Unigraphics NX from Basic to Professional (Crash Course)

Unigraphics NX from Basic to Professional (Crash Course), available at $24.99, has an average rating of 4.45, with 51 lectures, based on 37 reviews, and has 193 subscribers.

You will learn about Basics of Unigraphics, Learn how to Create modeling Confidently list your NX skills in your resume learn about parametric based approach to design your models. Get complete knowledge on surface modeling commands Assembly Workbench learn how to create and design 3-D models and shapes using various commands like extrude,sweep,swept,revolve and many more This course is ideal for individuals who are anyone who wants to learn any computer aided designing. or individual who wants to learn the NX/unigraphics software. or mechanical engineers or aerospace engineers or working professionals who wants to enhance their skills on CAD softwares. It is particularly useful for anyone who wants to learn any computer aided designing. or individual who wants to learn the NX/unigraphics software. or mechanical engineers or aerospace engineers or working professionals who wants to enhance their skills on CAD softwares.

Enroll now: Unigraphics NX from Basic to Professional (Crash Course)

Summary

Title: Unigraphics NX from Basic to Professional (Crash Course)

Price: $24.99

Average Rating: 4.45

Number of Lectures: 51

Number of Published Lectures: 51

Number of Curriculum Items: 51

Number of Published Curriculum Objects: 51

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Basics of Unigraphics, Learn how to Create modeling

Confidently list your NX skills in your resume

learn about parametric based approach to design your models.

Get complete knowledge on surface modeling commands

Assembly Workbench

learn how to create and design 3-D models and shapes using various commands like extrude,sweep,swept,revolve and many more

Who Should Attend

anyone who wants to learn any computer aided designing.

individual who wants to learn the NX/unigraphics software.

mechanical engineers

aerospace engineers

working professionals who wants to enhance their skills on CAD softwares.

Target Audiences

anyone who wants to learn any computer aided designing.

individual who wants to learn the NX/unigraphics software.

mechanical engineers

aerospace engineers

working professionals who wants to enhance their skills on CAD softwares.

In this course you will be able to learn unigraphics application each workbenches in detail, After this course you will be able to design any kind of models and you can able to manage any kind of assembly components. Also you have complete surface modeling tutorials and very difficult practice examples.

In Surface modeling i have shown how to model Bottles, USB light and Tennis Ball etc..

Sketch Interface Unit Introduction Sketch InterfaceDatum Features Unit IntroductionDatum Features OverviewUsing Datum FeaturesDatum Features and Design IntentCreating Datum PlanesCreating Datum AxesEditing Datum FeaturesDatum Features ProjectCreating Sketches Unit IntroductionSketch Overview Sketch Task EnvironmentSketch PreferencesCreating a Sketch On PlaneCreating a Sketch On PathReattach SketchUsing Multiple Windows in SketchingCreating Sketch Curves Unit IntroductionSketch CurvesCreating Sketch LinesCreating Sketch CirclesCreating Sketch ArcsCreating Sketch Curves Using ProfileEditing Underconstrained Sketch CurvesEditing Constrained Sketch CurvesBasic Sketch Constraints Unit IntroductionBasic ConstraintsConstraint DisplayCreating Geometric ConstraintsScaling a SketchCreating Dimensional ConstraintsSnap Normally and TangentiallySketch Dimensions ProjectMouse Top Cover Project Part 1 

Associative Curves Unit IntroductionCurve TypesPointLine Arc/CircleTrim CurveDivide CurveCurve LengthDesign Features Unit IntroductionDesign Features OverviewExtrude OptionsExtrude Extrude with Draft ProjectExtrude with Multiple Draft AnglesRevolveSweep Along GuideReplacement AssistantTubeSweeping Features ProjectRibRib ProjectEditing Sweeping FeaturesExtrusions ProjectRevolutions ProjectFeature Operations Unit IntroductionCreating a HoleHoles ProjectCreating ThreadsCreating DraftEditing DraftShellMulti-face Shell ProjectTrim BodyEditing Trim Body FeaturesOffset FaceEditing Offset FacesThickenBounding BodyBasic Part Design ProjectBlends and Chamfers Unit IntroductionCreating Edge BlendsEditing Edge BlendsEdge Blends ProjectCreating ChamfersEditing ChamfersGame Controller ProjectMouse Top Cover Project Part 2Associative Copy Unit IntroductionExtract GeometryExtract Body HereIsolate Object of FeatureSprocket ProjectScale BodySplit BodyDivide FaceMove ObjectMoving ObjectsMirror Feature OverviewMirror FeaturePattern FeatureCreating PatternsSpeaker Cover Patterns Project Editing Features Unit IntroductionEditing FeaturesEditing Legacy FeaturesReattaching Legacy FeaturesReplace FeatureReplacing FeaturesDeleting FeaturesReorderReordering Features Suppressing FeaturesUnsuppressing FeaturesHand Grip Handle Project Task 1

Course Curriculum

Chapter 1: Introduction About Me

Lecture 1: Introduction About Me

Chapter 2: Introduction to Unigraphics NX

Lecture 1: Unigraphics NX Introductions & Basics for Beginners

Lecture 2: Unigraphics NX Co-ordinate System, CSYS for Beginners

Lecture 3: Unigraphics NX – Creating points & Datum Planes for Beginners

Chapter 3: NX Sketch workbench

Lecture 1: Sketch Tutorial 1 – Line, Arc, Circle, Make corner, Offset, Pattern & etc

Lecture 2: Sketch Tutorial 2- Geometric Constraints & Reattach

Chapter 4: NX Sketch Workbench Practice Examples with Constraints and Dimensioning

Lecture 1: Practice Example 1

Lecture 2: Practice Example 2

Lecture 3: Practice Example 3

Lecture 4: Practice Example 4

Lecture 5: Practice Example 5

Lecture 6: Practice Example 6

Chapter 5: NX Part Modeling/Solid Modeling

Lecture 1: Part Modeling- Extrude & Revolve

Lecture 2: Boolean Operations Unite, Subtract & Intersect

Lecture 3: Shell & Chamfer

Lecture 4: Basics Of Hole feature

Chapter 6: Part Modeling Practice Examples

Lecture 1: Practice Example 1

Lecture 2: Practice Example 2

Lecture 3: Practice Example 3

Lecture 4: Practice Example 4

Lecture 5: Practice Example 5

Lecture 6: Practice Example 6

Lecture 7: Practice Example 7

Lecture 8: Practice Example 8

Chapter 7: NX Surface Modeling Workbench

Lecture 1: Through Curve and Swept

Lecture 2: Through Curve Mesh

Lecture 3: Trim Sheet

Lecture 4: Trim And Extend Sheet

Lecture 5: Enlarge And Extend Sheet

Lecture 6: Offset Surface And Thicken

Lecture 7: Sew Operation

Chapter 8: NX Assmbly Workbench And Practice Examples

Lecture 1: Add Component to Assembly

Lecture 2: Create new component And Parents

Lecture 3: Move Components Part 1

Lecture 4: Move Components Part 2

Lecture 5: Move Components Part 3

Lecture 6: Move Components Part 4

Lecture 7: Assembly Constraints Part 1

Lecture 8: Assembly Constraints Part 2

Lecture 9: Assembly Constraints Part 3

Lecture 10: Assembly Constraints Basic Example 1

Lecture 11: Assembly Constraints Basic Example 2

Chapter 9: NX Surface Modleing Practice Example

Lecture 1: Practice Example 1

Lecture 2: Practice Example 2

Lecture 3: Practice Example 3

Lecture 4: Practice Example 4

Lecture 5: Practice Example 5

Lecture 6: Practice Example 6

Lecture 7: Practice Example 7

Chapter 10: Advanced Modeling in UG NX

Lecture 1: Creating Part Families Part 1

Lecture 2: Creating Part Families Part 2

Instructors

Tech Design
Learn Everything about Mechanical Engineering Cad Tools

Rating Distribution

1 stars: 1 votes

2 stars: 2 votes

3 stars: 5 votes

4 stars: 13 votes

5 stars: 16 votes

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