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NX Online Training

A comprehensive library of NX online self-paced courses and assessments. Trust our industry leading experts from Tata Technologies as they provide in-depth instruction and practice along with our Try It exercises. Earn i GET IT Learning Points and earn Certificates for completing your training courses. Browse through our full list of NX courses below.

All NX Courses Included in:

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Overview: When CAD geometry is imported into NX from other systems, it typically consists of non- parametric bodies. There are various more...philosophies regarding how subsequent modifications are to be made. The geometry can be 'converted' to parametric data by recreating the part features, using the imported body as a reference, but this is very time- consuming and is not much different than designing from scratch. An alternative method is to use Synchronous Modeling tools, The commands in this application allow organized design modifications to be made to non- parametric bodies (or even to parametric data, if necessary). Faces can be moved, deleted, offset, re-blended, etc., and adjacent body faces react to those changes. If History Mode is active, these operations are chronologically added to the Part Navigator, and can be subsequently edited, If History-Free mode is active, the Synchronous Modeling commands still have the same functionality, but are not 'recorded' in the Navigator (and thus cannot be edited). This course covers the creation and editing of Synchronous Modeling features to modify existing solid models, both parametric and non- parametric. The course provides a good understanding of how and when to apply Synchronous Modeling to existing CAD data.
Duration: 10 hrs. Skill level: Basic

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Overview: When CAD geometry is imported into NX from other systems, it typically consists of non- parametric bodies. There are various more...philosophies regarding how subsequent modifications are to be made. The geometry can be 'converted' to parametric data by recreating the part features, using the imported body as a reference, but this is very time- consuming and is not much different than designing from scratch. An alternative method is to use Synchronous Modeling tools, The commands in this application allow organized design modifications to be made to non- parametric bodies (or even to parametric data, if necessary). Faces can be moved, deleted, offset, re-blended, etc., and adjacent body faces react to those changes. If History Mode is active, these operations are chronologically added to the Part Navigator, and can be subsequently edited, If History-Free mode is active, the Synchronous Modeling commands still have the same functionality, but are not 'recorded' in the Navigator (and thus cannot be edited). This course covers the creation and editing of Synchronous Modeling features to modify existing solid models, both parametric and non- parametric. The course provides a good understanding of how and when to apply Synchronous Modeling to existing CAD data.
Duration: 11 hrs. Skill level: Intermediate

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Overview: When CAD geometry is imported into NX from other systems or the user needs to work with a idealized part, it typically consi more...sts of non- parametric bodies. There are various philosophies regarding how subsequent modifications are to be made. The geometry can be 'converted' to parametric data by recreating the part features, using the imported body as a reference, but this is very time- consuming and is not much different than designing from scratch. An alternative method is to use Synchronous Modeling tools, The commands in this application allow organized design modifications to be made to non - parametric bodies. Faces can be moved, deleted, offset, re-blended, etc., and adjacent body faces react to those changes. If History Mode is active, these operations are chronologically added to the Part Navigator, and can be subsequently edited, If History-Free mode is active, the Synchronous Modeling commands still have the same functionality, but are not 'recorded' in the Navigator (and thus cannot be edited). This course covers the creation and editing of Synchronous Modeling features to modify existing non- parametric solid models. The course provides a good understanding of how and when to apply Synchronous Modeling to existing CAD data.
Duration: Not Available hrs. Skill level: Intermediate

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Overview: When CAD geometry is imported into NX from other systems, it typically consists of non- parametric bodies. There are variou more...s philosophies regarding how subsequent modifications are to be made. The geometry can be 'converted' to parametric data by recreating the part features, using the imported body as a reference, but this is very time- consuming and is not much different than designing from scratch. An alternative method is to use Synchronous Modeling tools, The commands in this application allow organized design modifications to be made to non- parametric bodies (or even to parametric data, if necessary). Faces can be moved, deleted, offset, re-blended, etc., and adjacent body faces react to those changes. If History Mode is active, these operations are chronologically added to the Part Navigator, and can be subsequently edited, If History-Free mode is active, the Synchronous Modeling commands still have the same functionality, but are not 'recorded' in the Navigator (and thus cannot be edited). This course covers the creation and editing of Synchronous Modeling features to modify existing solid models, both parametric and non- parametric. The course provides a good understanding of how and when to apply Synchronous Modeling to existing CAD data.
Duration: 11 hrs. Skill level: Intermediate

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Overview: Have you ever tried to modify CAD geometry imported from some other system? Until the advent of Synchronous Modeling, the opt more...ions available were very limited. With Synchronous Modeling you can move faces, delete faces, offset areas, re-blend faces, and make substantial modifications to an existing solid body. The Synchronous Modeling features available in NX can be used to apply parametric constraints to unparameterized models. In this course you will practice applying Synchronous Modeling features to modify existing solid models. Once you have completed the course, you should have a good understanding of how and when to apply Synchronous Modeling to your CAD data.
Duration: 10 hrs. Skill level: Intermediate

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Overview: Have you ever tried to modify CAD geometry imported from some other system? Until the advent of Synchronous Modeling, the opt more...ions available were very limited. With Synchronous Modeling you can move faces, delete faces, offset areas, re-blend faces, and make substantial modifications to an existing solid body. The Synchronous Modeling features available in NX can be used to apply parametric constraints to unparameterized models. In this course you will practice applying Synchronous Modeling features to modify existing solid models. Once you have completed the course, you should have a good understanding of how and when to apply Synchronous Modeling to your CAD data.
Duration: 6 hrs. Skill level: Intermediate

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Overview: Have you ever tried to modify CAD geometry imported from some other system? Until the advent of Synchronous Modeling, the opt more...ions available were very limited. With Synchronous Modeling you can move faces, delete faces, offset areas, re-blend faces, and make substantial modifications to an existing solid body. The Synchronous Modeling features available in NX can be used to apply parametric constraints to unparameterized models. In this course you will practice applying Synchronous Modeling features to modify existing solid models. Once you have completed the course, you should have a good understanding of how and when to apply Synchronous Modeling to your CAD data.
Duration: 6 hrs. Skill level: Intermediate