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Course Catalog

Course bundles start at $299

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CATIA V5 - Advanced Assemblies Design
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You`ll learn how to create assemblies wi more...sely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you`ll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5 - Advanced Part Design
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The Advanced Part Design course continues where the CATIA V5 Part Design course left off. You'll learn more advanced techniqu more...es for creating feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

Part Design or equivalent experience.


CATIA V5-6R2015 - Advanced Surfacing
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This course continues where 204 - Intermediate Surfacing left off and teaches users how to create and analyze complex surface more...s using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality. Key topics include: connect checker, connect curve, draft analysis, surfacic curvature analysis, porcupine analysis, healing elements, sweep (explicit, line, circle, conic, adaptive), blend surfaces, and powercopies.

 8 hrs.    

Designers, Design Engineers, and Manufacturing Engineers who need to understand how to effectively analyze and use surfacing modeling for complex shapes and features.


CATIA V5-6R2014 - Advanced Assemblies
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You`ll learn how to create assemblies wi more...sely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you`ll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5-6R2014 - Advanced Part Design
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The Advanced Part Design course continues where CATIA V5-6R2014 Part Design left off. You'll learn more advanced techniques f more...or creating feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

Part Design or equivalent experience.


CATIA V5-6R2014 - Advanced Surfacing
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This course continues where 204 - Intermediate Surfacing left off and teaches users how to create and analyze complex surface more...s using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality. Key topics include: connect checker, connect curve, draft analysis, surfacic curvature analysis, porcupine analysis, healing elements, sweep (explicit, line, circle, conic, adaptive), blend surfaces, and powercopies.

 8 hrs.    

Designers, Design Engineers, and Manufacturing Engineers who need to understand how to effectively analyze and use surfacing modeling for complex shapes and features.


CATIA V5-6R2013 - 202 Advanced Part Design
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The Advanced Part Design course continues where CATIA V5-6R2013 Part Design left off. You'll learn more advanced techniques f more...or creating feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

Part Design or equivalent experience.


CATIA V5-6R2013 - 203 Advanced Assemblies
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You`ll learn how to create assemblies wi more...sely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you`ll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5-6 R2012 - 202 Advanced Part Design
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The Advanced Part Design course continues where CATIA V5-6 R2012 Part Design left off. You'll learn more advanced techniques more...for creating feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

Part Design or equivalent experience.


CATIA V5-6 R2012 - 203 Advanced Assemblies
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You`ll learn how to create assemblies wi more...sely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you`ll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5-6 R2012 - 303 Skeleton Modeling and Advanced Modeling Methods
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This Advanced Modeling Methods course is designed to take you to the next level of relational design. You will be taught the more...basic, intermediate and advanced levels of Independent Feature Modeling (iFM). This method creates a structure where the designer can edit each feature independently, without impact to the other features in the part file. iFM also minimizes the impact of changes on downstream applications such as manufacturing, drafting, engineering analysis, and rapid prototyping, in turn greatly reducing overall time to market for the product. AMM will also explore Skeletal Design Methodology (SDM). Build on a platform of iFM, SDM is the method of design where key elements are used as drivers or inputs to manipulate and change geometry in an Assembly or part context.

 8 hrs.    

CATIA design engineers will benefit from this course content.


CATIA V5-6 R2012 - 304 Advanced Surfacing
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This course continues where 204 - Intermediate Surfacing left off and teaches users how to create and analyze complex surface more...s using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality. Key topics include: connect checker, connect curve, draft analysis, surfacic curvature analysis, porcupine analysis, healing elements, sweep (explicit, line, circle, conic, adaptive), blend surfaces, and powercopies.

 8 hrs.    

Designers, Design Engineers, and Manufacturing Engineers who need to understand how to effectively analyze and use surfacing modeling for complex shapes and features.


CATIA V5-6 R2012 - 405 Aerospace Foundations
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An overview of the Aerospace Engineering field from a design perspective. Focus includes key Aviation Industry concepts such more...as basic aircraft components and structure, aviation industry design and manufacturing processes, and industry rules and regulation. This course will introduce new Designers to the field of Aerospace Engineering and reinforce CATIA V5 skills and understanding by applying them to aerospace parts and assemblies.

 8 hrs.    

Recommended completion of 100 - V5 Foundation, 203 - Advanced Assembly Design, Intermediate (GSD) -204 and Advanced Surfacing (GSD) -304 courses.


CATIA V5 R21 - Advanced Assembly Design
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You`ll learn how to create assemblies wis more...ely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you`ll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred


CATIA V5 R21 - Advanced Part Design
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The Advanced Part Design course continues where CATIA V5 R21 Part Design left off. You'll learn more advanced techniques for more...creating feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

Part Design or equivalent experience.


CATIA V5 R21 - Advanced Surfacing
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This course continues where 204 - Intermediate Surfacing left off and teaches users how to create and analyze complex surface more...s using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality. Key topics include: connect checker, connect curve, draft analysis, surfacic curvature analysis, porcupine analysis, healing elements, sweep (explicit, line, circle, conic, adaptive), blend surfaces, and powercopies.

 8 hrs.    

204 - Intermediate Surfacing or equivalent knowledge.


CATIA V5 R21 - Aerospace Foundations
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An overview of the Aerospace Engineering field from a design perspective. Focus includes key Aviation Industry concepts such more...as basic aircraft components and structure, aviation industry design and manufacturing processes, and industry rules and regulation. This course will introduce new Designers to the field of Aerospace Engineering and reinforce CATIA V5 skills and understanding by applying them to aerospace parts and assemblies.

 8 hrs.    

Recommended completion of 100 - V5 Foundation, 203 - Advanced Assembly Design, Intermediate (GSD) -204 and Advanced Surfacing (GSD) -304 courses.


CATIA V5 R21 - Digital MockUp Kinematics
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Learn how to put your assemblies in motion with our DMU Kinematics course. The DMU Kinematics workbench lets you add kinemati more...c mechanisms to your assemblies. Use these mechanisms to simulate your assembly's motion. You can then use the simulation to evaluate your design. This course gives you the tools you need to get your assembly designs moving.

 16 hrs.    

103 - Assembly Design or equivalent experience as a minimum requirement. 203 - Assembly Design or equivalent experience is preferred. Familiarity with CATIA assemblies is helpful.


CATIA V5 R21 - GAS/GPS
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This course teaches users how to perform structural analysis using the CATIA V5 Generative Structural Analysis workbench. Stu more...dents will also learn how to create different analysis cases that utilize loads and restraints. Key topics include: Structural analysis, restraints, loads, meshes (1D, 2D, and 3D), results, refining the mesh, FEA concepts, applied mass, static case, frequency case, analysis results images, mesh refinement, virtual parts, sensors, assembly analysis, bolt tightening, weldment assembly analysis, and analysis assemblies.

 32 hrs.    

V5 Foundation or equivalent experience. Must be familiar with basic FEA principles/assumptions.


CATIA V5 R21 - Skeleton Modeling and Advanced Modeling Methods
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This Advanced Modeling Methods course is designed to take you to the next level of relational design. You will be taught the more...basic, intermediate and advanced levels of Independent Feature Modeling (iFM). This method creates a structure where the designer can edit each feature independently, without impact to the other features in the part file. iFM also minimizes the impact of changes on downstream applications such as manufacturing, drafting, engineering analysis, and rapid prototyping, in turn greatly reducing overall time to market for the product. AMM will also explore Skeletal Design Methodology (SDM). Build on a platform of iFM, SDM is the method of design where key elements are used as drivers or inputs to manipulate and change geometry in an Assembly or part context.

 8 hrs.    

Standard knowledge of Part Design, Generative Shape Design and Assembly Design workbenches.


CATIA V5 R21 Aerospace Foundations (Spanish)
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Una descripción general del campo de Ingeniería Aeroespacial desde una perspectiva de diseño. El enfoque incluye conceptos cl more...aves de la Industria de Aviación tales como componentes y estructura básica de la aeronave, diseño de la industria de aviación y procesos de fabricación, así como reglas y normas de la industria. Este curso introducirá a nuevos Diseñadores al campo de Ingeniería Aeroespacial y refuerza las habilidad y entendimiento de CATIA V5 aplicándolas a las piezas y ensambles aeroespaciales.

 8 hrs.    

Experiencia en el uso de CATIA V5.


CATIA V5 R20 - 202 Advanced Part Design
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The Advanced Part Design course continues where CATIA V5 R20 102 - Part Design left off. You'll learn more advanced technique more...s for creating feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

102 - Part Design or equivalent experience.


CATIA V5 R20 - 202 Advanced Part Design (Spanish)
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El curso de Diseño de Pieza Avanzado continúa donde el Diseño de Pieza de CATIA V5 fue dejado. Aprenderá más técnicas avanzad more...as para crear sólidos basados en características, al igual que características basadas en superficies, transformaciones, evaluaciones de modelo, operaciones booleanas, y gestión de características. Tras finalizar este curso, usted se encontrará listo para comenzar a utilizar técnicas de modelado avanzado en sus diseños.

 24 hrs.    

Part Design or equivalent experience.


CATIA V5 R20 - 203 Advanced Assembly Design
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You'll learn how to create assemblies wis more...ely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you'll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5 R20 - 203 Advanced Assembly Design (Spanish)
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El curso de Diseño de Ensamble Avanzado continúa donde se dejo el Diseño de Ensamble. Aprenderá cómo crear ensambles intelige more...ntemente y gestionarlos utilizando herramientas esenciales en CATIA V5. Los temas incluyen información de ensamble, operaciones, herramientas, gestión, catálogos, análisis, parámetros, fórmulas, y enlaces entre piezas. Tras finalizar este curso, usted se encontrará listo para generar sus propios ensambles complejos.

 24 hrs.    

Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5 R20 - 303 Skeleton Modeling and Advanced Modeling Methods
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This CATIA V5 R20 Advanced Modeling Methods course is designed to take you to the next level of relational design. You will b more...e taught the basic, intermediate and advanced levels of Independent Feature Modeling (iFM). This method creates a structure where the designer can edit each feature independently, without impact to the other features in the part file. iFM also minimizes the impact of changes on downstream applications such as manufacturing, drafting, engineering analysis, and rapid prototyping, in turn greatly reducing overall time to market for the product. AMM will also explore Skeletal Design Methodology (SDM). Build on a platform of iFM, SDM is the method of design where key elements are used as drivers or inputs to manipulate and change geometry in an Assembly or part context.

 8 hrs.    

Standard knowledge of Part Design, Generative Shape Design and Assembly Design workbenches in CATIA V5 R20.


CATIA V5 R20 - 304 Advanced Surfacing
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The Advanced Surfacing course continues where 204 - Intermediate Surfacing left off, teaching you how to create and analyze c more...omplex surfaces using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality.

 8 hrs.    

204 - Intermediate Surfacing or equivalent knowledge.


CATIA V5 R20 - 305 Digital MockUp Kinematics
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Learn how to put your assemblies in motion with our DMU Kinematics course. The DMU Kinematics workbench lets you add kinemati more...c mechanisms to your assemblies. Use these mechanisms to simulate your assembly's motion. You can then use the simulation to evaluate your design. This course gives you the tools you need to get your assembly designs moving.

 16 hrs.    

103 - Assembly Design or equivalent experience as a minimum requirement. 203 - Assembly Design or equivalent experience is preferred. Familiarity with CATIA assemblies is helpful.


CATIA V5 R19 - 202 Advanced Part Design
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The Advanced Part Design course continues where 102 - Part Design left off. You'll learn more advanced techniques for creatin more...g feature-based solids, as well as surface-based features, transformations, model evaluations, boolean operations, and feature management. Upon completion of this course, you'll be ready to start using advanced modeling techniques in your designs.

 24 hrs.    

102 - Part Design or equivalent experience.


CATIA V5 R19 - 203 Advanced Assembly Design
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The Advanced Assembly Design course continues where 103 - Assembly Design left off. You'll learn how to create assemblies wis more...ely and manage them using essential tools in CATIA V5. Topics include assembly information, operations, tools, management, catalogs, analysis, parameters, formulas, and interpart links. Upon completion of this course you'll be ready to start building your own complex assemblies.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5 R19 - 303 Skeleton Modeling/Advanced Modeling Methods
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This Advanced Modeling Methods course is designed to take you to the next level of relational design. You will be taught the more...basic, intermediate and advanced levels of Independent Feature Modeling (iFM). This method creates a structure where the designer can edit each feature independently, without impact to the other features in the part file. iFM also minimizes the impact of changes on downstream applications such as manufacturing, drafting, engineering analysis, and rapid prototyping, in turn greatly reducing overall time to market for the product. AMM will also explore Skeletal Design Methodology (SDM). Build on a platform of iFM, SDM is the method of design where key elements are used as drivers or inputs to manipulate and change geometry in an Assembly or part context.

 8 hrs.    

Standard knowledge of Part Design, Generative Shape Design and Assembly Design workbenches.


CATIA V5 R19 - 304 Advanced Surfacing
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The Advanced Surfacing course continues where 204 - Intermediate Surfacing left off, teaching you how to create and analyze c more...omplex surfaces using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality.

 8 hrs.    

204 - Intermediate Surfacing or equivalent knowledge.


CATIA V5 R19 305 - Digital MockUp Kinematics
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Learn how to put your assemblies in motion with our DMU Kinematics course. The DMU Kinematics workbench lets you add kinemati more...c mechanisms to your assemblies. Use these mechanisms to simulate your assembly's motion. You can then use the simulation to evaluate your design. This course gives you the tools you need to get your assembly designs moving.

 16 hrs.    

103 - Assembly Design or equivalent experience as a minimum requirement. 203 - Assembly Design or equivalent experience is preferred. Familiarity with CATIA assemblies is helpful.


CATIA V5 R19 405 - Aerospace Foundation
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An overview of the Aerospace Engineering field from a design perspective. Focus includes key Aviation Industry concepts such more...as basic aircraft components and structure, aviation industry design and manufacturing processes, and industry rules and regulation. This course will introduce new Designers to the field of Aerospace Engineering and reinforce CATIA V5 skills and understanding by applying them to aerospace parts and assemblies.

 8 hrs.    

Prerequisite: 100 - V5 Foundation, 203 - Advanced Assembly Design, Intermediate (GSD) -204 and Advanced Surfacing (GSD) -304


CATIA V5 R18 - 202 Advanced Part Design
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This course continues where 102 - Part Design left off. More advanced aspects of CATIA V5 modeling techniques for creating fe more...ature-based solids are covered. Key topics include: ribs, slots, stiffeners, solid combine, multi-sections solids, surface based features, transformations, measure commands, draft analysis, Boolean operations, and reorder.

 24 hrs.    

102 - Part Design or equivalent experience.


CATIA V5 R18 - 203 Advanced Assembly Design
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This course continues where 103 - Assembly Design left off. This course shows users how to create assemblies wisely and mana more...ge them using essential tools in CATIA V5. Key topics include: update analysis, quick constraint, multi-instantiation, pattern reuse, assembly information, product load management, catalogs, distance and band analysis, interference analysis, sectioning, scenes, flexible subassembly, parameters, formulas, interpart links, assembly features, and assembly drawings.

 24 hrs.    

103 - Assembly Design or equivalent knowledge. 40 hours of CATIA experience is preferred.


CATIA V5 R18 - 303 Skeleton Modeling/Advanced Modeling Methods
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This Advanced Modeling Methods course is designed to take you to the next level of relational design. You will be taught the more...basic, intermediate and advanced levels of Independent Feature Modeling (iFM). This method creates a structure where the designer can edit each feature independently, without impact to the other features in the part file. iFM also minimizes the impact of changes on downstream applications such as manufacturing, drafting, engineering analysis, and rapid prototyping, in turn greatly reducing overall time to market for the product. AMM will also explore Skeletal Design Methodology (SDM). Build on a platform of iFM, SDM is the method of design where key elements are used as drivers or inputs to manipulate and change geometry in an Assembly or part context.

 8 hrs.    

Standard knowledge of Part Design, Generative Shape Design and Assembly Design workbenches.


CATIA V5 R18 - 304 Advanced Surfacing
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This course continues where 204 - Intermediate Surfacing left off and teaches users how to create and analyze complex surface more...s using the CATIA V5 Generative Shape Design workbench. (For some licenses, many of these commands will be found in the Wireframe and Surfacing Design workbench instead.) Users will learn valuable tools to analyze surface models to verify their quality. Key topics include: connect checker, connect curve, draft analysis, surfacic curvature analysis, porcupine analysis, healing elements, sweep (explicit, line, circle, conic, adaptive), blend surfaces, and powercopies.

 8 hrs.    

204 - Intermediate Surfacing or equivalent knowledge.


CATIA V5 R18 305 - Digital MockUp Kinematics
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This course is intended to teach users how to add kinematic mechanisms to their assemblies. These mechanisms can be used to s more...imulate motion in an assembly and evaluate a design. Key topics include: mechanism, basic joints, motion transfer joints, rotating joints, complex joints, analyzing mechanisms, simulation, sensors, simulation player, replay, trace, swept volume, sub-mechanism, dressup mechanism, distance and band analysis, interference analysis.

 16 hrs.    

103 - Assembly Design or equivalent experience as a minimum requirement. 203 - Assembly Design or equivalent experience is preferred. Familiarity with CATIA assemblies is helpful.


CATIA V5 R17 Functional Tolerancing and Annotation
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This course is designed to teach users how to apply 3D annotations such as dimensions, tolerances, geometric tolerances, and more...other annotations to their part design. Key topics include: front view, section view, section cut, annotation plane, text, flag notes, attribute links, roughness symbol, cumulated dimension, stacked dimension, curvilinear dimension, threads, capture creation, capture management, connect, 3D grid, note object, limitations, and visualization tools.

 Not Available    

CATIA V5 New User Express or equivalent experience. A basic understanding of Geometric Dimensioning and Tolerancing principles. The CATIA FT&A license


CATIA V5 R16 Functional Tolerancing and Annotation
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The CATIA Functional Tolerancing & Annotations course teaches you how to apply 3D annotations, such as dimensions, tolerances more..., geometric tolerances, and other annotations, to your part design. You learn to fully define key aspects of your design in ways that make the numerical data and tolerances available for downstream applications such as tolerance analysis software or programmable inspection machines. If you want to make a drawing of your design, you'll know how to display your 3D annotations in your drawing views to avoid duplicating effort.

 Not Available    

CATIA V5 New User Express or equivalent experience. A basic understanding of Geometric Dimensioning and Tolerancing principles. The CATIA FT&A license.