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Course Catalog

Course bundles start at $299

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NX 2007 Series Advanced Modeling
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The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1953 Series Advanced Modeling
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The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1953 Series Freeform Modeling
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Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 33 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 11 to 1926 Series CAM Updates
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Explore the Computer Aided Manufacturing enhancements from NX11 to NX1926 Series. more...Explore the Computer Aided Manufacturing enhancements from NX11 to NX1926 Series.

 16 hrs.    

NX Manufacturing License


NX 12 to 1926 Series CAM Updates
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Explore the Computer Aided Manufacturing enhancements from NX12 to NX1926 Series. more...Explore the Computer Aided Manufacturing enhancements from NX12 to NX1926 Series.

 8 hrs.    

NX Manufacturing License


NX 1926 Series Advanced Modeling
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The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 11 to 1899 Series CAM Updates
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Explore the Computer Aided Manufacturing enhancements from NX11 to NX1899 Series. more...Explore the Computer Aided Manufacturing enhancements from NX11 to NX1899 Series.

 16 hrs.    

NX Manufacturing License


NX 12 to 1899 Series CAM Updates
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Explore the Computer Aided Manufacturing enhancements from NX12 to NX1899 Series. more...Explore the Computer Aided Manufacturing enhancements from NX12 to NX1899 Series.

 8 hrs.    

NX Manufacturing License


NX 1899 Series Advanced Modeling
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The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1899 Series Advanced Sketching
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From initial concept to final revision, increase your design proficiency by making the most of the advanced design capabiliti more...es of NX Sketcher features. Use expression-based smart curves to add more control and flexibility to your solid models. Use parametric curve creation to give you the most control of your sections. Learn how to think ahead when modeling and consider downstream users to speed up future revisions changes. Challenging exercises and projects allow you to explore sketch creation and constraint as you gain experience.

 11 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1899 Series Freeform Modeling
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Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 33 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1899 Series Gateway: Resource & Property Optimization
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This course provides you with some more advanced Gateway operations that help you become more proficient with using NX. This more...includes creating palettes on the Resource Bar, templates for creating parts, managing properties, defining layouts, recording journals or macros for repeatable operations and defining preferences for optimization.

 6 hrs.    

At least 10 hours of NX experience or completion of our NX Working with Parts course.


NX 1899 Series Shape Studio
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The Shape Studio course is the logical next step for anyone who has completed our Freeform Modeling course and would like to more...learn the more advanced tools in Shape Studio to define complex styled surfaces that qualify as Class A. You'll learn how to use these tools to create smooth, quality surfaces that are aesthetically pleasing with good reflective quality. This includes the Studio Surface and Styled Sweep commands, along with several specialized methods of creating blends and modifying existing surfaces. Shape Studio is an essential toolbox for anyone creating styled surfaces.

 8 hrs.    

Completion of our NX Freeform Modeling course or equivalent experience.


NX 1899 Series WAVE Engineering
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WAVE provides the ability to create, understand and manage inter-part geometric relationships between components and assembli more...es, simplifying the process of relating parts inside an assembly to one another. There are times, however, when this potentially powerful tool should be used with careful consideration or not at all. Our WAVE course gives you the knowledge to make appropriate decisions.

 19 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the WAVE Control license.


NX 1899 Series Working With Large Assemblies
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Working with Large Assemblies course is intended to teach you how to efficiently work with large assemblies. This course star more...ts how to represent complex components with lightweight representations and product outlines. You’ll learn how to open specific components using various methods in order to avoid waiting for unnecessary components to load. You’ll also learn to organize components in to groups or zones. Finally, you’ll learn to set preferences that improve performance. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with large assemblies in NX.

 7 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 1872 Series Advanced Assemblies
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The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; Versioning, Cloning, Introduction to Skeleton Modeling, Interpart Expressions, Assembly Sequencing, Explosions and Component Fit and Weight.

 14 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 1872 Series Advanced Modeling
image
The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1872 Series Advanced Sketching
image
From initial concept to final revision, increase your design proficiency by making the most of the advanced design capabiliti more...es of NX Sketcher features. Use expression-based smart curves to add more control and flexibility to your solid models. Use parametric curve creation to give you the most control of your sections. Learn how to think ahead when modeling and consider downstream users to speed up future revisions changes. Challenging exercises and projects allow you to explore sketch creation and constraint as you gain experience.

 11 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1872 Series Freeform Modeling
image
Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 33 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1872 Series Gateway: Resource & Property Optimization
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This course provides you with some more advanced Gateway operations that help you become more proficient with using NX. This more...includes creating palettes on the Resource Bar, templates for creating parts, managing properties, defining layouts, recording journals or macros for repeatable operations and defining preferences for optimization.

 6 hrs.    

At least 10 hours of NX experience or completion of our NX Working with Parts course.


NX 1872 Series Shape Studio
image
The Shape Studio course is the logical next step for anyone who has completed our Freeform Modeling course and would like to more...learn the more advanced tools in Shape Studio to define complex styled surfaces that qualify as Class A. You'll learn how to use these tools to create smooth, quality surfaces that are aesthetically pleasing with good reflective quality. This includes the Studio Surface and Styled Sweep commands, along with several specialized methods of creating blends and modifying existing surfaces. Shape Studio is an essential toolbox for anyone creating styled surfaces.

 8 hrs.    

Completion of our NX Freeform Modeling course or equivalent experience.


NX 1872 Series WAVE Engineering
image
WAVE provides the ability to create, understand and manage inter-part geometric relationships between components and assembli more...es, simplifying the process of relating parts inside an assembly to one another. There are times, however, when this potentially powerful tool should be used with careful consideration or not at all. Our WAVE course gives you the knowledge to make appropriate decisions.

 19 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the WAVE Control license.


NX 1872 Series Working With Large Assemblies
image
Working with Large Assemblies course is intended to teach you how to efficiently work with large assemblies. This course star more...ts how to represent complex components with lightweight representations and product outlines. You’ll learn how to open specific components using various methods in order to avoid waiting for unnecessary components to load. You’ll also learn to organize components in to groups or zones. Finally, you’ll learn to set preferences that improve performance. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with large assemblies in NX.

 7 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 1847 Series Working With Large Assemblies
image
Working with Large Assemblies course is intended to teach you how to efficiently work with large assemblies. This course star more...ts how to represent complex components with lightweight representations and product outlines. You’ll learn how to open specific components using various methods in order to avoid waiting for unnecessary components to load. You’ll also learn to organize components in to groups or zones. Finally, you’ll learn to set preferences that improve performance. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with large assemblies in NX.

 7 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 1847 Series Advanced Assemblies
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The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; Versioning, Cloning, Introduction to Skeleton Modeling, Interpart Expressions, Assembly Sequencing, Explosions and Component Fit and Weight.

 14 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 1847 Series Advanced Modeling
image
The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1847 Series Advanced Sketching
image
From initial concept to final revision, increase your design proficiency by making the most of the advanced design capabiliti more...es of NX Sketcher features. Use expression-based smart curves to add more control and flexibility to your solid models. Use parametric curve creation to give you the most control of your sections. Learn how to think ahead when modeling and consider downstream users to speed up future revisions changes. Challenging exercises and projects allow you to explore sketch creation and constraint as you gain experience.

 11 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1847 Series Freeform Modeling
image
Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 33 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 1847 Series Gateway: Resource & Property Optimization
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This course provides you with some more advanced Gateway operations that help you become more proficient with using NX. This more...includes creating palettes on the Resource Bar, templates for creating parts, managing properties, defining layouts, recording journals or macros for repeatable operations and defining preferences for optimization.

 6 hrs.    

At least 10 hours of NX experience or completion of our NX Working with Parts course.


NX 1847 Series Kinematic Motion Simulation
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Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 30 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 1847 Series Shape Studio
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The Shape Studio course is the logical next step for anyone who has completed our Freeform Modeling course and would like to more...learn the more advanced tools in Shape Studio to define complex styled surfaces that qualify as Class A. You'll learn how to use these tools to create smooth, quality surfaces that are aesthetically pleasing with good reflective quality. This includes the Studio Surface and Styled Sweep commands, along with several specialized methods of creating blends and modifying existing surfaces. Shape Studio is an essential toolbox for anyone creating styled surfaces.

 8 hrs.    

Completion of our NX Freeform Modeling course or equivalent experience.


NX 1847 Series WAVE Engineering
image
WAVE provides the ability to create, understand and manage inter-part geometric relationships between components and assembli more...es, simplifying the process of relating parts inside an assembly to one another. There are times, however, when this potentially powerful tool should be used with careful consideration or not at all. Our WAVE course gives you the knowledge to make appropriate decisions.

 19 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the WAVE Control license.


NX 12 - 200 Advanced User Express
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The NX Advanced User course is the nest step for users who have completed NX Essentials course. This course covers modeling t more...ipics such as Sketch Techniques, Synchronous Modeling, and an extensive section on Freeform modeling. You will learn how to apply face and soft blends and create user-defined features. This course also includes a section on Assemblies that covers such topics as File Management, Component Operations, and Exploded Assemblies. Upon completion, you will have the tools you need to strengthen your design capabilities.

 40 hrs.    

Understand the basics of using NX or complete the NX Essentials course (or equivalent experience).


NX 12 Advanced Assemblies
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The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; Versioning, Cloning, Introduction to Skeleton Modeling, Interpart Expressions, Assembly Sequencing, Explosions and Component Fit and Weight.

 14 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 12 Advanced Drafting
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The Advanced Drafting course is designed to help you become proficient with advanced techniques in creating drawings. This in more...cludes creating custom symbols, inserting tabular notes, title blocks and parts list, and learning tools useful for assembly drawings. You also learn how to apply a drafting standard to the customer defaults and use Drafting Preferences.

 12 hrs.    

Completion of our NX 12 Basic Drafting course


NX 12 Advanced Modeling
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The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 25 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 12 Advanced Sketching
image
From initial concept to final revision, increase your design proficiency by making the most of the advanced design capabiliti more...es of NX Sketcher features. Use expression-based smart curves to add more control and flexibility to your solid models. Use parametric curve creation to give you the most control of your sections. Learn how to think ahead when modeling and consider downstream users to speed up future revisions changes. Challenging exercises and projects allow you to explore sketch creation and constraint as you gain experience.

 11 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 12 CAM: Advanced Manufacturing
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The NX 12 Advanced Manufacturing course focuses on practical and advanced manufacturing topics. The Manufacturing Assemblies more...unit covers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring with a section on defining tool axis. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create 5-Axis contouring operations. Completion of this course will help you add depth and versatility to your CAM process.

 16 hrs.    

NX 12 Essentials for New Users is recommended and NX 12 Basic Manufacturing.


NX 12 Freeform Modeling
image
Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 33 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 12 Gateway: Resource & Property Optimization
image
This course provides you with some more advanced Gateway operations that help you become more proficient with using NX. This more...includes creating palettes on the Resource Bar, templates for creating parts, managing properties, defining layouts, recording journals or macros for repeatable operations and defining preferences for optimization.

 6 hrs.    

At least 10 hours of NX experience or completion of our NX Working with Parts course.


NX 12 Kinematic Motion Simulation
image
Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 30 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 12 Shape Studio
image
The Shape Studio course is the logical next step for anyone who has completed our Freeform Modeling course and would like to more...learn the more advanced tools in Shape Studio to define complex styled surfaces that qualify as Class A. You'll learn how to use these tools to create smooth, quality surfaces that are aesthetically pleasing with good reflective quality. This includes the Studio Surface and Styled Sweep commands, along with several specialized methods of creating blends and modifying existing surfaces. Shape Studio is an essential toolbox for anyone creating styled surfaces.

 8 hrs.    

Completion of our NX Freeform Modeling course or equivalent experience.


NX 12 Turning-Lathe
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This course is intended to teach you about turning and lathe in NX 9.0. You will examine all aspects of turning, from creatin more...g a basic roughing operation to defining auxiliary operations. This course takes you through each phase of the turning process, from defining tools to creating operations and using templates. Key topics include: machining environment, operation creation, operation navigator, tool path visualization, operation status symbols, tool path submenu, drilling tool, turning tool, grooving tool, threading tool, tool library, lathe, lathe cross section, MCS-spindle, part boundary, blank geometry, avoidance control, containment, feed rates, cut regions, roughing parameters, cut patterns, rough facing, rough OD, rough ID, finish cut, finish turn, groove, drilling, threading, lathe control, templates, and teach mode. We should point out that this course does not teach the user how to be a programmer it teaches how to program using the NX software.

 24 hrs.    

The NX 9.0 New User Express and NX 9.0 Assembly courses (or equivalent experience).


NX 12 WAVE Engineering
image
WAVE provides the ability to create, understand and manage inter-part geometric relationships between components and assembli more...es, simplifying the process of relating parts inside an assembly to one another. There are times, however, when this potentially powerful tool should be used with careful consideration or not at all. Our WAVE course gives you the knowledge to make appropriate decisions.

 19 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the WAVE Control license.


NX 12 Working With Large Assemblies
image
Working with Large Assemblies course is intended to teach you how to efficiently work with large assemblies. This course star more...ts how to represent complex components with lightweight representations and product outlines. You’ll learn how to open specific components using various methods in order to avoid waiting for unnecessary components to load. You’ll also learn to organize components in to groups or zones. Finally, you’ll learn to set preferences that improve performance. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with large assemblies in NX.

 7 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 11 - 200 Advanced User Express
image
The NX Advanced User course is the next step for users who have completed NX Essentials course. This course covers modeling t more...opics such as Sketch Techniques, Synchronous modeling and an extensive section on Freeform modeling. You will learn how to apply face and soft blends and create user-defined features. This course also includes a section on Assemblies that covers such topics as File Management, Component Operations and Exploded Assemblies. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 40 hrs.    

Understand the basics of using NX or complete the NX Essentials for Users course (or equivalent experience).


NX 11 Advanced Assemblies
image
The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; Versioning, Cloning, Introduction to Skeleton Modeling, Interpart Expressions, Assembly Sequencing, Explosions and Component Fit and Weight.

 14 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 11 Advanced Modeling
image
The NX Advanced Modeling course is the next step for users who have completed the Basic Modeling course. This course covers m more...odeling topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 18 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 11 Advanced Sketcher
image
From initial concept to final revision, increase your design proficiency by making the most of the advanced design capabiliti more...es of NX Sketcher features. Use expression-based smart curves to add more control and flexibility to your solid models. Use parametric curve creation to give you the most control of your sections. Learn how to think ahead when modeling and consider downstream users to speed up future revisions changes. Challenging exercises and projects allow you to explore sketch creation and constraint as you gain experience.

 11 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 11 CAM: Advanced Manufacturing
image
The NX 11 Advanced Manufacturing course focuses of practical advanced manufacturing topics. The Manufacturing Assemblies unit more... covers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring with a section on defining tool axis. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create 5-Axis contouring operations. Completion of this course will help you add depth and versatility to your CAM process.

 16 hrs.    

NX 11 Essentials for New Users is recommended and NX 11 Basic Manufacturing.


NX 11 Freeform Modeling
image
Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 28 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 11 Gateway: Resource and Property Optimization
image
This course provides you with some more advanced Gateway operations that help you become more proficient with using NX. This more...includes creating palettes on the Resource Bar, templates for creating parts, managing properties, defining layouts, recording journals or macros for repeatable operations and defining preferences for optimization.

 5 hrs.    

At least 10 hours of NX experience or completion of our NX Working with Parts course.


NX 11 Kinematics Motion Simulation
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Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 30 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 11 WAVE Engineering
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WAVE provides the ability to create, understand and manage inter-part geometric relationships between components and assembli more...es, simplifying the process of relating parts inside an assembly to one another. There are times, however, when this potentially powerful tool should be used with careful consideration or not at all. Our WAVE course gives you the knowledge to make appropriate decisions.

 19 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the WAVE Control license.


NX 11 Working With Large Assemblies
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Working with Large Assemblies course is intended to teach you how to efficiently work with large assemblies. This course star more...ts how to represent complex components with lightweight representations and product outlines. You’ll learn how to open specific components using various methods in order to avoid waiting for unnecessary components to load. You’ll also learn to organize components in to groups or zones. Finally, you’ll learn to set preferences that improve performance. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with large assemblies in NX.

 7 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 10 Advanced Assemblies
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The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; Versioning, Cloning, Introduction to Skeleton Modeling, Interpart Expressions, Assembly Sequencing, Explosions and Component Fit and Weight.

 13 hrs.    

Many of the topics covered in this course require the Advanced Assemblies License.


NX 10 Advanced Modeling
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The NX Advanced Modeling course is the next step for users who have completed Basic Modeling course. This course covers model more...ing topics such as advanced curves, conics, general pad and pocket. You will learn how to copy and paste features, create user-defined features, create part families and translate data to or from other CAD systems. Upon completion of this course, you will have the tools you need to strengthen your design capabilities.

 10 hrs.    

NX 10 Essentials: Basic Modeling (or equivalent experience).


NX 10 CAM: Advanced Manufacturing
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The NX 10 Advanced Manufacturing course focuses of practical advanced manufacturing topics. The Manufacturing Assemblies unit more... covers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring with a section on defining tool axis. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create 5-Axis contouring operations. Completion of this course will help you add depth and versatility to your CAM process.

 16 hrs.    

NX 10 Essentials for New Users is recommended and NX 10 Basic Manufacturing


NX 10 Electrical Routing
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The NX Electrical Routing course is designed to teach you the basics of Electrical Routing as it applies to the design of wir more...ing harnesses and connectors. You will cover basic electrical routing terminology, electrical design process, parts, paths, terminals, and stock. Upon completion of this course, you’ll be ready to start designing your own wiring harnesses and connectors.

 10 hrs.    

NX Gateway and NX Assembly Design.


NX 10 Freeform Modeling
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Freeform Modeling course is intended to teach you how to enhance your designs using free form features and curves. The units more...in this course cover the following topics: spline creation and editing; advanced curves; conics; surface creation using strings, points, bodies, and global shaping; offset surface operations; section surfaces; feature operations for sheets; face blends and soft blends; unparametric sheet bodies; and face and body analysis. There is also a unit that covers free form best practices. You’ll even have the opportunity to put your new knowledge to the test by designing an impeller blade and an aircraft door in the Freeform Feature Projects unit.

 30 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Sketching and Basic Modeling courses.


NX 10 Gateway: Resource and Property Optimization
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This course provides you with some more advanced Gateway operations that help you become more proficient with using NX. This more...includes creating palettes on the Resource Bar, templates for creating parts, managing properties, defining layouts, recording journals or macros for repeatable operations and defining preferences for optimization.

 4 hrs.    

None


NX 10 Motion Simulation
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Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 24 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 10 PMI (Product and Manufacturing Information)
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The NX PMI self-paced training course will cover topics in Product & Manufacturing Information such as an Overview, PMI Objec more...ts, PMI Information, PMI Supplemental Geometry, PMI Sectioning, and PMI Drafting. Bridge the gap between virtual reality and cold, hard reality by making the Product & Manufacturing Information application work for you.

 6 hrs.    

NX Essentials for New Users or equivalent experience


NX 10 WAVE Engineering
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WAVE provides the ability to create, understand and manage inter-part geometric relationships between components and assembli more...es, simplifying the process of relating parts inside an assembly to one another. There are times, however, when this potentially powerful tool should be used with careful consideration or not at all. Our WAVE course gives you the knowledge to make appropriate decisions.

 18 hrs.    

NX Essentials and Assemblies courses (or equivalent experience).


NX 10 Working With Large Assemblies
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Working with Large Assemblies course is intended to teach you how to efficiently work with large assemblies. This course star more...ts how to represent complex components with lightweight representations and product outlines. You’ll learn how to open specific components using various methods in order to avoid waiting for unnecessary components to load. You’ll also learn to organize components in to groups or zones. Finally, you’ll learn to set preferences that improve performance. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with large assemblies in NX.

 7 hrs.    

At least 40 hours of NX experience or completion of our NX Basic Modeling and Basic Assemblies courses. Many of the topics covered in this course also require the Advanced Assemblies License.


NX 9 to NX 10 CAM Update
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This is a course that will provide the user CAM updates from NX9 to NX10. It will give the user a chance to test out the new more...features and changes in NX10.

 2 hrs.    

Should be familiar with NX CAM


NX 9 Advanced Assemblies
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The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; introduction to WAVE, Part Families, Introduction to Skeleton Modeling, Assembly Sequencing, Assembly Constraints and Component Fit and Weight.

 5 hrs.    

Many of the topics covered in this course require the Advanced Assemblies License. A through understanding of the NX 8 Assemblies course.


NX 9 Advanced Manufacturing
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The NX 9 Advanced Manufacturing course focuses of practical advanced manufacturing topics. The Manufacturing Assemblies unit more...covers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring with a section on defining tool axis. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create 5-Axis contouring operations. Completion of this course will help you add depth and versatility to your CAM process.

 16 hrs.    

NX 9 Basic Manufacturing and NX 9 Essentials for New Users is recommended.


NX 9 Advanced Simulation
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The advanced simulation environment is a very powerful CAD embedded CAE tool. This course gives an overview of how to set up more...an Finite Element Analysis. Synchronous Modeling, Idealizing geometry, meshing, loads, constraints, adaptive meshes, optimized geometry, assemblies, and post processing are all discussed in depth. This class only dicusses Linear Statics (solution 101).

 24 hrs.    

"Basics of FEA" found within igetit


NX 9 Electrical Routing
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The NX Electrical Routing course is designed to teach you the basics or Electrical Routing as it applies to the design of wir more...ing harnesses and connectors. You will cover basic electrical routing terminology, electrical design process, parts, paths, terminals, and stock. Upon completion of this course, you’ll be ready to start designing your own wiring harnesses and connectors.

 10 hrs.    

NX Gateway and NX Assembly Design.


NX 9 Motion Simulation
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Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 24 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 9 PMI (Product and Manufacturing Information)
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The NX PMI self-paced training course will cover topics in Product & Manufacturing Information such as an Overview, PMI Objec more...ts, PMI Information, PMI Supplemental Geometry, PMI Sectioning, and PMI Drafting. Bridge the gap between virtual reality and cold, hard reality by making the Product & Manufacturing Information application work for you.

 6 hrs.    

NX Essentials for New Users or equivalent experience


NX 9 Turning-Lathe
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This course is intended to teach you about turning and lathe in NX 9.0. You will examine all aspects of turning, from creatin more...g a basic roughing operation to defining auxiliary operations. This course takes you through each phase of the turning process, from defining tools to creating operations and using templates. Key topics include: machining environment, operation creation, operation navigator, tool path visualization, operation status symbols, tool path submenu, drilling tool, turning tool, grooving tool, threading tool, tool library, lathe, lathe cross section, MCS-spindle, part boundary, blank geometry, avoidance control, containment, feed rates, cut regions, roughing parameters, cut patterns, rough facing, rough OD, rough ID, finish cut, finish turn, groove, drilling, threading, lathe control, templates, and teach mode. We should point out that this course does not teach the user how to be a programmer it teaches how to program using the NX software.

 24 hrs.    

The NX 9.0 New User Express and NX 9.0 Assembly courses (or equivalent experience).


NX 8.5 Advanced Assemblies
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The Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your educati more...on with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; introduction to WAVE, Part Families, Introduction to Skeleton Modeling, Assembly Sequencing, Assembly Constraints and Component Fit and Weight.

 5 hrs.    

Many of the topics covered in this course require the Advanced Assemblies License. A through understanding of the NX 8 Assemblies course.


NX 8.5 Advanced Manufacturing
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The NX 8.5 Advanced Manufacturing course focuses of practical advanced manufacturing topics. The Manufacturing Assemblies uni more...t covers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create5-Axis contouring operations. Completion of this course will help you add depth and versatility to your CAM process.

 12 hrs.    

NX 8.5 Basic Manufacturing and NX 8.5 Essentials for New Users.


NX 8.5 Advanced Simulation
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The advanced simulation environment is a very powerful CAD embedded CAE tool. This course gives an overview of how to set up more...an Finite Element Analysis. Synchronous Modeling, Idealizing geometry, meshing, loads, constraints, adaptive meshes, optimized geometry, assemblies, and post processing are all discussed in depth. This class only dicusses Linear Statics (solution 101).

 19 hrs.    

"Basics of FEA" found within igetit


NX 8.5 Design Simulation
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NX 8.5 Design Simulation is an FEA environment for engineers that do not need the full Advanced Simulation environment. Desig more...n Simulation simplifies the FEA experience into a single toolbar, and gives the user enough functionality to perform Structural, Thermal, and Vibration analysis. Only Structural loading is talked about in this course. This course covers the FEA process from start to finish, from creating the files, simplifying the geometry, applying a mesh, loads, constraints, to solving and post-processing (analyis of results). Adapativity and Optimization are also discussed in this course.

 18 hrs.    


NX 8.5 Electrical Routing
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The NX Electrical Routing course is designed to teach you the basics of Electrical Routing as it applies to the design of wir more...ing harnesses and connectors. You will cover basic electrical routing terminology, electrical design process, parts, paths, terminals, and stock. Upon completion of this course, you’ll be ready to start designing your own wiring harnesses and connectors.

 10 hrs.    

NX Gateway and NX Assembly Design.


NX 8.5 Motion Simulation
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Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 24 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 8 Advanced Assemblies
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The NX 8 Advanced Assemblies course is designed to help you build and maintain large assemblies. The course continues your ed more...ucation with more advanced practices within Assemblies and contains many different topics that can be utilized across many industry needs. Such topics include; introduction to WAVE, Part Families, Introduction to Skeleton Modeling, Assembly Sequencing, Assembly Constraints and Component Fit and Weight.

 5 hrs.    

Many of the topics covered in this course require the Advanced Assemblies License. A through understanding of the NX 8 Assemblies course.


NX 8 Advanced Manufacturing
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The NX Advanced Manufacturing course focuses of practical advanced manufacturing topics. The Manufacturing Assemblies unit co more...vers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create 5-Axis contouring operations. Completion of this course will help you add depth and versatility to your CAM process.

 12 hrs.    

NX 8 Basic Manufacturing and NX 8 Essentials for New Users.


NX 8 Advanced Simulation
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The advanced simulation environment is a very powerful CAD embedded CAE tool. This course gives an overview of how to set up more...an Finite Element Analysis. Synchronous Modeling, Idealizing geometry, meshing, loads, constraints, adaptive meshes, optimized geometry, assemblies, and post processing are all discussed in depth. This class only dicusses Linear Statics (solution 101).

 19 hrs.    

"Basics of FEA" found within igetit


NX 8 Design Simulation
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NX 8 Design Simulation is an FEA environment for engineers that do not need the full Advanced Simulation environment. Design more...Simulation simplifies the FEA experience into a single toolbar, and gives the user enough functionality to perform Structural, Thermal, and Vibration analysis. Only Structural loading is talked about in this course. This course covers the FEA process from start to finish, from creating the files, simplifying the geometry, applying a mesh, loads, constraints, to solving and post-processing (analyis of results). Adapativity and Optimization are also discussed in this course.

 18 hrs.    


NX 8 Electrical Routing
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The NX Electrical Routing course is designed to teach you the basics or Electrical Routing as it applies to the design of wir more...ing harnesses and connectors. You will cover basic electrical routing terminology, electrical design process, parts, paths, terminals, and stock. Upon completion of this course, you’ll be ready to start designing your own wiring harnesses and connectors.

 10 hrs.    

NX Gateway and NX Assembly Design.


NX 8 Motion Simulation
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Jump onto to the fast track and get the most from this CAE tool designed to develop and evaluate mechanical systems. Need a d more...ynamic and kinematic analysis of your complex assemblies? Get moving in Motion. In just three days you`ll find yourself fluent in Motion`s language, its symbols (Translational Spring, Fixed Translational Spring, Torsional Spring, Translational Damper, Fixed Translational Damper, Rotational Damper, Force, Torque, Vector Force, Vector Torque, 2D Contact) and terminology (Links, Markers, Joints, Couplers, Constraints, Force Objects, Driver Joints, Step Size, Degree of Freedom). Don`t waste time trying to figure out what we can show you in minutes. Gain the insight necessary to navigate between the motion methods: articulation, animation and spreadsheet. Understand how to develop and control a mechanism model using commands from Link and Joint, Model Preparation, Force Object, Motion Objects, New Solution, Motion Preferences, Solver, Motion Joint Wizard, List Motion Connections, Link Objects, Mass Properties, Inertia, Initial Translation Velocity, Initial Rotation Velocity, and XY Function Manager. Stuck in a jam? Learn how to edit motion objects, fix the link, free the link, delete / rename motion objects and utilize the title export. Comprehend the various functions that aid in motion analysis (Animation, graphing, populate spreadsheet, load transfer, Statics Dynamics Environment). This course provides the information and interactive learning simulations to enable you to master mechanism creation in scenarios and effectively simulate motion.

 24 hrs.    

At least 100 hours of NX Modeling and Assembly experience.


NX 8 Product & Manufacturing Information (PMI)
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The NX 8 PMI self-paced training course will cover topics in Product & Manufacturing Information such as an Overview, PMI Obj more...ects, PMI Information, PMI Supplemental Geometry, PMI Sectioning, and PMI Drafting. Bridge the gap between virtual reality and cold, hard reality by making the Product & Manufacturing Information application work for you.

 6 hrs.    

NX 8 Essentials for New Users or equivalent experience


NX 8 Working with Large Assemblies
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The NX 8 Large Assemblies course is intended to teach you how to build and maintain assemblies. The course starts with basic more...assembly topics (terminology, structure, preferences, the Assemblies application and toolbar, the Assembly Navigator, and reference sets). The course also covers Assembly Information, components, history, versioning and part modeling techniques. You`ll even find a unit devoted entirely to practicing what you`ve learned through specially-developed projects. Upon completion of this course, you`ll be equipped to work with assemblies in NX 8.

 8 hrs.    

40 hours of NX modeling experience is suggested for students without any assembly experience.


NX 7.5 Advanced Assemblies
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The NX 7.5 Advanced Assemblies course is designed to help you build and maintain large assemblies. As you assembly component more...count grows, computer performance can cripple your productivity. This course will help make you life easier by teaching you how to manage your assemblies. Key topics include: File Management, Open by Proximity, Component Groups, Assembly Zones, Load Options, Scripts, Bookmarks, Representations, Product Outline, Part Families, Clearance, Weight Analysis, Drawings, Render Sets, and Visualization Performance.

 5 hrs.    

Many of the topics covered in this course require the Advanced Assemblies License. A through understanding of the NX 7.5 Assemblies course


NX 7.5 Advanced Manufacturing
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The NX 7.5 Advanced Manufacturing course focuses of practical advanced manufacturing topics. The Manufacturing Assemblies uni more...t covers some of the advantages of using assemblies. The Z-Level unit covers the creation of surface regions and creation of Z-Level operations. The Surface countering unit covers fixed and variable contouring. This unit covers the various drive methods in detail. Template creation and application are covered in the template unit. Finally the Sequential Mill unit covers all the aspects of using Sequential Milling to create5-Axis countoring operations. Completion of this course will help you add depth and versatility to your CAM process.

 12 hrs.    

NX 7.5 Basic Manufacturing and NX 7.5 Essentials for New Users.


NX 7.5 Advanced Modeling
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The NX 7.5 Advanced Modeling online training course builds on our basic modeling course and provide more advanced modeling to more...pics. Users will be taken through detailed lessons and procedures that will prepare them for completing our practice exercises and projects. <br /><br/>The user will learning topics that include: <ul><li>General Pad and Packet</li><li>User-Defined Features</li><li>Advanced Feature Operations</li><li>Copy and Paste Features</li><li>Feature Browser</li><li>Visual Editor</li></ul>

 8 hrs.    

An understanding of NX Basic Modeling techniques is recommended or completion of the NX Basic Modeling course.