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2015 Mechanical@CATIA 30D, Jalan PJS 1/46,

Selangor Darul Ehsan Tel: +603-7783 3459

1 D, Jalan PJS 1/46, Petaling Utama, Petaling Jaya, Selangor Darul Ehsan Tel: Fax: training@mawea.com.my Website :

2 Course Subject Code Duration (day) D Functional Tolerancing & Annotation CAT-B01 2 Functional Molded Part CAT-B02 2 Core & Cavity CAT-B03 1 Mold & Tooling Design CAT-B04 2 Generative Sheetmetal Design CAT-B05 1 Surface Repair CAT-B06 2 Tooling Design CAT-B07 2 Composites Part Engineering CAT-B08 3 Composites Part Manufacturing CAT-B09 2 Composite Grid Design CAT-B10 2 Jigs & Fixture Design CAT-B11 3

CATIA V5 TRAINING 3D FUNCTIONAL TOLERANCING AND ANNOTATION Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) This course will teach you how to annotate a 3D part.

3 CATIA V5 TRAINING 3D FUNCTIONAL TOLERANCING AND ANNOTATION Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) This course will teach you how to annotate a 3D part. You will learn how to create annotation planes and how to add and manage 3D annotations on these planes. You will also learn how to create 3D views and use them to create 2D drawing views. 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 to FT&A The Tolerancing Advisor Creating & Managing FTA Annotations Geometry for 3D Annotations Advanced Functions The User Settings

4 CATIA V5: FUNCTIONAL MOLDED PART FUNDAMENTAL Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) 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. 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 to Mold Design Shape Features Mold Design properties Functional Features Feature Modifiers Dress up Features Functional Extration Design Process

5 CATIA V5 CORE & CAVITY DESIGN Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) In this course, you will you will discover CATIA V5 Core & Cavity Design user interface and you will review the general process to create the parting surfaces required for the design of a mold. The scope of Core & Cavity Design workbench is to provide the mold designer with all the necessary functions to create the surfaces (Core, Cavity, Moving elements) required to create his mold tool. - 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 1 st day to Core and Cavity Design Master Exercise Importing the Part to Mold Defining the Main Pulling Direction Defining a Slider/Lifter Direction 2 nd day Creating a Parting Line Creating a Parting Surface Functionalities Dedicated to Stamping Comparing Two Parts

You will learn the design process with the help of industrial examples.

6 CATIA V5 TRAINING MOLD TOOLING DESIGN Duration/Time : 1Day (9.00 a.m. to 5.00 p.m.) This course will teach you how to design an injection mold and its components using standard and user defined catalogs. You will learn the design process with the help of industrial examples. s Upon completion of this course you will be able to: Create a mold base using guided and fixed components Build a Plastic Injection Mold assembly from scratch 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

CATIA V5 TRAINING GENERATIVE SHEETMETAL DESIGN Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) In this course you will be exposing the concept of sheet metal design such as the bend allowance, the K-factor and the bend radius rule.

7 CATIA V5 TRAINING GENERATIVE SHEETMETAL DESIGN Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) In this course you will be exposing the concept of sheet metal design such as the bend allowance, the K-factor and the bend radius rule. You also will learn the implementation of sheet metal by using CATIA Sheet Metal where you will learn all the features involve in creating your fabricated parts. 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 Getting Started 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

CATIA V5 TRAINING SURFACE REPAIR Duration/Time : 1 Day (9.00 a.m. to 5.00 p.m.) Surface Repairing provides users a fixing tools to heal parts to be used in downstream applications such as manufacturing, analysis or tooling design.

8 CATIA V5 TRAINING SURFACE REPAIR Duration/Time : 1 Day (9.00 a.m. to 5.00 p.m.) Surface Repairing provides users a fixing tools to heal parts to be used in downstream applications such as manufacturing, analysis or tooling design. This product enable to helps user checking validity of imported data (surfaces or solids) with regard to V5 modeling criteria, and subsequently correcting or improving the topology and the geometry. Do Surface Analysis and Repair the imported data Perform advanced surfaces analysis and gap correction Join the imported data Solidify the closed surface Understand the mechanism of a multi-model environment including the use of surfaces to surface repairing Quality checking and correction techniques Surface manipulation and operation Surface healing and merging Model Analysis Closing Join Surface Master Exercise

CATIA V5 TRAINING TOOLING DESIGN : MAWEA TRAINING CENTRE Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) CATIA Tooling Design teaches you how to create the die and mold components using Mold Tool Design workbench.

9 CATIA V5 TRAINING TOOLING DESIGN : MAWEA TRAINING CENTRE Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) CATIA Tooling Design teaches you how to create the die and mold components using Mold Tool Design workbench. You will learn how to instantiate the components in a die or mold structure. to Tooling Design - Accessing the Workbenceh - Tooling Design Functions - Tooling Design Catalogs - Specific Tooling Design Settings Creating Components - Selecting a Component - Instantiating a Component - Creating a Component using a Knowledgeware Rule Editing Components - Editing the Definition of a Component - Splitting a Component - Deleting a Component - Activating / Deactivating a Component - Isolating an Existing Component - Replace an Existing Component Specific Components : Inserts & Sliders - Defining & Positioning Insert and Slider - Defining & Positioning Retainers and Angle Pin - Instantiating Screws in the Retainers Advanced Add / Remove Capabilities - Assembly Drillings - Extended Definitions Managing User Components - Structure of a User Component - Creating a Catalog of User Components - Instantiating a User Component Tool Design to Manufacturing - Tooling Component Drilling - Technological Results vs. Explode Holes

Define the Composites parameters. Create a preliminary design for composites parts using the Zone approach and the Solid approach.

10 CATIA V5 TRAINING COMPOSITES PART ENGINEERING Duration/Time : 3 Days (9.00 a.m. to 5.00 p.m.) This course will teach you how to build composite parts in the context of the engineering design process, from Preliminary Design to Engineering Detail Design. Define the Composites parameters. Create a preliminary design for composites parts using the Zone approach and the Solid approach. Generate Composites parts from Preliminary design to Engineering detail design. CPE Workbench Presentation Preliminary Design 1 (Composite catalog, laminate parameters, zone based design, zones parameters, transition Zones, etc.) Preliminary Design 2 (Connection Generator, Imposed Thickness Point, ITP height, Import laminate etc.) Engineering Detail Design 1 (Stack-up and plies creation from zones, slicing group, limit contour etc.) Engineering Detail Design 2 (Plies group, manual plies creation, core, ply exploder, 3D section etc.) Engineering Detail Design 3 (Numerical analysis, core sample, symmetry creation, ply table and import etc) Engineering Detail Design 4 (Edge of part, solid from plies, 3D Multisplice creation, butt splice-no splice, inspection tools, darts etc.) Engineering Detail Design 5

CATIA V5 TRAINING COMPOSITES PART MANUFACTURING Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) This course will teach you how to build composite parts for manufacturing detail design.

Engineering data structure Modify the Manufacturing data structure Synchronize the link between the Manufacturing and the Engineering part - CPM Workbench Presentation - Composites Catalog - Laminate

11 CATIA V5 TRAINING COMPOSITES PART MANUFACTURING Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) This course will teach you how to build composite parts for manufacturing detail design. s Upon completion of this course you will be able to: Understand the significance of the Manufacturing Data creation process in Composites design Generate the Manufacturing data structure from the Engineering data structure Modify the Manufacturing data structure Synchronize the link between the Manufacturing and the Engineering part - CPM Workbench Presentation - Composites Catalog - Laminate Parameters - Manufacturing Data Structure - Manufacturing Surface Swapping - Plies Group - Manual Plies Creation - Core - Edge Of Part - Material Excess - Multi Splice Creation - Ply Table - Numerical Analysis - Managing the Parts - Productbility Analysis - Inspection Tool - Darts - Flattening - Geometry transfer - Ply Exploder - Synchronization - Export - Ply Book - Miscellaneous

By the end of this course you will be able to create and modify a composite part using the Composites Grid Design approach.

12 CATIA V5 TRAINING COMPOSITE GRID DESIGN Duration/Time : 2 Days (9.00 a.m. to 5.00 p.m.) This course will introduce you to the Grid approach. You will generate plies, modify geometry, and create a solid or a top surface using the ply geometry. By the end of this course you will be able to create and modify a composite part using the Composites Grid Design approach. s Upon completion of this course you will be able to: Understand the concept of grid approach in Composites Design Generate plies using the Grid approach Modify the ply geometry Create a solid or a top surface using the ply geometry Create and modify a composite part using the Composites Grid Design approach to Composites Grid Design Plies Creation using the Composites Grid Approach Modifying the Ply Geometry Solid Creation from Ply Geometry

CATIA V5 TRAINING JIG AND FIXTURE DESIGN Duration/Time

Throughout the course you will learn on how to create jig and fixture components, how to assemble the components, clearance checking and

Able to design, assemble and generate drawing for Jig & Fixture application. Able to create some templates for repeat task.

13 CATIA V5 TRAINING JIG AND FIXTURE DESIGN Duration/Time : 3 Days (9.00 a.m. to 5.00 p.m.) CATIA V5 Jig & Fixture Design is a course compiled specifically for the Jig & Fixture application. Throughout the course you will learn on how to create jig and fixture components, how to assemble the components, clearance checking and drawing creation. You will also learn on how to create knowledge templates for your repetitive tasks. Able to design, assemble and generate drawing for Jig & Fixture application. Able to create some templates for repeat task. to Jig & Fixture Fixture Design. 3D part fixture modeling Fixture Assembly Clearance Checking & Editing Fixture Drawing Jig Design 3D part jig modeling Jig Assembly Clearance Checking & Editing Jig Drawing to Knowledgeware Parameters Formula Design Table Power Copy & User Defined Feature

3DS Learning Solutions Course Catalog. Course Catalog

3DS Learning Solutions Course Catalog. Course Catalog Course Catalog V5 09 June 2017 CATIA Mechanical Design V5 58 2D Layout for 3D Design (LO1) 59 3D Functional Tolerancing and Annotation (FTA) 60 Advanced Drafting and Customization (DRA) 61 Aerospace Sheetmetal