12: Instant Collaboration What is new in this release Now a Companion course


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CTPS: CATIA PLM Express Foundations-Surfaces EDU-CAT-E-CTPS-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CTPS-FI-V5R19 Foils: EDU-CAT-E-CTPS-FF-V5R19 Objectives - Understand the CATIA V5 interface - Plan the construction of a part in order to properly convey its visual and functional aspects - Create simple parts in CATIA V5 - Understand how to manage parts in the context of an assembly - Produce simple drawings and assembly layouts - Introduction to surfaces with the GSD workbench Participants' Profile New CATIA V5 Mechanical Designers Prerequisites Mechanical design experience. Experience with the Windows operating system. Content This course will introduce you to CATIA V5. It will teach you how to build simple parts and assemblies in CATIA, and how to make simple drawings of those 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: Surface Design - Lesson 7: Reusing Data - Lesson 8: Finalizing Design Intent - Lesson 9: Assembly Design - Lesson 10: Design in Context - Lesson 11: Drafting ISO - Lesson 12: Instant Collaboration What is new in this release Now a Companion course


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DDR: CATIA Detail Drafting EDU-CAT-E-DDR-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-DDR-FI-V5R19 Foils: EDU-CAT-E-DDR-FF-V5R19 Exercises: EDU-CAT-E-DDR-FX-V5R19 Objectives Upon 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 drafting workbench customization Participants' Profile Draftsmen Prerequisites Students attending this course should be familiar with the basics of 2D views creation 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 release This course has been reworked to focus on the interactive creation and dress up of views. It includes useful recommendations and introduces to the use of 2D components from catalogs. Exercises Ex. 1: Adding Drawing Views (45min) / All sectors Ex. 2: Adding Annotations (30min) / All sectors Ex. 3: Editing View Properties and Layouts (45min) / All sectors Ex. 4: Master Exercise: Detail Drawing of Bracket (60min) / All sectors


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DRA: Advanced Drafting & Customization EDU-CAT-E-DRA-A CATIA V5R19 2 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-DRA-AI-V5R19 Foils: EDU-CAT-E-DRA-AF-V5R19 Exercises: EDU-CAT-E-DRA-AX-V5R19 Objectives Upon completion of this course you will be able to set and manage all dimension and annotation standards contained in the standard files according to company or projects needs. Participants' Profile Draftsmen, Drafting Administrators Prerequisites CATIA V5 Mechanical Design Fundamentals, knowledge of VB scripting Content During 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

Exercises Ex. 1: The Plate (45min) / All sectors Ex. 2: The Pivot (45min) / All sectors Ex. 3: Generating dimensions (25min) / All sectors Ex. 4: Using filtering techniques (25min) / All sectors Ex. 5: Geometry & Free Text in VBScript (15min) / All sectors Ex. 6: Filling in Title Blocks (20min) / All sectors


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FMP: Functional Molded Part EDU-CAT-E-FMP-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FMP-FI-V5R19 Foils: EDU-CAT-E-FMP-FF-V5R19 Exercises: EDU-CAT-E-FMP-FX-V5R19 Objectives Upon 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' Profile Mold Designers Prerequisites Students attending Fundamentals.

this

course

should

be

familiar

with

CATIA

V5

Content This course will teach you how to use the Functional Molded Part workbench to create molded parts from the main shapes definition and to finalize the part with 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 final part. - Basics of functional Molded Parts - Basic Features - Functional Features - Feature Modifiers and Dress-Up Tools - Multi-Body Features - Extraction Features Exercises Ex. 1: Color Pallet (15min) / All sectors Ex. 2: Front Cover (20min) / All sectors Ex. 3: Bottle (20min) / All sectors Ex. 4: Master Exercise: Locking Cover (45min) / All sectors Ex. 5: Belt Housing (30min) / All sectors Ex. 6: Master Exercise: Electrical Box Housing (45min) / All sectors Ex. 7: Notepad (30min) / All sectors Ex. 8: Functional Mold Extraction (25min) / All sectors Ex. 9: Mold design: Electrical Housing (20min) / All sectors


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FR1: Part Design Feature Recognition EDU-CAT-E-FR1-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FR1-FI-V5R19 Foils: EDU-CAT-E-FR1-FF-V5R19 Exercises: EDU-CAT-E-FR1-FX-V5R19 Objectives Upon completion of this course you will be able to: - Build comprehensive V5 data structures for solids whose specifications are lost or unreachable - Build data structure for solids that have been imported from other CAD systems Participants' Profile Mechanical Designers Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals and CATIA Part Design. Content Feature Recognition: Introduction Performing Feature Recognition Master Exercise To Sum Up Exercises Ex. 1: Creating V5 geometry from an isolated solid (30min) / All sectors


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FTA: 3D Functional Tolerancing & Annotation EDU-CAT-E-FTA-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FTA-FI-V5R19 Foils: EDU-CAT-E-FTA-FF-V5R19 Exercises: EDU-CAT-E-FTA-FX-V5R19 Objectives Upon 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 Participants' Profile Mechanical Designers Prerequisites Students attending this course should be familiar with the basics of solids and surfaces creation and also with the basics of knowledge Content This course will teach you how to create annotation planes in a CATPart and how to add and manage 3D annotations on these planes. You will also learn how to create 3D views in the CATPart and how to use them to create 2D views in a CATDrawing. Exercises Ex. 1: Create and Manage 3D Annotations (65min) / All sectors Ex. 2: Create Drawings & Manage Annotations (80min) / All sectors Ex. 3: Create Assembly Annotations (25min) / All sectors Ex. 4: Modify Geometry & Update Annotations (85min) / All sectors Ex. 5: Advanced FT&A Functions (55min) / All sectors Ex. 6: Knowledge and 3D Annotations (45min) / All sectors


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GDRA: CATIA Generative Drafting (ANSI) EDU-CAT-E-GDRA-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References None Objectives This course introduces you to the drafting workbench of CATIA V5 and you will familiarize yourself with the user interface. You will learn how to produce a drawing by creating projection and section views from a 3D model and by adding basic dimensions. Upon completion of this course you will be able to: - Access the Drafting workbench tools - Create views from 3D part and product data - Add dimensions to the views - Manage views update and modifications - Finalize the sheet by adding a title block Participants' Profile Draftsmen Content - Introduction to drafting workbench - Basic generative views creation - Additionnal views creation - Views modifications - Views dimensioning What is new in this release Course reorganized and including useful recommendations Exercises Ex. 1: Master Exercise 1: Connector Housing (180min) / All sectors Ex. 2: Master Exercise 2: Assembly Drawing of Drill Machine (60min) / All sectors


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GDRI: CATIA Generative Drafting (ISO) EDU-CAT-E-GDRI-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GDRI-FI-V5R19 Foils: EDU-CAT-E-GDRI-FF-V5R19 Exercises: EDU-CAT-E-GDRI-FX-V5R19 Detailed Steps: EDU-CAT-E-GDRI-FS-V5R19 Objectives This course introduces you to the drafting workbench of CATIA V5 and you will familiarize yourself with the user interface. You will learn how to produce a drawing by creating projection and section views from a 3D model and by adding basic dimensions. Upon completion of this course you will be able to: - Access the Drafting workbench tools - Create views from 3D part and product data - Add dimensions to the views - Manage views update and modifications - Finalize the sheet by adding a title block Participants' Profile Draftsmen Content - Introduction to drafting - Basic generative views creation - Additional views creation - Views modifications - Views dimensioning - Views modifications What is new in this release Course reorganized and including useful recommendations. Exercises Ex. 1: Master Exercise 1: Connector Housing (180min) / All sectors Ex. 2: Master Exercise 2: Assembly Drawing of Drill Machine (60min) / All sectors


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GS1: CATIA Surface Design EDU-CAT-E-GS1-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Exercises: EDU-CAT-E-GS1-FX-V5R19 Foils: EDU-CAT-E-GS1-FF-V5R19 Exercises: EDU-CAT-E-GS1-FX-V5R19 Objectives Upon 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' Profile Mechanical Surface Designers Prerequisites Students attending this course should be familiar with the CATIA V5 interface Content This course introduces you to the Generative Shape Design interface and basic 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 with a 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 Ex. 1: Creating Wireframe Geometry (25min) / All sectors Ex. 2: Creating Basic Surfaces (20min) / All sectors Ex. 3: Operations on Geometry (40min) / All sectors Ex. 4: Performing Operations on Geometry (30min) / All sectors Ex. 5: Completing the Solid in Part Design (40min) / All sectors Ex. 6: Modifying the Geometry (20min) / All sectors Ex. 7: Using Tools (10min) / All sectors Ex. 8: Master Exercise: Mobile Phone (65min) / All sectors


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HA1: Healing Assistant EDU-CAT-E-HA1-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-HA1-FI-V5R19 Foils: EDU-CAT-E-HA1-FF-V5R19 Exercises: EDU-CAT-E-HA1-FX-V5R19 Objectives Upon 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' Profile All designers, especially in the tooling design domain Prerequisites GS1-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 Exercises Ex. 1: Lateral Fender (master exercise) (60min) / All sectors Ex. 2: Compare exercise: Lateral fender (30min) / All sectors Ex. 3: Additional exercise (Handle) (45min) / All sectors


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LO1: 2D Layout for 3D Design EDU-CAT-E-LO1-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-LO1-FI-V5R19 Foils: EDU-CAT-E-LO1-FF-V5R19 Exercises: EDU-CAT-E-LO1-FX-V5R19 Objectives In this course you will learn how to draw benefit from 2D & 3D available in a single environment to design 3D products. Participants' Profile CATIA V5 users Prerequisites Drafting Part Design Assembly Design Content 1- Introduction Accessing the Workbench User Interface General Presentation User Settings Standards 2- Geometry Creation Creating Projection Views Exporting the 2D View to 2D Layout Using 2D Components 3D Visualization and Use-Edges Capabilities Managing the Background Visualization Dressing-up the Geometry Creating 3D geometry from 2D geometry 3- Data Management Print Capabilities Drawing Creation from 2D Layout Exercises Ex. 1: Front Fork (40min) / All sectors Ex. 2: Front Rear Sprocket (20min) / All sectors Ex. 3: Front Fork (20min) / All sectors Ex. 4: Engine Assembly (85min) / All sectors Ex. 5: Tyre Assembly (60min) / All sectors


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MD2: Mechanical Design V5R19 Update EDU-CAT-E-MD2-U CATIA V5R19 1 day English Update Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MD2-UI-V5R19 Foils: EDU-CAT-E-MD2-UF-V5R19 Objectives Upon completion of this course you will be able to use the new and enhanced tools of the Mechanical Design Workbenches in V5R19 Release. Participants' Profile Mechanical Designers Prerequisites Students attending this course should have knowledge of CATIA Mechanical Design V5R18 Content Sketcher Updates - What is New in CATIA Sketcher Workbench - New command Upgrade - New command Explode - Enhancement in Positioning As Result With Link Sketches Part Design Updates - What is New in CATIA Part Design Workbench - Enhancement in the Edge Fillet - Recap Exercise Edge Fillet with Blend Corner - Enhancement in the Hole Definition - Other Enhancements Assembly Design Updates - What is New in CATIA Assembly Design Workbench - New Command Associativity - New Command Add to Associated Part - Recap Exercise Associativity and Add to Associated Part - Enhancement in the Constraint Creation Generative Shape Design Updates - What is New in Generative Shape Design Workbench - Enhancement in the Sweep - Enhancement in Points and Planes Repetition - Enhancement in the Planes Between Drafting Updates - Whats New in CATIA Drafting Workbench - New Command Advanced Bill of Material - Enhancement in Rigid position Links - Enhancement in Broken Constraints Visualization - Enhancement in 3D Clipping Exercises Ex. 1: Edge Fillet with Blend Corner (10min) / All sectors Ex. 2: Associativity and Add to Associated Part (20min) / All sectors


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MTD: Mold Tooling Design EDU-CAT-E-MTD-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MTD-FI-V5R19 Foils: EDU-CAT-E-MTD-FF-V5R19 Exercises: EDU-CAT-E-MTD-FX-V5R19 Detailed Steps: EDU-CAT-E-MTD-FS-V5R19 Objectives Upon Completion of this course you will be able to: - Create the mold base having guided and fixed components using Mold Tooling Design workbench - Build the complete assembly of a Plastic Injection Mold. Participants' Profile New Mold Tooling Design users Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals and TG1 Tooling Design Fundamentals Content Introduction to Mold Tooling Design Creating a New Mold Editing the Mold Base Working with Mold Components Mold Design to Manufacturing Creating Injection Features Additional Information Exercises None


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PDG: CATIA Part Design EDU-CAT-E-PDG-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PDG-FI-V5R19 Foils: EDU-CAT-E-PDG-FF-V5R19 Exercises: EDU-CAT-E-PDG-FX-V5R19 Objectives Upon completion of this course you will be able to: - Design mechanical parts using basic solid feature creation methods - Create 3D solid features based on 2D sketches - Apply Dress-Up features - Duplicate 3D features - Move features - Modify a solid model Participants' Profile Mechanical Designers

Prerequisites Students attending this course should have the knowledge of CATIA Basics and CATIA Sketcher. Content This course will introduce you to the use of the CATIA Part Design workbench. You will learn the basic methods used in order to create and modify solid features and parts. - Introduction to Part Design - Basic Sketch Based Features - Basic Dressing-Up Features - Part Design Transformations - Part Design Modifications Exercises Ex. 1: Angle Plate (20min) / All sectors Ex. 2: Clamp Holder (30min) / All sectors Ex. 3: Dress-Up Features (75min) / All sectors Ex. 4: Part Design Transformation Recap Exercises (60min) / All sectors Ex. 5: Connector Housing (90min) / All sectors


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PDG: CATIA Part Design Expert EDU-CAT-E-PDG-A CATIA V5R19 1.5 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PDG-AI-V5R19 Foils: EDU-CAT-E-PDG-AF-V5R19 Exercises: EDU-CAT-E-PDG-AX-V5R19 Objectives Upon 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' Profile CATIA V5 Mechanical Designers. Prerequisites Students attending this course should have the knowledge of CATIA V5 Fundamentals, Getting started with CATIA V5, Sketcher, Part Design Fundamentals Content This course will teach you to design ‘Complex’ 3D mechanical parts from sketches in context of an assembly. You will build upon the knowledge gained in the Part Design Course and will be equiped to use ‘Advanced’ features offered by the Part Design workbench. - Using 3D Elements to Create a Part - Sketch-Based Features - Part Manipulations - Dress-Up Features - Part Analysis - Annotations Exercises Ex. 1: Connector Housing (90min) / All sectors Ex. 2: Bike Rear Lever (60min) / All sectors Ex. 3: Fitting (60min) / All sectors Ex. 4: Master Exercise: Mobile Phone Bottom Case Bottom Case (90min) / All sectors Ex. 5: Meat Mincer Screw (30min) / All sectors Ex. 6: Hinge (50min) / All sectors Ex. 7: Car Jack Support (60min) / All sectors Ex. 8: Piston (95min) / All sectors Ex. 9: Side Toolhead (60min) / All sectors Ex. 10: Tee Fitting (60min) / All sectors Ex. 11: Pedal Crank (60min) / All sectors


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PWT: Engine Design Methodology EDU-CAT-E-PWT-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-CPWT-FI-V5R19 Foils: EDU-CAT-E-CPWT-FF-V5R19 Exercises: EDU-CAT-E-CPWT-FX-V5R19 Objectives This course covers the CATIA V5 methodologies for engine design. Participants' Profile Powertrain engineering department and Powertrain suppliers Prerequisites CATIA V5R16 on NT or UNIX configuration with 1024 Mbytes RAM minimum Content - Introduction to engine design methodologies - Engine Design Methodologies: Presentation - Skeleton Process - Basic Features Creation - Engine Design Methodologies : Basic Features Creation - Head Tangential Port Design - Engine Design Methodologies : Head Port Design - Basic feature assembling methodologies - Engine Design Methodologies: Basic Features Assembling - Manufacturing Specifications - Engine Design Methodologies: Manufacturing Specifications - Oil Pan Design Methodology Exercises None


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SKE: CATIA Sketcher EDU-CAT-E-SKE-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SKE-FI-V5R19 Foils: EDU-CAT-E-SKE-FF-V5R19 Exercises: EDU-CAT-E-SKE-FX-V5R19 Objectives Upon completion of this course you will be able to... - Understand the basics of CATIA sketcher environment - Create 2D sketch geometry - Analyze sketch geometry - Edit existing 2D profiles - Dimension sketch geometry and modify it with constraints - Manage sketches within a 3D environment. Participants' Profile Mechanical Designers Prerequisites Students attending this course should have knowledge of CATIA Basics Content - Introduction to the CATIA Sketcher - Sketcher Geometry Management - Sketcher Constraints Management - Sketcher Analysis Tools Exercises Ex. 1: Sketcher Geometry Exercises (20min) / All sectors Ex. 2: Sketcher Constraints Exercises (10min) / All sectors Ex. 3: Master Exercise : Gasket (60min) / All sectors


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SMD: Generative Sheetmetal Design EDU-CAT-E-SMD-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References None Objectives Understand the terminology and the creation process for sheet metal part design Define 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' Profile Mechanical Designers, Sheetmetal Designers Prerequisites CATIA V5 Fundamentals.


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Content This course will teach you how to design a sheet metal part using associative feature-based modeling. Standard and user defined stamped features can be integrated into the design and the resulting flat pattern is calculated in accordance with standard bend allowances or with company specific bend allowance 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 Exercises None


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SMD: CATIA Generative Sheet Metal Design V5R19 Update EDU-CAT-E-SMD-U CATIA V5R19 0.5 day English Update Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SMD-UI-V5R19 Foils: EDU-CAT-E-SMD-UF-V5R19 Objectives Upon completion of this course you will be able to use the enhanced functionalities in the Generative Sheetmetal Design Workbench for the V5R19 release. Participants' Profile Mechanical Designers Prerequisites Students attending this course must have knowledge of CATIA Generative Sheetmetal Design V5R18. Content Extrusion Enhancements - Automatic Bend Enhancement - Exploded Mode Enhancements - How to Explode Connected Extrusion - How to Explode Disconnected Extrusion - Constraints Creation during Explode - Sketches Generated during Explode - Do it Yourself Recognize Enhancement - Recognition of Stamps on Bends - How to Recognize Stamps on Bends - Do it Yourself Integrate Unfolded Curve in Drawing - Standard Settings - Unfolded Curve Enhancement - How to Integrate an Unfolded Curve in Drawing - Do it Yourself - Paste Special Enhancement - Handling Parts in a Multi-Document Environment - How to Use As Result All Views Option - How to Use As Result With Link All Views Option - Do it Yourself Exercises None


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SR1: Structure Design EDU-CAT-E-SR1-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SR1-FI-V5R19 Foils: EDU-CAT-E-SR1-FF-V5R19 Exercises: EDU-CAT-E-SR1-FX-V5R19 Additional Information: EDU-CAT-E-SR1-FO-V5R19 Objectives In this course you will learn methods to quickly create and modify linear and curved structures, and plates using standard or user-defined sections. It addresses any kind of Frames, Foundations and Steel construction …, in various domains like Aerospace, Automotive and F&A. Participants' Profile New CATIA V5 users Prerequisites COM, WFS, PDG


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Content 1.Introduction to Structure Designp6 Accessing the Workbench p7 Exploring the User Interfacep8 Terminologyp9 2.Options & Project Resources Managementp10 Setting Structure Design Optionsp11 Setting Part Design Options p12 Setting Assembly Design Optionsp14 Selecting a Projectp15 3.Creating Skeletonsp17 What about Skeletons?p18 Creating Grids in 3Dp19 4.Defining and Creating Shapes & Platesp22 What about Shapes? p23 Generating Piece Parts p24 Defining & Placing Shapes… p26 Defining Material & Gradep27 Defining Section p28 Defining Shape Anchor Point p29 Defining Shape Orientation p30 Placing Shapes Using Points p31 Placing Shapes on Support p34 Creating Plates & End-Platesp36 Creating Small Assemblies p42 5.Modifying Shapes & Platesp44 Modifying Shapes & Plates Definition p45 Extending and Stretching Shapesp47 Splitting and Merging Shapes & Platesp48 Nibbling/Coping Shapes ans Platesp49 Defining Cutbacks p51 Removing Cutbacks p57 Placing Cutoutsp58 Modifying Cutouts p63 Removing Cutouts p64 Placing End Cuts p65 Modifying and Removing End Cuts p69 Placing Slotsp70 Modifying Slotsp74 Removing Slotsp75 Exercises Ex. 1: Select your project and options (15min) / All sectors Ex. 2: External Turret: Panel System (45min) / All sectors Ex. 3: External Turret: Jacket System (30min) / All sectors Ex. 4: External Turret: Floor System (30min) / All sectors Ex. 5: External Turret: Detailing (90min) / All sectors Ex. 6: External Turret: Modifications (15min) / All sectors Ex. 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-A CATIA V5R19 4 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SRA-AI-V5R19 Foils: EDU-CAT-E-SRA-AF-V5R19 Exercises: EDU-CAT-E-SRA-AX-V5R19 Additional Information: EDU-CAT-E-SRA-AO-V5R19 Objectives In 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' Profile Experienced CATIA V5 users Prerequisites COM, WFS, PDG, SR1, PKT, KWA (Optional) Content 1. Project Resource Managementp5 Introducing the PRMp6 Understanding the PRMp7 Structure Discipline Resourcesp11 Accessing & Checking the PRM p15 2. Feature Dictionaryp16 About the Feature Dictionaryp17 Starting the Feature Dictionary Editorp18 Managing Attributes p19 Discrete Valuesp21 Managing ID Numberp22 3. Standard Section Catalogsp24 Managing Parametric Sectionsp25 Generating Resolved Partsp30 Creating/Modifying Standard Section Catalogsp32 Creating/Modifying the StructureSpecificationMaterial Catalogsp34 4. Detailing Featuresp41 Design Rules and Recommendationsp42 End-Cutsp45 Slotsp51 Small Assembliesp54 Storing Detailing Features in a catalogp57 Exercises Ex. 1: Creating a New Project (180min) / All sectors Ex. 2: Adding New Attributes (180min) / All sectors Ex. 3: Creating a Resolved Standard section (240min) / All sectors Ex. 4: Modifying the StructureSpecifiactionMaterial Catalog (240min) / All sectors Ex. 5: Creating a Standard End-Cut (180min) / All sectors Ex. 6: Creating a Contextual End-Cut (180min) / All sectors Ex. 7: Creating a Slot (180min) / All sectors Ex. 8: Creating a Small Assembly (180min) / All sectors


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TG1: Tooling Design EDU-CAT-E-TG1-F CATIA V5R19 1.5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-TG1-FI-V5R19 Exercises: EDU-CAT-E-TG1-FX-V5R19 Detailed Steps: EDU-CAT-E-TG1-FS-V5R19 Objectives Upon 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' Profile New Tooling Design users Prerequisites Students attending this course should have experience in the following domain(s): CATIA V5 Fundamentals Content Introduction to Tooling Design Creating Components Editing Components Specific Components : Inserts & Sliders Advanced Add/Remove Capabilities Managing User Components Tool Design to Manufacturing

Exercises Ex. 1: Master Exercise: The Phone Handset (150min) / All sectors


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V5E: CATIA V5 Mechanical Design Expert EDU-CAT-E-V5E-A CATIA V5R19 5 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V5E-AI-V5R19 Foils: EDU-CAT-E-V5E-AF-V5R19 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' Profile Mechanical designers already having an experience of CATIA V5 mechanical design foundations. Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals Content This course will teach you how to start a complex design project from its specifications (top down approach) and complete it by reusing existing data. It will focus on advanced skills and concepts that enable you to create and analyze complex parts and assemblies. Lesson 1: Introduction Lesson 2: Design Complex Parts Lesson 3: Surface Design Lesson 4: Analyze and Annotate Parts Lesson 5: Sharing Information Lesson 6: Assembly Design Lesson 7: Design in Context Lesson 8: Complex Assembly Design Master Project 1: Mobile Phone Master Project 2: Lifting Truck


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Exercises Ex. 1: Introduction (40min) / All sectors Ex. 2: Rib and Slot (15min) / All sectors Ex. 3: Thin Rib (15min) / All sectors Ex. 4: Multi-Sections Feature (20min) / All sectors Ex. 5: Rib and Multi-section Solid (30min) / All sectors Ex. 6: Geometry Replace (5min) / All sectors Ex. 7: Solid Combine and Advanced Draft (30min) / All sectors Ex. 8: Advanced Draft (20min) / All sectors Ex. 9: Multi-Body Work (35min) / All sectors Ex. 10: Case Study: Design Complex Parts (15min) / All sectors Ex. 11: Complex Wireframe Creation (20min) / All sectors Ex. 12: Splines, Circles and Projections (20min) / All sectors Ex. 13: Simple Surfaces (5min) / All sectors Ex. 14: Sweep and Blend (30min) / All sectors Ex. 15: Sweep and Fill (30min) / All sectors Ex. 16: Join, Trim and Transformations (20min) / All sectors Ex. 17: Join, Trim and Close Surface (20min) / All sectors Ex. 18: Join, Trim and Fillet (20min) / All sectors Ex. 19: Surface Design (40min) / All sectors Ex. 20: Curvature Analysis (20min) / All sectors Ex. 21: Draft Analysis (20min) / All sectors Ex. 22: 3D Constraints (20min) / All sectors Ex. 23: 3D Annotations (20min) / All sectors Ex. 24: Analyze and Annotate Parts (40min) / All sectors Ex. 25: PowerCopy (10min) / All sectors Ex. 26: PowerCopy and Catalog (10min) / All sectors Ex. 27: Design Table (15min) / All sectors Ex. 28: Design Table and Parameters (20min) / All sectors Ex. 29: Catalog (20min) / All sectors Ex. 30: Catalog Modification (20min) / All sectors Ex. 31: Case Study: Sharing Information (30min) / All sectors Ex. 32: Desk and Product to Part (15min) / All sectors Ex. 33: Flexible Sub-Assembly (20min) / All sectors Ex. 34: Desk and Flexible Sub-Assembly (20min) / All sectors Ex. 35: Assembly Analysis (20min) / All sectors Ex. 36: Clash Analysis and Section (20min) / All sectors Ex. 37: Scenes (30min) / All sectors Ex. 38: Symbols and Annotations (10min) / All sectors Ex. 39: Case Study: Assembly Management (40min) / All sectors Ex. 40: Component Visualization (20min) / All sectors Ex. 41: Visualization Mode (20min) / All sectors Ex. 42: Feature in Context (20min) / All sectors Ex. 43: Sketch in Context (20min) / All sectors Ex. 44: Part in Context (20min) / All sectors Ex. 45: Assembly Split and Hole (20min) / All sectors Ex. 46: Links Analysis (30min) / All sectors Ex. 47: Case Study: Contextual Design (40min) / All sectors Ex. 48: Skeleton Model Use (20min) / All sectors Ex. 49: Skeleton Parameter Use (20min) / All sectors Ex. 50: Skeleton and Design in Context (90min) / All sectors Ex. 51: Publication (20min) / All sectors Ex. 52: Parameter Publication (30min) / All sectors Ex. 53: Case Study: Complex Assembly Design (80min) / All sectors Ex. 54: Master Project: Mobile Phone (100min) / All sectors Ex. 55: Master Project : Battery Reservation Space (10min) / All sectors Ex. 56: Master Project : Mobile Phone Bottom Case (60min) / All sectors Ex. 57: Master Project : Modifying the Design (20min) / All sectors Ex. 58: Master Project: Analyze and Modify the Design (20min) / All sectors Ex. 59: Master Project: Lifting Truck (240min) / All sectors


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V5F: CATIA V5 Fundamentals EDU-CAT-E-V5F-F CATIA V5R19 5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V5F-FI-V5R19 Foils: EDU-CAT-E-V5F-FF-V5R19 Objectives Understand the CATIA V5 interface Plan the construction of a part in order to properly convey its visual and functional aspects Create simple parts in CATIA V5 Understand how to manage parts in the context of an assembly Produce simple drawings and assembly layouts Participants' Profile New CATIA V5 Mechanical Designers Prerequisites Mechanical design experience. Experience with the Windows operating system. Content This course will introduce you to CATIA V5. It will teach you how to build simple parts and assemblies in CATIA, and how to make simple drawings of those 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


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Exercises Ex. 1: Design Intent (20min) / All sectors Ex. 2: CATIA V5 User Interface (20min) / All sectors Ex. 3: Introduction to CATIA (20min) / All sectors Ex. 4: Profile Creation (15min) / All sectors Ex. 5: Multiple Profile Creation (10min) / All sectors Ex. 6: Sketch Constraints (15min) / All sectors Ex. 7: Basic Features Creation (15min) / All sectors Ex. 8: Edge and Face-Face Fillets (10min) / All sectors Ex. 9: Multiple Profile Sketch Features (15min) / All sectors Ex. 10: Sketch Analysis and Pocket (15min) / All sectors Ex. 11: Shaft and Groove (15min) / All sectors Ex. 12: Thin Pad and Shell (15min) / All sectors Ex. 13: Pad, Fillet, Hole and Shell (20min) / All sectors Ex. 14: Case Study: Additional Part Features (20min) / All sectors Ex. 15: Stiffeners and Draft (20min) / All sectors Ex. 16: Reflect Draft (20min) / All sectors Ex. 17: Thread and Tap (20min) / All sectors Ex. 18: Thread (10min) / All sectors Ex. 19: Features Deactivation (10min) / All sectors Ex. 20: Features Activation (10min) / All sectors Ex. 21: Update Error Management (20min) / All sectors Ex. 22: Dress-up Features (25min) / All sectors Ex. 23: Patterns (30min) / All sectors Ex. 24: Part Transformation and Catalog (15min) / All sectors Ex. 25: Patterns Modifications (10min) / All sectors Ex. 26: Pattern and Catalog (30min) / All sectors Ex. 27: Case Study: Reusing Data (35min) / All sectors Ex. 28: Material and Measures (15min) / All sectors Ex. 29: Parameter and Formula (50min) / All sectors Ex. 30: Finalizing Design Intent (30min) / All sectors Ex. 31: Basic Assembly (20min) / All sectors Ex. 32: Reuse Components (20min) / All sectors Ex. 33: Component Positioning (10min) / All sectors Ex. 34: Constrain Components (20min) / All sectors Ex. 35: Constraints Creation (20min) / All sectors Ex. 36: Degrees of Freedom (20min) / All sectors Ex. 37: Assembly Design (20min) / All sectors Ex. 38: Visualization and Design Modes (25min) / All sectors Ex. 39: Design in Context (25min) / All sectors Ex. 40: Drawing Creation (20min) / All sectors Ex. 41: Drafting (20min) / All sectors Ex. 42: Master Exercise: Drill Press Assembly (270min) / All sectors


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V5VB: V5 Automotive - Fundamental Course for Body Designers EDU-CAT-E-V5VB-F CATIA V5R19 7 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V5VB-FI-V5R19 Foils: EDU-CAT-E-V5VB-FF-V5R19 Objectives This course will introduce the fundamental concepts that are required to build simple automotive parts and assemblies in CATIA V5, and teaches how to make simple drawings of those parts and assemblies. It will introduce you to the correct surface modeling methodology necessary for body or chassis design. 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 its visual 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' Profile Automotive Chassis or Body Designers Prerequisites None Content This 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)


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Exercises Ex. 1: Design Intent (20min) / All sectors Ex. 2: CATIA V5 Interface (20min) / All sectors Ex. 3: Case Study: Introduction to CATIA (20min) / All sectors Ex. 4: Profiles Creation (15min) / All sectors Ex. 5: Sketch Constraints (15min) / All sectors Ex. 6: Basic Features Creation (15min) / All sectors Ex. 7: Additional Sketcher Tools (15min) / All sectors Ex. 8: Shaft and Groove (15min) / All sectors Ex. 9: Fillet and Chamfer (15min) / All sectors Ex. 10: Wireframe Creation (15min) / All sectors Ex. 11: Features from Wireframe (20min) / All sectors Ex. 12: Shell and Holes (20min) / All sectors Ex. 13: Case Study: Additional Features (20min) / All sectors Ex. 14: Stiffeners and Draft (20min) / All sectors Ex. 15: Drafts (20min) / All sectors Ex. 16: Features Deactivation (10min) / All sectors Ex. 17: Features Activation (10min) / All sectors Ex. 18: Thread and Tap (20min) / All sectors Ex. 19: Feature Failures (10min) / All sectors Ex. 20: Case Study: Dress-up Features (25min) / All sectors Ex. 21: Patterns (30min) / All sectors Ex. 22: Features Duplication (15min) / All sectors Ex. 23: Wireframe and Publication (10min) / All sectors Ex. 24: Case Study: Reusing Data (35min) / All sectors Ex. 25: Complex Wireframe Creation (20min) / All sectors Ex. 26: Surface Creation (20min) / All sectors Ex. 27: Surface Analysis and Modification (20min) / All sectors Ex. 28: Case Study: Create Simple Surfaces (10min) / All sectors Ex. 29: Complex Surfaces Creation (20min) / All sectors Ex. 30: Multi-Sections Surface (10min) / All sectors Ex. 31: Surfaces Operations (20min) / All sectors Ex. 32: Surface Delimitation (40min) / All sectors Ex. 33: Boss and Flange Creation (30min) / All sectors Ex. 34: Case Study: Create Complex Surfaces (30min) / All sectors Ex. 35: Update Errors Management (30min) / All sectors Ex. 36: Surface Symmetry (15min) / All sectors Ex. 37: Surface Analysis (15min) / All sectors Ex. 38: Case Study: Surface Modification Tools (10min) / All sectors Ex. 39: Assemble Components (20min) / All sectors Ex. 40: Reuse Components (20min) / All sectors Ex. 41: Components Manipulation (10min) / All sectors Ex. 42: Constrain Components (20min) / All sectors Ex. 43: Assembly Design (10min) / All sectors Ex. 44: Visualization Mode (20min) / All sectors Ex. 45: Contextual Part (20min) / All sectors Ex. 46: Case Study: Designing in Context (20min) / All sectors Ex. 47: Drawing Creation (20min) / All sectors Ex. 48: Additional Views (15min) / All sectors Ex. 49: Case Study: Drafting (ISO) (10min) / All sectors Ex. 50: Master Project: Door Assembly (30min) / All sectors


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V5VC: V5 Automotive - Fundamental Course for Chassis Designers EDU-CAT-E-V5VC-F CATIA V5R19 7 days English Fundamentals Companion and ILT

Training Material References None Objectives This course will introduce the fundamental concepts that are required to build simple automotive parts and assemblies in CATIA V5, and teaches how to make simple drawings of those parts and assemblies. It will introduce you to the correct surface modeling methodology necessary for body or chassis design. 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 its visual 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' Profile Automotive Chassis or Body Designers Prerequisites None Content This course is made up of 12 lessons. Lessons 1- 6: Introduction to basic modeling in CATIA V5 Lessons 7 - 9: Surface Modeling for Chassis / Body Design Lessons 10 - 11: Assembly Design Lessons 12: Drafting Maste Project


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Exercises Ex. 1: Design Intent (20min) / All sectors Ex. 2: CATIA V5 Interface (20min) / All sectors Ex. 3: Introduction to CATIA (20min) / All sectors Ex. 4: Profiles Creation (15min) / All sectors Ex. 5: Sketch Constraints (15min) / All sectors Ex. 6: Basic Features Creation (15min) / All sectors Ex. 7: Case Study: Basic Features (20min) / All sectors Ex. 8: Additional Sketcher Tools (15min) / All sectors Ex. 9: Shaft and Groove (15min) / All sectors Ex. 10: Fillet and Chamfer (15min) / All sectors Ex. 11: Wireframe Creation (15min) / All sectors Ex. 12: Features from Wireframe (20min) / All sectors Ex. 13: Shell and Holes (20min) / All sectors Ex. 14: Case Study: Additional Features (20min) / All sectors Ex. 15: Stiffeners and Draft (20min) / All sectors Ex. 16: Drafts (20min) / All sectors Ex. 17: Features Deactivation (10min) / All sectors Ex. 18: Features Activation (10min) / All sectors Ex. 19: Thread and Tap (20min) / All sectors Ex. 20: Feature Failures (10min) / All sectors Ex. 21: Case Study: Dress-up Features (25min) / All sectors Ex. 22: Patterns (30min) / All sectors Ex. 23: Features Duplication (15min) / All sectors Ex. 24: Wireframe and Publication (10min) / All sectors Ex. 25: Case Study: Reusing Data (35min) / All sectors Ex. 26: Complex Wireframe Creation (20min) / All sectors Ex. 27: Surface Creation (20min) / All sectors Ex. 28: Surface Analysis and Modification (20min) / All sectors Ex. 29: Case Study: Create Simple Surfaces (10min) / All sectors Ex. 30: Multi-Body Work (25min) / All sectors Ex. 31: Core Removing (25min) / All sectors Ex. 32: Wireframe and Multi-Body (25min) / All sectors Ex. 33: Case Study: Create Complex Parts (10min) / All sectors Ex. 34: Part Design Transformations (15min) / All sectors Ex. 35: Rib and Slot (15min) / All sectors Ex. 36: Multi-Sections Feature (20min) / All sectors Ex. 37: Multi-Sections Feature and Rib (20min) / All sectors Ex. 38: Draft and Thickness (30min) / All sectors Ex. 39: Advanced Draft (20min) / All sectors Ex. 40: Advanced Solid Features (10min) / All sectors Ex. 41: Material and Measures (15min) / All sectors Ex. 42: Parameters and Formulas (15min) / All sectors Ex. 43: Finalizing Design Intent (10min) / All sectors Ex. 44: Assemble Components (20min) / All sectors Ex. 45: Reuse Components (20min) / All sectors Ex. 46: Components Manipulation (10min) / All sectors Ex. 47: Constrain Components (20min) / All sectors Ex. 48: Case Study: Assembly Design (10min) / All sectors Ex. 49: Visualization Mode (20min) / All sectors Ex. 50: Contextual Part (20min) / All sectors Ex. 51: Case Study: Designing in Context (20min) / All sectors Ex. 52: Drawing Creation (20min) / All sectors Ex. 53: Additional Views (15min) / All sectors Ex. 54: Additional Views and Dimensions (15min) / All sectors Ex. 55: Case Study: Drafting (ISO) (10min) / All sectors Ex. 56: Master Project: Spring Damper Assembly (30min) / All sectors


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V5VP: V5 Automotive - Fundamental Course for Powertrain Designers EDU-CAT-E-V5VP-F CATIA V5R19 7 days English Fundamentals Companion and ILT

Training Material References None Objectives This course will introduce the fundamental concepts that are required to build simple automotive parts and assemblies in CATIA V5, and teaches how to make simple drawings of those parts and assemblies. It will introduce you to the advanced solid modeling techniques necessary for Powertrain design methodology. Content This course is made up of 12 lessons: Lessons 1 - 6:Introduction to basic Solid Modeling Lessons 7 - 9: Complex Solid Modeling Lessons 10 - 11: Assembly Design Lesson 12: Drafting Master Project


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Exercises Ex. 1: Design Intent (20min) / All sectors Ex. 2: CATIA V5 Interface (20min) / All sectors Ex. 3: Introduction to CATIA (20min) / All sectors Ex. 4: Profiles Creation (15min) / All sectors Ex. 5: Sketch Constraints (15min) / All sectors Ex. 6: Basic Features Creation (15min) / All sectors Ex. 7: Case Study: Basic Features (20min) / All sectors Ex. 8: Additional Sketcher Tools (15min) / All sectors Ex. 9: Shaft and Groove (15min) / All sectors Ex. 10: Fillet and Chamfer (15min) / All sectors Ex. 11: Wireframe Creation (15min) / All sectors Ex. 12: Features from Wireframe (20min) / All sectors Ex. 13: Shell and Holes (20min) / All sectors Ex. 14: Case Study: Additional Features (20min) / All sectors Ex. 15: Stiffeners and Draft (20min) / All sectors Ex. 16: Drafts (20min) / All sectors Ex. 17: Features Deactivation (10min) / All sectors Ex. 18: Features Activation (10min) / All sectors Ex. 19: Thread and Tap (20min) / All sectors Ex. 20: Feature Failures (10min) / All sectors Ex. 21: Case Study: Dress-up Features (25min) / All sectors Ex. 22: Patterns (30min) / All sectors Ex. 23: Features Duplication (15min) / All sectors Ex. 24: Wireframe and Publication (10min) / All sectors Ex. 25: Case Study: Reusing Data (35min) / All sectors Ex. 26: Multi-Body Work (25min) / All sectors Ex. 27: Core Removing (25min) / All sectors Ex. 28: Wireframe and Multi-Body (25min) / All sectors Ex. 29: Create Complex Parts (10min) / All sectors Ex. 30: Part Design Transformations (15min) / All sectors Ex. 31: Rib and Slot (15min) / All sectors Ex. 32: Multi-Sections Feature (20min) / All sectors Ex. 33: Multi-Sections Feature and Rib (20min) / All sectors Ex. 34: Draft and Thickness (30min) / All sectors Ex. 35: Advanced Draft (20min) / All sectors Ex. 36: Advanced Solid Features (10min) / All sectors Ex. 37: Material and Measures (15min) / All sectors Ex. 38: Parameters and Formulas (20min) / All sectors Ex. 39: Case Study: Finalizing Design Intent (10min) / All sectors Ex. 40: Assemble Components (20min) / All sectors Ex. 41: Reuse Components (20min) / All sectors Ex. 42: Components Manipulation (10min) / All sectors Ex. 43: Constrain Components (20min) / All sectors Ex. 44: Case Study: Assembly Design (10min) / All sectors Ex. 45: Visualization Mode (20min) / All sectors Ex. 46: Contextual Part (20min) / All sectors Ex. 47: Case Study: Designing in Context (20min) / All sectors Ex. 48: Drawing Creation (20min) / All sectors Ex. 49: Additional Views (15min) / All sectors Ex. 50: Additional Views and Dimensions (15min) / All sectors Ex. 51: Case Study: Drafting (ISO) (10min) / All sectors Ex. 52: Master Project: Cylinder Head Assembly (70min) / All sectors


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WD1: Weld Design EDU-CAT-E-WD1-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-WD1-FI-V5R19 Foils: EDU-CAT-E-WD1-FF-V5R19 Exercises: EDU-CAT-E-WD1-FX-V5R19 Objectives Upon completion of this course you will be able to - Weld parts, - Generate Weld reports, - Extract 2D views from 3D welds. Participants' Profile Mechanical and Structural Designers Prerequisites CATIA V5 Fundamentals Content - Workbench presentation - Weld creation - Weld edition - Weld report and drawing Complete industrial exercice Exercises None


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CATIA Course Material Machining Solutions


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Machining Solutions Course Code Brand & Release Duration Language Level Method

AMG: Advanced Part Machining EDU-CAT-E-AMG-F CATIA V5R19 1.5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-AMG-FI-V5R19 Foils: EDU-CAT-E-AMG-FF-V5R19 Exercises: EDU-CAT-E-AMG-FX-V5R19 Objectives Upon completion of this course you will be able to: - Identify and use the Advance Part Machining workbench tools - Define a Multi-Axis Flank Contouring operation - Define a Multi-Axis Helix Machining operation - Define a Cavities Roughing operation Participants' Profile Advanced NC Programmers Prerequisites Students attending this course should have knowledge of Numerical Control Infrastructure(NCI), PMG, SMG and MMG workbench. Content - Multi Axis Flank Contouring operation - Multi Axis Helix machining operation - Cavities Roughing operation Exercises Ex. 1: Multi-Axis Flank Contouring (100min) / All sectors Ex. 2: Multi-Axis Helix Machining (35min) / All sectors Ex. 3: Cavities Roughing (45min) / All sectors Ex. 4: Aerospace Part (60min) / All sectors


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LMG: Lathe Machining EDU-CAT-E-LMG-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-LMG-FI-V5R19 Foils: EDU-CAT-E-LMG-FF-V5R19 Exercises: EDU-CAT-E-LMG-FX-V5R19 Detailed Steps: EDU-CAT-E-LMG-FS-V5R19 Objectives Upon completion of this course you will be able to: -Identify and use the Lathe Machining workbench tools -Define Lathe Machining operations -Manage Tools and Tool Assemblies -Use different methodologies for Lathe Machining Participants' Profile NC Programmers Prerequisites CATIA V5 Fundamentals Numerical Control Infrastructure workbench Content -Introduction to Lathe Machining -Lathe Operations: -Rough Turning Operation -Groove Turning Operation -Recess Turning Operation -Groove Finish Turning Operation -Profile Finish Turning Operation -Thread Turning Operation -Sequential Turning Operation -Ramp Rough Turning Operation -Ramp Recess Turning Operation -Tools and Tool Assemblies Management -Methodologies for Lathe Machining Exercises Ex. 1: Crankshaft (85min) / All sectors Ex. 2: Ramp Rough Turning Operation (10min) / All sectors Ex. 3: Design Associativity (10min) / All sectors Ex. 4: Generate Outputs (10min) / All sectors Ex. 5: Groove Turning Operation (10min) / All sectors Ex. 6: Facing Head (30min) / All sectors


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MLG: Multi-Slide Lathe Machining EDU-CAT-E-MLG-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MLG-FI-V5R19 Foils: EDU-CAT-E-MLG-FF-V5R19 Exercises: EDU-CAT-E-MLG-FX-V5R19 Objectives Upon completion of this course you will learn how to program with CATIA V5 Multi turret & Multi spindle machines. Participants' Profile NC programmer who wants to optimize the NC Program in a Multi turret Machine environment Prerequisites Students attending this course must have knowledge of CATIA V5 Fundamentals, NC Infrastructure, Lathe Machining Content - Introduction to Multi- Slide Lathe Machining - Machine Definition - Create Manufacturing Programs - Create Synchronizations - Gantt Chart View - Time Based Replay - NC Outputs - Create NC Programs

Exercises Ex. 1: Master Exercise: Turning Part (120min) / All sectors Ex. 2: Added Exercise - Multi -spindle machining (90min) / All sectors


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MMG: Multi-Axis Surface Machining EDU-CAT-E-MMG-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MMG-FI-V5R19 Foils: EDU-CAT-E-MMG-FF-V5R19 Exercises: EDU-CAT-E-MMG-FX-V5R19 Objectives Upon completion of this course you will be able to - Identify and use the Multi-Axis Surface Machining workbench tools. - Define 5-Axis machining operations such as Multi-Axis Sweeping, Multi-Axis Contour Driven, Multi-Axis Curve Machining, Define Multi-Axis Isoparametric Machining, Multi-Axis Drilling and Multi-Axis Tube Machining. Participants' Profile Advanced NC Programmers Prerequisites Students attending this course should have knowledge of CATIA V5 SMG Content - Multi-Axis Sweeping Operation - Multi-Axis Contour Driven Operation - Multi-Axis Curve Machining Operation - Multi-Axis Isoparametric Machining Operation - Multi-Axis Drilling Operation - Multi-Axis Tube Machining Operation - Multi-Axis Spiral Milling Operation Exercises Ex. 1: Master Exercise: Fender (Wing) (70min) / All sectors Ex. 2: Exercise 1: Hood (40min) / All sectors Ex. 3: Exercise 2: Pocket (15min) / All sectors Ex. 4: Exercise 3: Isoparametric and Drill (15min) / All sectors Ex. 5: Exercise 4: Multi-Axis Curve Machining (15min) / All sectors Ex. 6: Exercise 5: Tube Machining (40min) / All sectors Ex. 7: Exercise 6: Multi-Axis Spiral Machining (10min) / All sectors


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MPA: Prismatic Machining Preparation Assistant EDU-CAT-E-MPA-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MPA-FI-V5R19 Foils: EDU-CAT-E-MPA-FF-V5R19 Exercises: EDU-CAT-E-MPA-FX-V5R19 Detailed Steps: EDU-CAT-E-MPA-FS-V5R19 Objectives Upon completion of this course you will be able to: - Define 2.5 Axis Milling operations in CATIA V5 - Create prismatic machinable features - Form a link between Design and Manufacturing Participants' Profile NC Programmers Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals, Numerical Control Infrastructure, Prismatic Machining Content - Introduction to Prismatic Machining Preparation Assistant - Global features recognition - Local features recognition Exercises Ex. 1: Manuf Part (60min) / All sectors Ex. 2: Added Exercise (15min) / All sectors


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MPG: Multi Pocket Machining EDU-CAT-E-MPG-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MPG-FI-V5R19 Foils: EDU-CAT-E-MPG-FF-V5R19 Exercises: EDU-CAT-E-MPG-FX-V5R19 Objectives Upon completion of this course, you will learn how to define - Power Machining operation - Multi-Pocket Flank Contouring operation Participants' Profile NC programmer knowing how to work with CATIA V5 Parts and already skilled in Machining products. Prerequisites Fundamentals about CATIA V5 Numerical Control Infrastructure Content - Multi- Pockets Machining (Power Machining) - Managing Offsets - Multi-Pocket Flank Contouring Exercises Ex. 1: Frame Part (40min) / All sectors


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NCI: Numerical Control Infrastructure EDU-CAT-E-NCI-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-NCI-FI-V5R19 Foils: EDU-CAT-E-NCI-FF-V5R19 Exercises: EDU-CAT-E-NCI-FX-V5R19 Detailed Steps: EDU-CAT-E-NCI-FS-V5R19 Objectives Upon completion of this course you will be able to: - Identify and use the tools specific to Manufacturing workbenches - Create a Manufacturing Program and simulate it - Manage Tools and Tool Catalogs - Define and verify the Tool Path - Generate NC data using an integrated Post Processor - Create shop floor documentation - Manage design changes - Import V4 data Participants' Profile Manufacturing Users (NC Programmers) Prerequisites CATIA V5 Fundamentals Content COMMON TOPICS Workbench Presentation Define Setup (Part Operation) Machining Operation, Macros, Tools Presentation Tool Path Verification & Simulation Auto sequence Auxiliary Operations Output generation Axial Operations Hole selection - Machining Pattern Management The different Process Views Geometry wizard (edge, surface) ADVANCED TOPICS Import & Modify Tool Path Resource Management PP Word Table customization V4 NCMill & NCLathe Set Import (optional) Design Change Management Machining Processes APPENDIX Settings


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Exercises Ex. 1: Aerospace Structure Part (195min) / All sectors Ex. 2: AdvEx 00- Import APT Source File and Tool Path Modification (30min) / All sectors Ex. 3: AdvEx 01- Import V4 NC data (NCMill / NCLathe) (30min) / All sectors Ex. 4: AdvEx 02- Machining Process Creation and Instantiation (30min) / All sectors Ex. 5: AdvEx 03- Manage Resources (30min) / All sectors Ex. 6: AdvEx 04- Auto Complete (30min) / All sectors Ex. 7: AdvEx 05- PP Word Table Customization (20min) / All sectors Ex. 8: AdvEx 06- Design Change (10min) / All sectors


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PMG: Prismatic Machining EDU-CAT-E-PMG-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PMG-FI-V5R19 Foils: EDU-CAT-E-PMG-FF-V5R19 Exercises: EDU-CAT-E-PMG-FX-V5R19 Detailed Steps: EDU-CAT-E-PMG-FS-V5R19 Objectives Upon completion of this course you will be able to: - Identify and use the Prismatic Machining workbench tools - Define Prismatic Machining operations (2.5 Axis Milling) in CATIA V5 - Create Prismatic Machining Area and Rework Area - Define and modify NC Macros Participants' Profile NC Programmers Prerequisites CATIA V5 Fundamentals Numerical Control Infrastructure Content Milling operations: - Facing, - Pocketing, - 4-Axis Pocketing, - Prismatic Roughing, - Profile contouring, - Groove milling, - Point to point, - Curve following, - Sequential Axial and Groove - Prismatic rework area, - Prismatic machining area, - Transition Paths (macros) Exercises Ex. 1: Aerospace Structure Part (130min) / All sectors Ex. 2: Sequential Axial Operation (10min) / All sectors Ex. 3: Sequential Groove Operation (20min) / All sectors Ex. 4: Manuf (180min) / All sectors Ex. 5: Fitting Part (120min) / All sectors Ex. 6: Flap Track (180min) / All sectors Ex. 7: Prismatic Roughing Operation (30min) / All sectors


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SMG: Surface Machining EDU-CAT-E-SMG-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-SMG-FI-V5R19 Foils: EDU-CAT-E-SMG-FF-V5R19 Exercises: EDU-CAT-E-SMG-FX-V5R19 Detailed Steps: EDU-CAT-E-SMG-FS-V5R19 Objectives Upon completion of this course you will be able to: - Identify and use the Surface Machining workbench tools - Define 3-Axis Surface Machining operations - Create Probing Operations - Create a Machining Area before performing the operations - Define a Rework Area - Analyze and modify the Tool Path Participants' Profile Manufacturing users (NC programmers) Prerequisites - CATIA V5 Fundamentals - Numerical Control Infrastructure Content Introduction to the 3-Axis Surface Machining Creating geometrical elements Creating a Machining Feature Creating 3-Axis Surface Machining Operations Sweep Roughing Operation Roughing Operation Plunge Milling Sweeping Operation 4-Axis Curve Sweeping Operation Pencil Operation Zlevel Operation Contour-driven Operation Isoparametric machining Operation Spiral milling Operation Profile Contouring Operation Probing Operations 3/5-Axis Converter Analysing and modifying tool path Notes This course is linked to NCI course.


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Exercises Ex. 1: Renfort (140min) / All sectors Ex. 2: Recap: Roughing Operations (30min) / All sectors Ex. 3: Isoparametric Machining Operation (30min) / All sectors Ex. 4: Spiral Milling Operation (30min) / All sectors Ex. 5: Machining Features (30min) / All sectors Ex. 6: Profile Contouring Operation (30min) / All sectors Ex. 7: Analyze and Modify a Tool Path (20min) / All sectors Ex. 8: Connecting Rod (60min) / All sectors


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STL: STL Rapid Prototyping EDU-CAT-E-STL-F CATIA V5R19 0.3 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-STL-FI-V5R19 Foils: EDU-CAT-E-STL-FF-V5R19 Exercises: EDU-CAT-E-STL-FX-V5R19 Objectives Upon completion of this course you will learn how to - Create a triangular mesh from a surface or a solid - Correct, tune, improve a triangular mesh, - Export a mesh as a standard STL file usable for rapid prototyping by stereolithography or any other prototyping technique (FDM, classical 3 axis milling) Participants' Profile Surface Designer Prerequisites Digitized Shape Editor (DES_F) Content - Introduction - Creating a mesh from a basic surface - Tuning the mesh - Giving a thickness to the mesh - Optimizing the mesh - Exporting the mesh as an STL file Exercises Ex. 1: Master Exercise: Portable Vacuum Cleaner (50min) / All sectors


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CATIA Course Material Product Synthesis Solutions


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Product Synthesis Solutions Course Code Brand & Release Duration Language Level Method

HMN: Human Modeling EDU-CAT-E-HMN-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-HMN-FI-V5R19 Foils: EDU-CAT-E-HMN-FF-V5R19 Exercises: EDU-CAT-E-HMN-FX-V5R19 Detailed Steps: EDU-CAT-E-HMN-FS-V5R19 Objectives In this course you will learn how to use our Human Model technology in order to leverage your ergonomics analysis. Among other things you will learn how to position and manipulate the manikin within a V5 Scene. Also you will evaluate the comfort the reach clearance and the vision of your target population. Participants' Profile Designers, Engineers, Human factors specialists, Any Health specialists, V5 Users. Prerequisites V5 Digital Mock-up


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Content Product Overview - Human Builder - Human Measurement Editor - Human Posture Analysis - Human Activity Analysis Introduction to Human Tools - General Settings - Useful Keyboard Shortcuts Manikin inside a 3D Context - Accessing the Human Builder Workbench - Human Builder - Settings - Human Builder Toolbars - Preparation of a 3D Scenario - Moving and Manipulating Manikins - Kinematics - Creating Links between Manikins and Geometry - Using Catalog - Analyzing Vision - Report Definition - Creating a Reach Envelope and a Swept Volume - Analyzing Clash - Performing a Simulation Manikin Body Dimension - Accessing the Human Measurement Editor Workbench - Human Measurements Editor - Accessing the Workbench - Editing the Accommodation - Changing the Anthropometric Variables - Creating Boundary Manikins Posture Evaluation - Accessing the Human Posture Analysis Workbench - Human Posture Analysis Toolbars - Editing the Range of Motion - Displaying the Postural Score - Gathering and Analyzing the Results Standard Ergonomic Analysis - Accessing the Human Activity Analysis Workbench - RULA Analysis - Lift or Lower Analysis - Push or Pull Analysis - Carry Analysis - 3D Biomechanics Analysis Exercises Ex. 1: Ergonomics Review Inside and Around a Vehicle (6240min) / All sectors Ex. 2: Master Exercise: Analyzing Manikin’s Anthropometric Variables (180min) / All sectors Ex. 3: Master Exercise: Human Builder (240min) / All sectors Ex. 4: Master Exercise: Evaluating Manikin’s Posture (180min) / All sectors Ex. 5: Master Exercise: Human Activity Analysis (180min) / All sectors


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KBE: Knowledge-Based Engineering EDU-CAT-E-KBE-F CATIA V5R19 3 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-KBE-FI-V5R19 Foils: EDU-CAT-E-KBE-FF-V5R19 Exercises: EDU-CAT-E-KBE-FX-V5R19 Detailed Steps: EDU-CAT-E-KBE-FS-V5R19 Objectives Upon completion of this course you will be able to: - Become familiar with the knowledgeware working environment, how it can be accessed, the terminology that will be used and the settings - Create parametric parts and assemblies - Embed knowledge in your designs by controlling it using parameters, formulae, rules, checks and reactions - Create and reuse Power Copies and User-Defined Features - Create and store knowledge-driven design templates so as to instantiate them in a new context - Create and reuse advanced instantiation features like Knowledge Pattern Participants' Profile CATIA V5 Users Prerequisites CATIA V5 Fundamentals Content - Introduction - Knowledge Advisor Workbench Presentation - Creating parameters, Formulas and Lists - Creating Adaptive Behaviors - Creating Design Tables and Part Families - Using Knowledge Advisor Tools - Product Knowledge Template Workbench Presentation - Creating and Using Powercopies - Creating and Using User-defined Features - Creating and Using Part and Assembly Templates - Managing Standard Components - Creating and Using Knowledge Patterns What is new in this release New course Exercises Ex. 1: Stringer / All sectors Ex. 2: Knowledge Advisor / All sectors Ex. 3: Keyway / All sectors Ex. 4: User-defined Features / All sectors Ex. 5: Document Templates / All sectors Ex. 6: Jigs and Fixtures / All sectors


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KBE: Knowledge-Based Engineering EDU-CAT-E-KBE-A CATIA V5R19 1.5 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-KBE-AI-V5R19 Foils: EDU-CAT-E-KBE-AF-V5R19 Exercises: EDU-CAT-E-KBE-AX-V5R19 Detailed Steps: EDU-CAT-E-KBE-AS-V5R19 Objectives Upon completion of this course you will be able to: - Become familiar with the knowledgeware working environment, the way it can be accessed, the terminology that will be used and the settings - Embed complex design knowledge in a parametric part using knowledgeware expert rules, checks and reactions - Automate your design modifications using various knowledgeware expert tools - Define, solve and analyze an optimization problem using tools from the CATIA Product Knowledge Engineering workbench Participants' Profile CATIA V5 Advanced Users Prerequisites CATIA V5 Basics CATIA V5 Knowledgeware Fundamentals Content - Introduction to Knowledge Expert - Creating and Using an Expert Rule - Creating and Analyzing an Expert Check - Creating a Rule Base - Product Engineering Optimizer Workbench Presentation - Optimization Problem Formulation - Optimization Problem Resolution - Solution Analysis - Best Practices for Optimization with PEO - Design of Experiments Tools - Constraint Satisfaction Tools What is new in this release New course Exercises Ex. 1: Connector / All sectors Ex. 2: LBlock / All sectors Ex. 3: Strap Tension Optimization / All sectors Ex. 4: Bottle / All sectors Ex. 5: Beam Mass Optimization / All sectors Ex. 6: Hanger / All sectors Ex. 7: Fastener / All sectors Ex. 8: Surfacic Structure / All sectors Ex. 9: 1D Beam / All sectors Ex. 10: Silo / All sectors Ex. 11: Design of Experiments / All sectors


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KWA: Knowledge Advisor EDU-CAT-E-KWA-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-KWA-FI-V5R19 Foils: EDU-CAT-E-KWA-FF-V5R19 Exercises: EDU-CAT-E-KWA-FX-V5R19 Detailed Steps: EDU-CAT-E-KWA-FS-V5R19 Objectives Access the Knowledgeware working environment Create user parameters and formulae Create Design Tables and use them to create part families Create reaction features that react to an event such as an update Use the Macro with Argument feature Use inspection, equations, law and loop tools Participants' Profile CATIA V5 users Prerequisites CATIA V5 Basics Content This course you will teach you how to manage Knowledge Advisor objects in order to embed knowledge within a design. It will teach you how to use knowledge rules to reduce errors and automate modifications. -Workbench presentation -Creating user parameters and formulas -Defining Checks, Rules, Reactions, Lists, Laws, Loops and macros with arguments -Associating URLs to parameters or relations -Running macros from Rules or Reactions -Using the Knowledge Inspector tool -Managing Design Tables and part family catalogs Exercises Ex. 1: Wheel Rim (90min) / All sectors Ex. 2: Light Bulb (60min) / All sectors Ex. 3: Sheet Metal Part (30min) / All sectors


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KWE: Knowledge Expert EDU-CAT-E-KWE-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-KWE-FI-V5R19 Foils: EDU-CAT-E-KWE-FF-V5R19 Exercises: EDU-CAT-E-KWE-FX-V5R19 Objectives Upon completion of this course you will be able to: - Become familiar with the Knowledgeware working environment, how it can be accessed, the terminology that will be used and the Settings. - Embed complex design knowledge in a parametric part using Knowledgeware expert rules checks and reactions. - Automate your designs modifications using various Knowledgeware Expert tools. Participants' Profile CATIA V5 advanced users Prerequisites CATIA V5 Basics CATIA V5 Knowledgeware fundamentals Content - Introduction to Knowledge Expert - Creating and Using an Expert Rule - Creating and Analyzing an Expert Check - Using a Rule Base Exercises Ex. 1: Connector (40min) / All sectors Ex. 2: LBlock Correction (40min) / All sectors


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KWF: Knowledge Fundamentals EDU-CAT-E-KWF-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-KWF-FI-V5R19 Foils: EDU-CAT-E-KWF-FF-V5R19 Exercises: EDU-CAT-E-KWF-FX-V5R19 Objectives Upon Completion of this course you will be able to: -Access the knowledgeware working environment -Manage the knowledgeware working environment -See how collaborative work affects knowledge features -Use parameters, formulae and design tables -Create parametric parts and assemblies -Share parameters and re-use relations Participants' Profile CATIA V5 Users Prerequisites Students attending this course should have knowledge of CATIAV5 Part Design and CATIA V5 Assembly Design Content - Introduction to Common Knowledge Tools - Common Knowledge Tools - Collaborative Work and Knowledge - Stringer Assembly Exercice Exercises Ex. 1: Bolt and Stringer (20min) / All sectors Ex. 2: Stringer Exercise (30min) / All sectors Ex. 3: Grip Assembly (45min) / All sectors Ex. 4: Stringer Assembly Exercise (60min) / All sectors


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PEO: Product Engineering Optimizer EDU-CAT-E-PEO-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PEO-FI-V5R19 Foils: EDU-CAT-E-PEO-FF-V5R19 Exercises: EDU-CAT-E-PEO-FX-V5R19 Detailed Steps: EDU-CAT-E-PEO-FS-V5R19 Objectives In this course, you will learn the functionalities of CATIA Product Engineering Optimizer (PEO): - Definition of an optimization problem - Specification of the optimization algorithm, - Solving of an optimization problem, - Analyzing and reporting on the results, - Use of the Design of Experiments tool to understand the behavior of a system thanks to space exploration, - Use of the Constraint Satisfaction tool to solve complex contraint problems (with no objective function) Participants' Profile CATIA V5 Users Prerequisites CATIA Basics Content - Workbench Presentation - Optimization Problem Formulation - Optimization problem resolution - Solution analysis - Best practices for optimization with PEO - Design of Experiments tool - Constraint Satisfaction tool Exercises Ex. 1: Strap tension optimization (90min) / All sectors Ex. 2: Beam mass optimization (30min) / All sectors Ex. 3: Shape optimization: Hanger (40min) / All sectors Ex. 4: Fastener Shape Optimization (30min) / All sectors Ex. 5: Surfacic structure Structural Optimization (20min) / All sectors Ex. 6: Child Swing Structural Optimization (25min) / All sectors Ex. 7: Silo Structural Optimization (30min) / All sectors Ex. 8: Design of experiments (30min) / All sectors Ex. 9: Beam Mass Minimization through Constraint Satisfaction (20min) / All sectors


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PKT: Product Knowledge Template EDU-CAT-E-PKT-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-PKT-FI-V5R19 Foils: EDU-CAT-E-PKT-FF-V5R19 Exercises: EDU-CAT-E-PKT-FX-V5R19 Detailed Steps: EDU-CAT-E-PKT-FS-V5R19 Objectives Upon completion of this course you will be able to: - Create and reuse Power Copies and User Defined Features. - Create and reuse advanced instantiation features like Knowledge Pattern. - Create Part and Assembly Templates and reuse them in a new context. Participants' Profile CATIA V5 users Prerequisites CATIA V5 Fundamentals CATIA V5 Knowledgeware Basics Content This course you will show how to build up and share corporate knowledge stored in rule bases, and leverage it across the company to ensure design compliance with established standards. - Workbench Presentation - Creating and Using Powercopies - Creating and Using User Defined Features - Creating and Using Part and Assembly Templates - Generative Scripts Fundamentals Exercises Ex. 1: Beam Generation (10min) / All sectors Ex. 2: Support (30min) / All sectors


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CATIA Course Material Shape Design & Styling Solutions


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Shape Design & Styling Solutions Course Code Brand & Release Duration Language Level Method

ABF: Automotive Body in White Fastening EDU-CAT-E-ABF-A CATIA V5R19 2 days English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-ABF-AI-V5R19 Foils: EDU-CAT-E-ABF-AF-V5R19 Exercises: EDU-CAT-E-ABF-AX-V5R19 Objectives This course will provide fundamentals for BIW fasteners authoring by using ABF. Participants' Profile BIW engineering solution specialist Prerequisites Generative Shape Design, Product Design, Drafting Content 1. Set up the ABF Parameters 2. BiW Assembly Preparation 3. Load the BiW Fastening Parameters 4. Creation of the Fasteners 5. Reuse Data 6. Check the Fasteners 7. Fastened Assembly Documentation 8. Reporting and Data Exchange Exercises Ex. 1: Part preparation (30min) / All sectors Ex. 2: Joint assemblies and joint bodies (15min) / All sectors Ex. 3: Joint element creation (30min) / All sectors Ex. 4: Data check (30min) / Automotive Ex. 5: Documentation creation (30min) / Automotive Ex. 6: Data import and export (60min) / All sectors Ex. 7: Underbody fastening master exercise (60min) / All sectors Ex. 8: Standard file customization (30min) / All sectors


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CTS: Cloud to Surface EDU-CAT-E-CTS-A CATIA V5R19 1 day English Advanced Companion and ILT

Training Material References Exercises: EDU-CAT-E-CTS-AX-V5R19 Objectives Upon completion of this course you will be able to: - Build a surface from a cloud of points, using Digitized Shape Editor for the management of the points and FreeStyle and Quick Surface Reconstruction for the creation of curves and surfaces - Understand the differences of various surface creation methodologies Participants' Profile Surface Designers Prerequisites Digitized Shape Editor Content - Cloud data preparation - Surface based approache - Curve based approach - QSR Network approach - QSR Automatic approach - Summary Exercises None


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DL1: Developed Shapes EDU-CAT-E-DL1-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-DL1-FI-V5R19 Foils: EDU-CAT-E-DL1-FF-V5R19 Exercises: EDU-CAT-E-DL1-FX-V5R19 Detailed Steps: EDU-CAT-E-DL1-FS-V5R19 Objectives Upon completion of this course you will be able to: - Generate unfolded ruled surface - Develop wires and points onto a revolution surface Participants' Profile Surface Designers Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals and Generative Shape Design Content User interface and functionalities User interface Unfolded surfaces Develop wires Exercise Presentation To Sum Up Exercises Ex. 1: Water bottle and its support (45min) / All sectors


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DSE: Digitized Shape Editor EDU-CAT-E-DSE-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-DSE-FI-V5R19 Foils: EDU-CAT-E-DSE-FF-V5R19 Exercises: EDU-CAT-E-DSE-FX-V5R19 Objectives Upon completion of this course you will be able to: - Import and process digitized point cloud data - Create tessellated mesh on the point cloud data - Extract characteristic curves from the data - Export the result in the popular file formats Participants' Profile Shape Designers Prerequisites Students attending this course should be familiar with the CATIA V5 interface Content Introduction: CATIA Digitized Shape Editor - An Overview of CATIA Digitized Shape Editor - Accessing the Workbench - User Interface: Digitized Shape Editor - Digitized Shape Editor Terminology Point Processing - Cloud Import - Cloud Operations - To Sum Up Mesh Processing - Mesh Creation - Mesh Correction - Mesh Operations To Sum Up - Scans and Curves - Scan Creation - To Sum Up - Curve Creation Advanced Tasks - Integration of Clouds - Mesh Offset - Cloud Export Exercises Ex. 1: Hair Dryer (75min) / All sectors


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DSS: Shape Sculptor EDU-CAT-E-DSS-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-DSS-FI-V5R19 Foils: EDU-CAT-E-DSS-FF-V5R19 Exercises: EDU-CAT-E-DSS-FX-V5R19 Objectives Upon completion of this course you will learn -How to use the Shape Sculptor application -How to import, analyze, enhance meshes -How to modify them by adding details or deforming shapes Participants' Profile Style designers, Modelers Prerequisites Students attending this course should have knowledge of CATIA V5 Fundamentals Content - Introduction to CATIA Shape Sculptor - General Tools - Selection and Activation - Creation - Mesh Edition - Modeling Shapes - Terrain Modeling What is new in this release New course Exercises Ex. 1: Hairdryer: Import and Analysis (10min) / All sectors Ex. 2: Master Exercise: Dashboard (120min) / All sectors Ex. 3: Bootski: Selection and Mesh (10min) / All sectors Ex. 4: Bike: Modeling Shapes (10min) / All sectors


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FSK: FreeStyle Sketch Tracer EDU-CAT-E-FSK-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FSK-FI-V5R19 Foils: EDU-CAT-E-FSK-FF-V5R19 Exercises: EDU-CAT-E-FSK-FX-V5R19 Objectives Upon completion of this course you will be able to: Use an image as a background or as a basis for design Import an image into CATIA V5 Position an image in the CATIA V5 environment Participants' Profile Shape Designers Prerequisites Students attending this course should have experience in the following domain(s): CATIA V5 fundamentals Content Introduction to CATIA Sketch TracerIntroductionAccessing the workbenchUser Interface: Sketch Tracer Importing the Sketches What is Importing a Sketch Why Import a SketchHow to Create an Immersive Sketch How to Create an Immersive Sketch Using Screen ShotModifying the Appearance of a Sketch Manipulating the Focus Positioning the SketchesWhat is Positioning a Sketch ?How to Position a Sketch Using Cylindrical ViewHow to Position a Sketch Using Conical View managing Views What is Managing Views ? How to Manage Interactive ViewsHow to Manage Conical Views What is new in this release Sea Car exercise modified Exercises Ex. 1: Master Exercise: Sea Car (20min) / All sectors


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FSS: FreeStyle Shaper, Optimizer & Profiler EDU-CAT-E-FSS-F CATIA V5R19 1.5 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-FSS-FI-V5R19 Foils: EDU-CAT-E-FSS-FF-V5R19 Exercises: EDU-CAT-E-FSS-FX-V5R19 Objectives In this course you will learn how to: - Create styled shapes using digitized data - Create surfaces using a curve-based approach - Create surfaces using a surface-based approach - Analyze and correct the curve quality - Analyze and correct the surface quality Participants' Profile Surface Designers Prerequisites Students attending this course should have knowledge of CATIA Surface Design Content Introduction to FreeStyle Shaper - Introduction to FreeStyle Workbench - Accessing the Workbench - Exploring the User Interface - Using the Compass - Using the Visualization Tools - The Tools Dashboard - To Sum Up Using the Curve-Based Approach - What is Curve Based Approach - Curve Creation - Surface Creation Using Curves - To Sum Up Using the Surface-Based Approach - What is Surface Based Approach - Basic Concepts and Terminologies - Surface Creation - Surface/Shape Modification - Performing Operations on Surfaces - To Sum Up Analysis Tools - What is Temporary Analysis - Analyzing Surfaces - Analyzing Curves - Analyzing Using Parametrization - To Sum Up What is new in this release - Creating a Styling fillet added Exercises Ex. 1: Master Exercise 1: Sea Car (180min) / All sectors


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GSD: Surface Design Expert EDU-CAT-E-GSD-F CATIA V5R19 2 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GSD-FI-V5R19 Foils: EDU-CAT-E-GSD-FF-V5R19 Exercises: EDU-CAT-E-GSD-FX-V5R19 Objectives Upon completion of this course, you will be able to: - Correctly recall the tools of the Generative Shape Design workbench that are common to MD2 and HD2 licenses - Identify and use the Generative Shape Design tools that are specific to the HD2 license - Create advanced and parameterized swept surfaces - Perform advanced surfaces analysis and gap correction - Improve geometry quality and stability Participants' Profile Mechanical Surface Designers Prerequisites Students who are familiar with the basics of wireframe and surfaces creation


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Content Introduction to Surface Design - Surface Design Workbench Overview - Managing Features and Geometrical Sets - Geometrical Sets - Recommendations - Recap Exercise: Managing Features - Recap Exercise: Shampoo Bottle Creating Advanced Wireframe Features - About this Lesson - MD2/GSD Wireframe versus HD2/GSD Wireframe - Creating an Extremum - Creating a Connect Curve - Recap Exercise: Advanced Wireframe Geometry Wireframe Analysis and Repair - About this Lesson - Why do you need to Analyze Wireframe Geometry? - Curve Connect Checker - Smoothing Curves - Wireframe Analysis -Recommendations - Recap Exercise: Wireframe Analysis and Repair Creating Advanced Swept Surfaces - About this Lesson - What is a Swept Surface? - Inputs for Sweep - Creating a Swept Surface - Recap Exercise: Knob - Creating an Adaptive Swept Surface - Recap Exercise: Adaptive Swept Surface Creating Advanced Blending Surfaces - About this Lesson - What is a Blend? - Types of Blends - Creating Fillets using Hold Curve and Spine - Creating Fillets using Law - Creating a Blend Surface - Blend Surfaces Recommendations - Recap Exercise: Advanced Blending Surface Surface Analysis - About this Lesson - Curvature Analysis - Surface Analysis -Recommendations - Recap Exercise: Surface Analysis Additional Surface Design Tools - Improving Geometry Stability - Improving Geometry Quality - Checking Molded Parts What is new in this release This course was updated in order to reflect the main CATIA V5R17 enhancements Exercises Ex. 1: Master Exercise : Mirror Shell (60min) / All sectors Ex. 2: Master Exercise : Mobile Phone (60min) / All sectors Ex. 3: Plastic Bottle Exercise (180min) / All sectors Ex. 4: B-Pillar Exercise (60min) / All sectors Ex. 5: Space Mouse Base Exercise (180min) / All sectors Ex. 6: Lemon Squeezer Exercise (180min) / All sectors Ex. 7: Knob Exercise (15min) / All sectors Ex. 8: Driving Mirror Exercise (50min) / All sectors


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GSO: Generative Shape Optimizer EDU-CAT-E-GSO-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-GSO-FI-V5R19 Foils: EDU-CAT-E-GSO-FF-V5R19 Exercises: EDU-CAT-E-GSO-FX-V5R19 Detailed Steps: EDU-CAT-E-GSO-FS-V5R19 Objectives Upon completion of the course you will learn to: - Develop Shapes - Morph Shapes - Create Junctions (BIW application) between surfaces - Work with Volumes Participants' Profile Surface Designers Prerequisites Students attending this course should have knowledge of: CATIA Surface Design. Content Introduction to Generative Shape Optimizer - Accessing Generative Shape Optimizer - The User Interface Creating Offsets: - Variable Offset - Rough Offset Developing Shapes: - Developing wire Using BiW Tools: - Creating junctions - Creating a Diabolo Seat Creating Advanced Surfaces: - Creating bumped surfaces - Deforming surfaces according to curve wrapping - Deforming surfaces according to surface wrapping - Shape Morphing Creating Volumes - What is a Volume - Types of Volumes - Volumes made from Sketches - Volumes made from Surfaces - Dress-up features on Volumes - Volumes using Boolean operations - Volumes from Operations or Transformations Exercises Ex. 1: Door Junction (40min) / All sectors Ex. 2: Holding Arm (30min) / All sectors Ex. 3: Torch (40min) / All sectors Ex. 4: Steering Wheel (90min) / All sectors


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HD2: Generative Shape Design V5R19 Update EDU-CAT-E-HD2-U CATIA V5R19 0.5 day English Update Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-HD2-UI-V5R19 Foils: EDU-CAT-E-HD2-UF-V5R19 Objectives Upon completion of this course you will be able to use the new and enhanced functionalities of V5R19 Generative Shape Design workbench Participants' Profile CATIA Surface Designers Prerequisites Generative Shape Design V5R18 Course Content Auto Fillet - What is an Auto Fillet? - Auto Fillet User Interface - Creating an Auto Fillet - Recap Exercise: Auto Fillet Enhancement in the Edge Fillet - About Enhancement in the Edge Fillet - Creating a Blend Corner Using Create by Edges - Creating a Blend Corner Using Create by Vertex - Editing a Blend Corner in the Edge Fillet - Recap Exercise: Edge Fillet with Blend Corner Enhancement in the Blend - About Enhancement in the Blend - Creating a Blend Using Avoid Twist option - Recap Exercise: Blend with Avoid Twist Exercises None


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IMA: Imagine & Shape EDU-CAT-E-IMA-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-IMA-FI-V5R19 Foils: EDU-CAT-E-IMA-FF-V5R19 Exercises: EDU-CAT-E-IMA-FX-V5R19 Objectives Upon completion of this course you will be able to: - Identify and use the tools specific to the Imagine and Shape workbench - Create new product shapes - Improve product styles - Modify the product style surfaces using Shape Design tools Participants' Profile Product Stylists, Industrial Designers Prerequisites Students attending this course should be familiar with the CATIA Generative Shape Design Content Introduction to CATIA Imagine and Shape - Overview of Imagine and Shape Workbench - Accessing the Workbench - Imagine and Shape User Interface - Imagine and Shape Recommended Settings - Imagine and Shape Common Tools Curve Modeling - Curve Creation - Curve Deformation Surface Modeling - Creating Basic Surfaces - Manipulating Surfaces - Modifying the Topology Operations - Editing Multiple Surfaces - Dimensioning a Surface - Associating Elements - Other Operations Imagine and Shape Recommendations - General Methodology - Settings Management - Data Migration - Size Management - Tree Structure Management - Quality Management - Curvature Exercises Ex. 1: Creating Basic Shapes (20min) / All sectors Ex. 2: Master Exercise: Perfume Bottle (60min) / All sectors Ex. 3: Hair Dryer (100min) / All sectors Ex. 4: Video Projector (80min) / All sectors


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MTH: Introduction to the Mathematical Concepts of CATIA V5 EDU-CAT-E-MTH-A CATIA V5R19 0.5 day English Advanced Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-MTH-AI-V5R19 Foils: EDU-CAT-E-MTH-AF-V5R19 Objectives Upon completion of this course you will be able to: - Uderstand the mathematical concepts for curve and surface definition in CATIA V5. Participants' Profile GSD and/or FreeStyle users Prerequisites FreeStyle Fundamentals Content - The Feature Approach - The Mathematical Level - The Geometry Level of Curves - The Geometry Level for Surfaces - Object Analysis Exercises None


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QSR: Quick Surface Reconstruction EDU-CAT-E-QSR-F CATIA V5R19 1 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-QSR-FI-V5R19 Foils: EDU-CAT-E-QSR-FF-V5R19 Exercises: EDU-CAT-E-QSR-FX-V5R19 Objectives Upon Completion of this course you will be able to: - Create Scans from point cloud data - Create curves from scans - Create surfaces from scans - Create model and fillet model Participants' Profile Surface Designers Prerequisites Students attending this course should have experience in the following domain(s): CATIA V5 fundamentals, Digitized Shape Editor and Surface Design Content This course will show you how to reuse tools from Digitized Shape Editor workbench, and which are the tools specific to QSR. You will learn how scans and curves can be rapidly created on a mesh, and how surfaces can be quickly derived from the resulting curves. - Introduction - Creating scans - Creating curves - Creating surfaces - Create curve networks - Automatic processes Exercises Ex. 1: Plastic Bottle (120min) / All sectors Ex. 2: Car Body (120min) / All sectors Ex. 3: Toy Plastic Part (120min) / All sectors Ex. 4: Washing Powder Bottle (120min) / All sectors


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RSO: Realistic Shape Optimizer EDU-CAT-E-RSO-F CATIA V5R19 0.5 day English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-RSO-FI-V5R19 Foils: EDU-CAT-E-RSO-FF-V5R19 Exercises: EDU-CAT-E-RSO-FX-V5R19 Objectives Upon completion of this course you will be able to: - Deform a surface using the Displacement file resulting from Finite Element Analysis Participants' Profile Surface designers, Tooling designers Prerequisites Students attending this course should be familiar with the basics of wireframe and surfaces creation Content - Introduction to Realistic Shape Optimizer - Surface Deformatiob - Exercises - Summary Exercises Ex. 1: Blade (30min) / All sectors Ex. 2: Stamped Part (30min) / All sectors Ex. 3: Plane Wing (30min) / All sectors Ex. 4: Master Exercise: Plastic Cover (30min) / All sectors


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V5S: V5 Surface Design EDU-CAT-E-V5S-F CATIA V5R19 3 days English Fundamentals Companion and ILT

Training Material References Instructor Foils: EDU-CAT-E-V5S-FI-V5R19 Foils: EDU-CAT-E-V5S-FF-V5R19 Objectives Upon Completion of this course you will be able to: - Understand the GSD workbench - Create good quality curves or improve imported wireframe - Create good quality surfaces based on a sound wireframe geometry - Assemble, relimit and smoothly connect the surfaces to get a topology - Analyze surface quality and heal the defects - Manage surfaces in a multimodel environment Participants' Profile -Users familiar with CATIA V5 Fundamentals -Users who need to learn how to create advanced Mechanical Surfaces Prerequisites Students attending this course should be familiar with CATIA V5 Fundamentals and Microsoft Windows Operating System Content - Introduction to Generative Shape Design - Wireframe Creation - Surface Creation - Surface Re-limitation and Connection - Surface Check Tools - Work in Multi-Model Environment with Surface - Master Project - Additional Exercises Notes In addition to the exercises specified just above, this course contains: - Exercises included in the flow of the lessons to make students to manipulate on simple data and get familiar with the tools - Case Study exercises at the end of each lesson to allow students to review the tools seen in the lesson in a more concret set of data This course also contains CATIA demonstration data including instructions in the CATParts (3D annotations) to help the teacher to show what has to be shown. These demonstration data are also provided to the students (for lessons 2 to 5) to make the students manipulate while the teacher demonstrates. Exercises Ex. 1: Master Project: Toy Car (200min) / All sectors Ex. 2: Additional Exercise: Mobile Phone (60min) / All sectors Ex. 3: Additional Exercise: Plastic Bottle (180min) / All sectors


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CATIA V5R19 Course Catalog

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