On-Demand Training - NX Design
Learn to use advanced 3D design capabilities integrating across disciplines including Product Design, Automation, Model Based Definition, Electrical Systems, and Design Validation. There are learning paths geared toward new users, as well as NX experts. The training features engaging presentation and demonstration videos, hands-on labs, and knowledge checks. Included is a test environment where you can work with the tools in a hand-on setting, allowing you to implement the skills you’re gaining along the way.
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Learning Paths in "NX Design"
Learning Paths provide guided chapters on a subject. Tracks are curated collections of Learning Paths that focus on a specific skill.
Select a Track to focus on developing the skills you need most.
Chapters
learning path
- Learning Experience Overview - Japanese
- NX User Interface - 1953 - Japanese
- Create a basic part - 1953 - Japanese
- Organize and display part models - 1953 - Japanese
- Create cylindrical parts using sketches - 1953 - Japanese
- Add Finishing Details - 1953 - Japanese
- Simple changes and part interrogation - 1953 - Japanese
- Basic part edits using synchronous - 1953 - Japanese
- Analyze existing assemblies - 1953 - Japanese
- Bottom-up assembly building - 1953 - Japanese
- Create a basic part drawing - 1953 - Japanese
- Using legacy sketch with NX 1953 - Japanese
NX Basic Design - 1953 - Japanese
Welcome: Navigation Overview
NX Basic Design - 1953 - Japanese 12 Chapters
1 Learning Experience Overview - Japanese 2 Topics
- Welcome: Navigation Overview
- NX Basic Design Intro
2 NX User Interface - 1953 - Japanese 8 Topics
- NX User Interface
- Getting started in NX
- Getting started in NX
- Create a part and start to work in NX
- Create a part and start to work in NX
- Create new part files
- Open, save, and close existing part files
- Knowledge Check: NX User Interface
3 Create a basic part - 1953 - Japanese 9 Topics
- Building simple shapes using sketch
- Extruding simple shapes
- Creating a simple part
- Extruding a simple sketch section
- Creating a part using simple shapes
- Modify sketch curves
- Trim curves to create a snap ring
- Knowledge Check: Create a basic part
- Complete the input shaft model
4 Organize and display part models - 1953 - Japanese 7 Topics
- Visibility and display of objects
- Change the view display
- Change the view display
- Selection and organizing of objects
- Create a Feature Group
- Organize the cap model
- Knowledge Check: Organize and display part models
5 Create cylindrical parts using sketches - 1953 - Japanese 19 Topics
- Create cylindrical parts using sketches
- Define a sketch profile
- Define a sketch profile
- Create sketch relations
- Add geometric relations to a profile
- Add geometric relations to a profile
- Create sketch dimensions
- Add dimensions to a profile
- Add dimensions to a profile
- Edit sketch relations
- Sketch a bolt circle
- Revolve a sketch profile
- Using datums to define the angle of a boss
- Revolve a sketch profile
- Create datums for a sketch
- Use datums to define the angle of a boss
- Revolve and extrude using booleans
- Knowledge Check: Create cylindrical parts using sketches
- Complete the milling support bracket model
6 Add Finishing Details - 1953 - Japanese 8 Topics
- Add Finishing details
- Add Finishing details
- Add holes to a coupler
- Blend and chamfer edges of the coupler
- Defining holes for a mount arm
- Create threads
- Knowledge Check: Add Finishing Details
- Complete the support mounting block
7 Simple changes and part interrogation - 1953 - Japanese 9 Topics
- Simple changes and part interrogation
- Using the Model History
- Reorder rename and remove features
- Reorder features of an oil pan
- Identify sketch parameters and Expressions
- Measure Model Features
- Analyze the structure of an existing part
- Knowledge Check: Simple changes and part interrogation
- Simple Changes and Part Interrogation
8 Basic part edits using synchronous - 1953 - Japanese 6 Topics
- Basic part edits using synchronous
- Move and Replace Face
- Move faces using three points
- Resize Blends and Chamfers
- Resize blend and chamfer faces
- Knowledge Check: Basic part edits using synchronous
9 Analyze existing assemblies - 1953 - Japanese 7 Topics
- Introduction to Assemblies – Part 1
- Introduction to Assemblies – Part 2
- Minimally load a large assembly
- Minimal loading of a large assembly
- Open an assembly and edit assembly components
- Work in the context of an assembly
- Knowledge Check: Analyze existing assemblies
10 Bottom-up assembly building - 1953 - Japanese 14 Topics
- Bottom-up assembly building
- Create an assembly using the bottom-up approach
- Create a bearing mount assembly
- Constrain an assembly
- Constrain a bearing mount assembly
- Constrain a spray pump assembly
- Part families and assemblies
- Build an assembly using part family members
- Add part family members to build a clamp
- Create a pattern of components
- Pattern shelf components
- Reference a patterned feature to pattern fasteners
- Knowledge Check: Bottom-up assembly building
- Create and constrain a new assembly
11 Create a basic part drawing - 1953 - Japanese 12 Topics
- Create a new drawing
- Create a new non-master drawing
- Edit the parameters of a master model
- Create a new non-master drawing
- Open and edit drawing sheets
- Create drafting views and annotations
- Add views to a drawing
- Add views to a drawing
- Add dimensions to a drawing
- Add dimensions to a drawing
- Knowledge Check: Create a basic part drawing
- Thank you for Watching NX Basic Design
12 Using legacy sketch with NX 1953 - Japanese 31 Topics
- Building simple shapes using sketch
- (Legacy sketch) Extruding a simple sketch section
- (Legacy sketch) Creating a part using simple shapes
- (Legacy sketch) Trim curves to create a snap ring
- Create cylindrical parts using sketch
- (Legacy sketch) Define a sketch profile
- Create sketch constraints
- (Legacy sketch) Add geometric constraints to a profile
- Create sketch dimensions
- (Legacy sketch) Add dimensional constraints to a profile
- (Legacy sketch) Constrain a sketch using reference objects
- Adding details using sketch
- (Legacy sketch) Create a circular pattern of sketch curves
- (Legacy sketch) Define symmetry within a sketch
- Analyze a design
- (Legacy sketch) Alter a sketch to complete model edits
- (Legacy sketch) Resolve parent references for a sketch
- (Legacy sketch) Modify an unparameterized model using a sketch
- (Legacy sketch) Revolve a sketch profile
- (Legacy sketch) Create datums for a sketch
- (Legacy sketch) Use datums to define the angle of a boss
- (Legacy sketch) Add holes to a coupler
- (Legacy sketch) Create user defined expressions for a model
- (Legacy sketch) Extrude with offsets
- (Legacy sketch) Create a linkage arm by sweeping geometry
- (Legacy sketch) Create a linkage using a tube
- (Legacy sketch) Pattern cooling fins using external references
- (Legacy sketch) Edit features and resolve failures
- (Legacy sketch) Create a fixture assembly using top-down
- (Legacy sketch) Model a key in context of an assembly
- (Legacy sketch) Use Assembly Cut
Chapters
learning path
- NX User Interface - 1926 - Japanese
- Create a basic part - 1926 - Japanese
- Organize and display part models - 1926 - Japanese
- Create cylindrical parts using sketches - 1926 - Japanese
- Add Finishing Details - 1926 - Japanese
- Simple changes and part interrogation - 1926 - Japanese
- Basic part edits using synchronous - 1926 - Japanese
- Analyze existing assemblies - 1926 - Japanese
- Bottom-up assembly building - 1926 - Japanese
- Create a basic part drawing - 1926 - Japanese
NX Basic Design - 1926 - Japanese
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
Getting started in NX
NX Basic Design - 1926 - Japanese 10 Chapters
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
1 NX User Interface - 1926 - Japanese 8 Topics
- NX User Interface
- Getting started in NX
- Getting started in NX
- Create a part and start to work in NX
- Create a part and start to work in NX
- Create new part files
- Open, save, and close existing part files
- Knowledge Check: NX User Interface
2 Create a basic part - 1926 - Japanese 9 Topics
- Building simple shapes using sketch
- Extruding simple shapes
- Creating a simple part
- Extruding a simple sketch section
- Creating a part using simple shapes
- Modify sketch curves
- Trim curves to create a snap ring
- Knowledge Check: Create a basic part
- Complete the input shaft model
3 Organize and display part models - 1926 - Japanese 7 Topics
- Visibility and display of objects
- Change the view display
- Change the view display
- Selection and organizing of objects
- Create a Feature Group
- Organize the cap model
- Knowledge Check: Organize and display part models
4 Create cylindrical parts using sketches - 1926 - Japanese 18 Topics
- Create cylindrical parts using sketches
- Define a sketch for a cylinder using sketch profile
- Define a sketch profile
- Create sketch constraints
- Add geometric constraints to a profile
- Add geometric constraints to a profile
- Create sketch dimensions
- Add dimensional constraints to a profile
- Add dimensional constraints to a profile
- Constrain a sketch using reference objects
- Revolve a sketch profile
- Revolve a sketch profile and use datum planes
- Revolve a sketch profile
- Create datums for a sketch
- Use datums to define the angle of a boss
- Revolve and extrude using booleans
- Knowledge Check: Create cylindrical parts using sketches
- Complete the milling support bracket model
5 Add Finishing Details - 1926 - Japanese 7 Topics
- Add Finishing details
- Add Finishing details
- Add holes to a coupler
- Blend and chamfer edges of the coupler
- Defining holes for a mount arm
- Knowledge Check: Add Finishing Details
- Complete the support mounting block
6 Simple changes and part interrogation - 1926 - Japanese 9 Topics
- Simple changes and part interrogation
- Using the Model History
- Reorder rename and remove features
- Reorder features of an oil pan
- Identify sketch parameters and Expressions
- Measure Model Features
- Analyze the structure of an existing part
- Knowledge Check: Simple changes and part interrogation
- Simple Changes and Part Interrogation
7 Basic part edits using synchronous - 1926 - Japanese 6 Topics
- Basic part edits using synchronous
- Move and Replace Face
- Move faces using three points
- Resize Blends and Chamfers
- Resize blend and chamfer faces
- Knowledge Check: Basic part edits using synchronous
8 Analyze existing assemblies - 1926 - Japanese 5 Topics
- Introduction to Assemblies – Part 1
- Introduction to Assemblies – Part 2
- Open an assembly and edit assembly components
- Work in the context of an assembly
- Knowledge Check: Analyze existing assemblies
9 Bottom-up assembly building - 1926 - Japanese 14 Topics
- Bottom-up assembly building
- Create an assembly using the bottom-up approach
- Create a bearing mount assembly
- Constrain an assembly
- Constrain a bearing mount assembly
- Constrain a spray pump assembly
- Part families and assemblies
- Build an assembly using part family members
- Add part family members to build a clamp
- Create a pattern of components
- Pattern shelf components
- Reference a patterned feature to pattern fasteners
- Knowledge Check: Bottom-up assembly building
- Create and constrain a new assembly
10 Create a basic part drawing - 1926 - Japanese 12 Topics
- Create a new drawing
- Create a new non-master drawing
- Edit the parameters of a master model
- Create a new non-master drawing
- Open and edit drawing sheets
- Create drafting views and annotations
- Add views to a drawing
- Add views to a drawing
- Add dimensions to a drawing
- Add dimensions to a drawing
- Knowledge Check: Create a basic part drawing
- Thank you for Watching NX Basic Design
Chapters
learning path
- Establish design intent - Japanese
- Analyze the design and make changes - Japanese
- Create parts with constant wall thickness -1926-Japanese
- Sweep geometry - 1926 - Japanese
- Build parts with duplicated geometry - 1926 - Japanese
- Create symmetric models - 1926 - Japanese
Product Design Fundamentals - 1926 - Japanese
You will learn to determine a modeling strategy, resolve any failures that arise, and use workflows for copying, patterning, and mirroring to complete a model.
Establish design intent demo
Product Design Fundamentals - 1926 - Japanese 6 Chapters
You will learn to determine a modeling strategy, resolve any failures that arise, and use workflows for copying, patterning, and mirroring to complete a model.
1 Establish design intent - Japanese 7 Topics
- Establish design intent
- Establish design intent demo
- Create user defined expressions for a model
- Reference parameters using design logic
- Use conditional expressions
- Knowledge Check: Establish design intent
- Build a linkage bracket
2 Analyze the design and make changes - Japanese 14 Topics
- Analyze the design and make changes
- Edit features and resolve failures
- Edit features and resolve failures
- Alter a Sketch to Complete Model Edits
- Alter a sketch to complete model edits
- Resolve parent references for a sketch
- Resolve parent references for a sketch
- Map parent objects for a replaced feature
- Map parent objects for a replaced feature
- Compare Revisions of a Model
- Compare Revisions of a model
- Create snapshots while editing features
- Knowledge Check: Analyze the design and make changes
- Adjust part geometry without any feature failures
3 Create parts with constant wall thickness -1926-Japanese 11 Topics
- Create parts with constant wall thickness
- Use extrude with draft and offsets
- Extrude along a vector with draft
- Extrude with offsets
- Trim a solid to a surface
- Trim a solid to a contoured surface
- Create a shell
- Create a shell and edit direction
- Create a shell with alternate thickness
- Knowledge Check: Create parts with constant wall thickness
- Build a gasket
4 Sweep geometry - 1926 - Japanese 8 Topics
- Sweep Geometry
- Create sweep geometry using Sweep Along Guide and Tube
- Create a linkage arm by sweeping geometry
- Create a linkage using a tube
- Using the Swept Volume command
- Machine a keyway
- Knowledge Check: Sweep geometry
- Build a belt cover
5 Build parts with duplicated geometry - 1926 - Japanese 7 Topics
- Building parts with duplicated geometry
- Build parts with duplicated geometry
- Pattern features to create a coupler
- Pattern cooling fins using external references
- Create circular face and feature patterns
- Knowledge Check: Build parts with duplicated geometry
- Complete the shut-off valve housing
6 Create symmetric models - 1926 - Japanese 6 Topics
- Methods for creating symmetric models
- Create symmetric models
- Define symmetry within a sketch
- Create and edit mirror features
- Knowledge Check: Create symmetric models
- Complete the ball joint model
Chapters
learning path
- Create molded parts - 1926 - Japanese
- Build basic parts using surfaces - 1926 - Japanese
- Build robust models - 1926 - Japanese
- Data translators - 1926 - Japanese
- Edit non-parametric models - 1926 - Japanese
Molded & Cast Part Design - 1926 - Japanese
Add stiffening ribs to a model
Molded & Cast Part Design - 1926 - Japanese 5 Chapters
1 Create molded parts - 1926 - Japanese 9 Topics
- Create molded parts
- Add draft from faces and edges
- Add stiffening ribs to a model
- Add stiffening ribs to a molded part
- Create a circular pattern of sketch curves
- Blend faces of a casting
- Blend faces of a casting
- Knowledge Check: Create molded parts
- Complete the plastic-injection molded housing
2 Build basic parts using surfaces - 1926 - Japanese 9 Topics
- Build basic parts using surfaces
- Using splines and bounded planes
- Start the hinge using a planar surface
- Use Sketch on Path and Variational Sweep
- Define the hinge wall using V-sweep
- Use Sew and Thicken
- Complete the hinge using sew and thicken
- Knowledge Check: Build basic parts using surfaces
- Create a shade for a desk lamp
3 Build robust models - 1926 - Japanese 17 Topics
- Build robust models
- Define a template part
- Define a template part
- Create holes positioned on a bolt circle
- Design groups
- Explore design groups
- Create a design group to partition a model
- Using fillets in a sketch profile
- Begin a water bottle model
- Modeling custom threads
- Add threads to a water bottle
- Model text for a water bottle
- Combine bodies using robust techniques
- Define grip grooves for a bottle
- Combine features to complete the bottle
- Knowledge Check: Build robust models
- Add part number text to the cover
4 Data translators - 1926 - Japanese 5 Topics
- Data translators
- Import a Model using STEP
- Import a model using STEP
- Knowledge Check: Data translators
- Import the bracket STEP data and correct the geometry
5 Edit non-parametric models - 1926 - Japanese 13 Topics
- Edit non-parametric models
- Move and Replace Face
- Replace faces in a reservoir
- Delete face and offset region
- Extract a copy of a model
- Prepare a model by deleting faces
- Offset cutout regions of a cell phone
- Copy replace and mirror face
- Reusing existing pivot boss geometry
- Modify an unparameterized Mmodel using a sketch
- Modify an unparameterized model using a sketch
- Knowledge Check: Edit non-parametric models
- Create a part using synchronous modeling
Chapters
learning path
- Manage assemblies - 1926 - Japanese
- Configure an assembly - 1926 - Japanese
- Create reusable components - 1926 - Japanese
- View component interaction using sequencing - 1926 - Japanese
Loading and working with assemblies - 1926 - Japanese
Create and replace reference sets
Loading and working with assemblies - 1926 - Japanese 4 Chapters
1 Manage assemblies - 1926 - Japanese 15 Topics
- Reference Sets
- Create and replace reference sets
- Replacing and creating reference sets
- Analyze existing assemblies
- Define part attributes and perform a clearance analysis
- Check interferences and define attributes
- Load assembly components using context controls
- Manage assemblies
- Create product outlines
- Review an assembly using Visual Reporting
- Review an assembly using Visual Reporting
- Check model faces using Visual Reporting
- Knowledge Check: Manage assemblies
- Validate the desk lamp assembly
- Analyze and revise the landing gear assembly
2 Configure an assembly - 1926 - Japanese 9 Topics
- Configure an assembly
- Create an assembly arrangement in NX
- Create an assembly arrangement in NX
- Use arrangements to replace fixtures
- Use assembly joint and coupler constraints
- Work with assembly joint constraints
- Constrain a gear coupler
- Knowledge Check: Configure an assembly
- Create arrangements for a desk lamp
3 Create reusable components - 1926 - Japanese 16 Topics
- Create reusable parts
- Create a part family
- Define a part family for a clamp screw
- Define reusable objects
- Reuse a sketch as a feature
- Find and add reusable objects to a model
- Parameter tables
- Using a parameter table to control a design
- Create a reuse KRX file
- Create your own Reuse KRX file
- Define a deformable part
- Define a wire clip as a deformable part
- Remember assembly constraints
- Remember assembly constraints
- Knowledge Check: Create reusable components
- Add a tension spring to a lamp assembly
4 View component interaction using sequencing - 1926 - Japanese 6 Topics
- View component interaction using sequencing
- Create a Sequence
- Create a new sequence
- Extract a sequence path
- Extract a sequence path
- Knowledge Check: View component interaction using sequencing
Chapters
learning path
- Top-down modeling - 1926 - Japanese
- Link geometry between related parts - 1926 - Japanese
- Create expression links between parts - 1926 - Japanese
- Revise assemblies - 1926 - Japanese
Design in Context of an Assembly - 1926 - Japanese
Start a design using the top-down assembly method
Design in Context of an Assembly - 1926 - Japanese 4 Chapters
1 Top-down modeling - 1926 - Japanese 5 Topics
- Top-down modeling
- Start a design using the top-down assembly method
- Create a fixture assembly using top-down
- Model a key in context of an assembly
- Knowledge Check: Top-down modeling
2 Link geometry between related parts - 1926 - Japanese 18 Topics
- Interpart modeling and Wave
- WAVE Geometry Linker
- Create gaskets using linked geometry
- Create links automatically to define pockets
- Create links automatically to define pockets
- Mirrored Parts
- Define a mirrored clamp using a fixed timestamp
- Interpart linking tools
- Design a casting for a machined part
- Control interpart update
- Control interpart updates of a tooling assembly
- Mirror Assembly
- Mirror components of a trailer assembly
- Promote Body
- Promote bodies to complete a weldment
- Use Assembly Cut
- Knowledge Check: Link geometry between related parts
- Complete the base cover
3 Create expression links between parts - 1926 - Japanese 4 Topics
- Create expression links between parts
- Interpart expressions
- Link expression parameters between parts
- Knowledge Check: Create expression links between parts
4 Revise assemblies - 1926 - Japanese 12 Topics
- Revise Assemblies
- Create a component revision using Save As
- Create a component revision using Save As
- Replace components of an assembly
- Replace components of an assembly
- Create a unique component
- Make a unique control arm
- Cloning assembly structures
- Clone an existing assembly
- Clone an existing assembly
- Knowledge Check: Revise assemblies
- Apply a revision to a lamp assembly
Chapters
learning path
- Learning Experience Overview - Product Design
- Introduction to surface modeling processes - 1926 - Japanese
- Use 3D curves as construction geometry - 1926 - Japanese
- Build robust models - 1926 - Japanese
- Create and analyze high quality curves - 1926 - Japanese
- Use mesh surfaces to define primary features - 1926 - Japanese
- Style shapes to build sculpted surfaces - 1926 - Japanese
- Sweep sections to start a design - 1926 - Japanese
- Build parts using exact geometry - 1926 -Japanese
- Overbuild surfaces to create a part - 1926 - Japanese
- Define transitional geometry - 1926 - Japanese
- Analyze the quality of freeform geometry - 1926 - Japanese
- Use surfaces to add definition to a solid - 1926 - Japanese
- Deform surfaces for manufacturing - 1926 - Japanese
- Rapid Prototyping/Reverse Engineering - 1926 - Japanese
NX Surface Modeling Processes - 1926 - Japanese
Introduction to freeform surface modeling
NX Surface Modeling Processes - 1926 - Japanese 15 Chapters
1 Learning Experience Overview - Product Design 2 Topics
- Welcome: Navigation Overview
- Product Design track Intro
2 Introduction to surface modeling processes - 1926 - Japanese 4 Topics
- Introduction to freeform surface modeling
- Preparing to create freeform features
- Overview of freeform features
- Knowledge Check: Introduction to surface modeling processes
3 Use 3D curves as construction geometry - 1926 - Japanese 24 Topics
- Use 3D curves as construction geometry
- Create intersection and projected curves
- Projected curves
- Intersection curves
- Shadow Curves
- Review line of sight using shadow curves
- Combined projection to create a tube
- Create a tube using combined projection
- Create a transition using bridge curves
- Use bridge curves to create a transition
- Create a helix and a transition using bridge curves
- Build a contact spring
- Create offset curves
- Create 3D axial offset curves
- Create a spring using a 3D offset curve
- Create Offset in Face curves
- Create Offset in Face curves
- Create a curve on a surface
- Wrap Curves on a developable surface
- Flatten and form geometry onto a 3D face
- Form a label profile to a 3D face
- Control distortion when flattening faces
- Knowledge Check: Use 3D curves as construction geometry
- Create associative curves
4 Build robust models - 1926 - Japanese 15 Topics
- Build robust models
- Define a template part
- Define a template part
- Create holes positioned on a bolt circle
- Design groups
- Using fillets in a sketch profile
- Begin a water bottle model
- Modeling custom threads
- Add threads to a water bottle
- Model text for a water bottle
- Combine bodies using robust techniques
- Define grip grooves for a bottle
- Combine features to complete the bottle
- Knowledge Check: Build robust models
- Add part number text to the cover
5 Create and analyze high quality curves - 1926 - Japanese 15 Topics
- Create and analyze high quality curves
- Create and modify Studio Splines
- Constrain spline poles
- Create studio splines using points
- Create studio splines using poles
- Edit a spline
- Move poles of splines and define tangency
- Create a tube using shop measured points
- Framing raw data
- Trim curves
- Extend splines by using natural trim
- Curve Analysis
- Get information about a spline
- Knowledge check: Create and analyze high quality curves
- Evaluate spline data and create new splines using Fit Curves
6 Use mesh surfaces to define primary features - 1926 - Japanese 14 Topics
- Use mesh surfaces to define primary features
- Create and edit a ruled surface
- Create a developable surface
- Create a transition surface
- Through curves parameter and arc length alignment
- Through curves surface with by points orientation
- Create a ceramic water tank
- Define a Through Curve Mesh surface
- Create a housing using through curve mesh
- Create surfaces with tangent constraints
- Create N-sided surfaces to enclose adjacent freeform shapes
- Add a push-up surface to a spray bottle
- Knowledge check: Use mesh surfaces to define primary features
- Define an initial mesh surface for a motorcycle helmet
7 Style shapes to build sculpted surfaces - 1926 - Japanese 5 Topics
- Style shapes to build sculpted surfaces
- Create studio surfaces
- Create studio surfaces
- Define surfaces for a shaver housing
- Knowledge check: Style shapes to build sculpted surfaces
8 Sweep sections to start a design - 1926 - Japanese 12 Topics
- Sweep sections to start a design
- Define a path and create a Swept feature
- Create a compression spring
- Sweep a frame section by another curve
- Create an exhaust pipe using an area law
- Create a styled sweep surface with varying sections
- Create a styled sweep surface with varying sections
- Using variational sweep and sketch on path
- Using the swept volume command
- Model a camshaft follower path
- Knowledge check: Sweep sections to start a design
- Create primary sheets for a body panel
9 Build parts using exact geometry - 1926 -Japanese 7 Topics
- Build parts using exact geometry
- Using splines and bounded planes
- Use sew and thicken
- Using through curves to model sand-casted flange
- Sweep using two guides to create a fairing
- Knowledge check: Build parts using exact geometry
- Complete the gas tank for a go-kart
10 Overbuild surfaces to create a part - 1926 - Japanese 17 Topics
- Overbuild surfaces to create a part
- Trim Sheet and Thicken
- Create a variable section brake lever
- Complete the hinge using sew and thicken
- Complete some geometry using Combine
- Extend a surface to a profile
- Add finger grooves to a spray bottle
- Create a cavity using an enlarged sheet
- Create a cavity using an enlarged sheet
- Modify a sheet using Local Untrim and Extend
- Snip hood surfaces
- Design a receptacle case using offset surfaces
- Adjust wall thickness using variable offset face
- Design a heat shield
- Adjust wall thickness using variable offset face
- Knowledge check: Overbuild surfaces to create a part
- Create a shoe horn using overbuilding
11 Define transitional geometry - 1926 - Japanese 14 Topics
- Define transitional geometry
- Build a transition using a section surface
- Create wing surfaces using Section Surfaces
- Build a transition using a section surface
- Create a bridge surface
- Create a bridge surface to finish the design of a utv hood
- Create a Face Blend
- Create face blends using constraint curves
- Create an aesthetic face blend
- Blend the shaver housing
- Simplify a corner using fill surface
- Use blend corner to create a transition surface
- Knowledge check: Define transitional geometry
- Create transition sheets for a body panel
12 Analyze the quality of freeform geometry - 1926 - Japanese 13 Topics
- Analyze the quality of freeform geometry
- Analyze the radius and slope of faces
- Analyze the radius and slope of faces
- Use face analysis to examine surface quality
- Check draft using slope analysis
- Check draft using slope analysis
- Local Radius Analysis
- Analyze a face to find a minimum radius
- Examine and repair model geometry
- Analyze edge deviations for sewn sheets
- Examine and repair model geometry
- Knowledge check: Analyze the quality of freeform geometry
- Analyze body panel sheets
13 Use surfaces to add definition to a solid - 1926 - Japanese 11 Topics
- Use surfaces to add definition to a solid
- Using Law Extensions
- Create a punch using law extensions
- Patch surfaces
- Patch surfaces onto a security fob
- Patch a surface onto an existing part
- Create a matched parting line
- Use draft body to remove an undercut
- Using Emboss
- Emboss a fog light panel
- Knowledge check: Use surfaces to add definition to a solid
14 Deform surfaces for manufacturing - 1926 - Japanese 6 Topics
- Deform surfaces for manufacturing
- Global Shaping
- Deform a solid body to be used in an extrusion die
- Use global shaping to twist a surface
- Overbend a sheet metal lever
- Knowledge check: Deform surfaces for manufacturing
15 Rapid Prototyping/Reverse Engineering - 1926 - Japanese 17 Topics
- Import and manipulate raster images
- Import and manipulate raster images
- Scale a raster image using reference points
- Designing with scanned geometry
- Reverse engineering
- Smooth curve string
- Smooth a curve string for a container
- Snip and replace facets
- Refine a design using polygon modeling
- Snip a facet region
- Snip a facet region using scan data
- Use imported facet geometry to create a mold
- Create a mold insert using an STL file
- Import and clean up scanned geometry
- Modify facet models
- Rebuild a broken part using reverse engineering
- Knowledge check: Rapid Prototyping/ Reverse Engineering
Chapters
learning path
- Learning Experience Overview - Product Design
- Create a drawing - 1926 - Japanese
- Working with drafting views - 1926 - Japanese
- Create and edit dimensions - 1926 - Japanese
- Create symbols and annotations - 1926 - Japanese
- Create and edit complex views - 1926 -Japanese
- Add PMI to drawings - 1926 - Japanese
- Assembly drawings - 1926 - Japanese
Documenting with Drafting - 1926 - Japanese
Create a drawing
Documenting with Drafting - 1926 - Japanese 8 Chapters
1 Learning Experience Overview - Product Design 2 Topics
- Welcome: Navigation Overview
- Product Design track Intro
2 Create a drawing - 1926 - Japanese 12 Topics
- Create a drawing
- The drawing node on the Part Navigator
- Work with the Part Navigator
- How do I build a drawing using the master model format?
- Create a drawing from a master model part
- Set your drafting standard
- Set the drafting standard for your drawing
- Use different methods to create new drawing sheets
- Create new drawing sheets
- Edit and add drawing sheets
- Create a custom drawing border
- Knowledge Check: Create a drawing
3 Working with drafting views - 1926 - Japanese 17 Topics
- Working with drafting views: Part 1
- Working with drafting views: Part 2
- How do I add views to a drawing?
- Add views to a drawing
- Edit the appearance of model geometry in a drafting view
- Edit the display of model geometry in a view
- How do I delete views and drawing sheets?
- Delete views and drawing sheets
- How do I create a custom view?
- Create a custom view
- Create a custom base view with the Orient View tool
- Move and align a drafting view
- Move and align a drafting view
- Update a drawing
- Update a drawing
- Knowledge Check: Working with drafting views
- Principle Lab: Create a drawing and add views
4 Create and edit dimensions - 1926 - Japanese 11 Topics
- Create and edit dimensions
- Create inferred dimensions
- Create inferred dimensions
- Create and edit a hole callout
- Create dimensions with appended text
- Create dimensions with appended text
- Change the settings of existing dimensions
- Create and edit ordinate dimensions
- Create and edit an ordinate dimension set
- (Optional) Create ordinate dimensions by rectangle selection
- Knowledge Check: Create and edit dimensions
5 Create symbols and annotations - 1926 - Japanese 19 Topics
- Create symbols and annotations
- Create Centerline symbols
- Create center marks
- Create 2D and 3D centerline symbols
- Create and edit notes and labels
- Add note and label annotations to your drawing
- Add symbols to a drawing note and then modify annotation
- Create and edit balloon symbols
- Create balloon symbols with leaders
- GD&T symbols
- Add tolerance annotations to your drawing
- Create surface finish symbols
- Add custom symbols to your drawing
- Create and place custom symbols
- Identify and edit retained annotations
- Identify and edit retained annotations
- Edit associativity to model geometry
- Knowledge check: Create symbols and annotations
- Principle Lab: Add dimensions and symbols to a drawing
6 Create and edit complex views - 1926 -Japanese 15 Topics
- Create and edit complex views
- Create, edit, and delete a stepped section view
- Create, edit, and delete a stepped section view
- Create a half section view
- Create a half section view
- Revolved section views
- Create a revolved section view
- Create a stand-alone section line
- Create and edit detail views
- View Break
- Create view breaks
- Erase view dependent objects to improve the clarity of a drawing
- Erase view dependent objects
- Knowledge check: Create and edit complex views
- Principle Lab: Create a drawing and then add section cuts and dimensions
7 Add PMI to drawings - 1926 - Japanese 8 Topics
- Add PMI to drawings
- Add PMI to a drawing
- Automatically display PMI in a drawing
- Manually display PMI in a drawing
- Manually display PMI in a drawing
- Apply PMI changes in the Drafting application
- Apply PMI changes in a drawing to the model
- Knowledge check: Add PMI to drawings
8 Assembly drawings - 1926 - Japanese 23 Topics
- Assembly drawings
- How to section assembly views
- Create nonsectioned components in a section view
- Assembly arrangements in a view
- Depict an assembly arrangement in a view
- Render sets
- Create and edit render sets
- Create exploded views
- Create tracelines in an exploded view
- Add tracelines to an exploded view
- Part Attributes
- Create a part attribute for the title of a drawing
- Using part attributes and object attributes
- Assign part attributes
- Create part attributes for a parts list
- Add columns to a parts list
- Place and configure a parts list
- How to sort, print, and save parts list data
- Sort, print, and save parts list data
- Represent a parts list using balloon symbols in a drafting view
- Add balloons to a drafting view
- Knowledge check: Assembly drawings
- Principle Lab: Assembly drawing
Chapters
learning path
- Learning Experience Overview - Product Design
- Introduction to surface modeling processes - 1899 - Japanese
- Use 3D curves as construction geometry - 1899 - Japanese
- Create and analyze high quality curves - 1899 - Japanese
- Use mesh surfaces to define primary features - 1899 - Japanese
- Style shapes to build sculpted surfaces - 1899 - Japanese
- Sweep sections to start a design - 1899 - Japanese
- Build parts using exact geometry - 1899 - Japanese
- Overbuild surfaces to create a part - 1899 - Japanese
- Define transitional geometry - 1899 - Japanese
- Analyze the quality of freeform geometry - 1899 - Japanese
- Use surfaces to add definition to a solid - 1899 - Japanese
- Deform surfaces for manufacturing - 1899 - Japanese
- Rapid Prototyping/Reverse Engineering - 1899 - Japanese
NX Surface Modeling Processes - 1899 - Japanese
Introduction to freeform surface modeling
NX Surface Modeling Processes - 1899 - Japanese 14 Chapters
1 Learning Experience Overview - Product Design 2 Topics
- Welcome: Navigation Overview
- Product Design track Intro
2 Introduction to surface modeling processes - 1899 - Japanese 4 Topics
- Introduction to freeform surface modeling
- Preparing to create freeform features
- Overview of freeform features
- Knowledge Check: Introduction to surface modeling processes
3 Use 3D curves as construction geometry - 1899 - Japanese 21 Topics
- Use 3D curves as construction geometry
- Create intersection and projected curves
- Projected curves
- Intersection curves
- Combined projection to create a tube
- Create a tube using combined projection
- Create a transition using bridge curves
- Use bridge curves to create a transition
- Create a helix and a transition using bridge curves
- Build a contact spring
- Create offset curves
- Create 3D axial offset curves
- Create a spring using a 3D offset curve
- Create Offset in Face curves
- Create Offset in Face curves
- Create a curve on a surface
- Wrap Curves on a developable surface
- Flatten and form geometry onto a 3D face
- Form a label profile to a 3D face
- Knowledge Check: Use 3D curves as construction geometry
- Create associative curves
4 Create and analyze high quality curves - 1899 - Japanese 15 Topics
- Create and analyze high quality curves
- Create and modify Studio Splines
- Constrain spline poles
- Create studio splines using points
- Create studio splines using poles
- Edit a spline
- Move poles of splines and define tangency
- Create a tube using shop measured points
- Framing raw data
- Trim curves
- Extend splines by using natural trim
- Curve Analysis
- Get information about a spline
- Knowledge check: Create and analyze high quality curves
- Evaluate spline data and create new splines using Fit Curves
5 Use mesh surfaces to define primary features - 1899 - Japanese 14 Topics
- Use mesh surfaces to define primary features
- Create and edit a ruled surface
- Create a developable surface
- Create a transition surface
- Through curves parameter and arc length alignment
- Through curves surface with by points orientation
- Create a ceramic water tank
- Define a Through Curve Mesh surface
- Create a housing using through curve mesh
- Create surfaces with tangent constraints
- Create N-sided surfaces to enclose adjacent freeform shapes
- Add a push-up surface to a spray bottle
- Knowledge check: Use mesh surfaces to define primary features
- Define an initial mesh surface for a motorcycle helmet
6 Style shapes to build sculpted surfaces - 1899 - Japanese 5 Topics
- Style shapes to build sculpted surfaces
- Create studio surfaces
- Create studio surfaces
- Define surfaces for a shaver housing
- Knowledge check: Style shapes to build sculpted surfaces
7 Sweep sections to start a design - 1899 - Japanese 13 Topics
- Sweep sections to start a design
- Define a path and create a Swept feature
- Create a compression spring
- Sweep a frame section by another curve
- Create an exhaust pipe using an area law
- Create a styled sweep surface with varying sections
- Create a styled sweep surface with varying sections
- Using variational sweep and sketch on path
- Add threads to a water bottle
- Using the swept volume command
- Model a camshaft follower path
- Knowledge check: Sweep sections to start a design
- Create primary sheets for a body panel
8 Build parts using exact geometry - 1899 - Japanese 7 Topics
- Build parts using exact geometry
- Using splines and bounded planes
- Use sew and thicken
- Using through curves to model sand-casted flange
- Sweep using two guides to create a fairing
- Knowledge check: Build parts using exact geometry
- Complete the gas tank for a go-kart
9 Overbuild surfaces to create a part - 1899 - Japanese 17 Topics
- Overbuild surfaces to create a part
- Trim Sheet and Thicken
- Create a variable section brake lever
- Complete the hinge using sew and thicken
- Complete some geometry using Combine
- Extend a surface to a profile
- Add finger grooves to a spray bottle
- Create a cavity using an enlarged sheet
- Create a cavity using an enlarged sheet
- Modify a sheet using Local Untrim and Extend
- Snip hood surfaces
- Design a receptacle case using offset surfaces
- Adjust wall thickness using variable offset face
- Design a heat shield
- Adjust wall thickness using variable offset face
- Knowledge check: Overbuild surfaces to create a part
- Create a shoe horn using overbuilding
10 Define transitional geometry - 1899 - Japanese 15 Topics
- Define transitional geometry
- Build a transition using a section surface
- Create wing surfaces using Section Surfaces
- Build a transition using a section surface
- Create a bridge surface
- Create a bridge surface to finish the design of a utv hood
- Create a Face Blend
- Create face blends using constraint curves
- Create an aesthetic face blend
- Add definition to a model using Styled Blend
- Blend the shaver housing
- Simplify a corner using fill surface
- Use blend corner to create a transition surface
- Knowledge check: Define transitional geometry
- Create transition sheets for a body panel
11 Analyze the quality of freeform geometry - 1899 - Japanese 13 Topics
- Analyze the quality of freeform geometry
- Analyze the radius and slope of faces
- Analyze the radius and slope of faces
- Use face analysis to examine surface quality
- Check draft using slope analysis
- Check draft using slope analysis
- Local Radius Analysis
- Analyze a face to find a minimum radius
- Examine and repair model geometry
- Analyze edge deviations for sewn sheets
- Examine and repair model geometry
- Knowledge check: Analyze the quality of freeform geometry
- Analyze body panel sheets
12 Use surfaces to add definition to a solid - 1899 - Japanese 11 Topics
- Use surfaces to add definition to a solid
- Using Law Extensions
- Create a punch using law extensions
- Patch surfaces
- Patch surfaces onto a security fob
- Patch a surface onto an existing part
- Create a matched parting line
- Use draft body to remove an undercut
- Using Emboss
- Emboss a fog light panel
- Knowledge check: Use surfaces to add definition to a solid
13 Deform surfaces for manufacturing - 1899 - Japanese 6 Topics
- Deform surfaces for manufacturing
- Global Shaping
- Deform a solid body to be used in an extrusion die
- Use global shaping to twist a surface
- Overbend a sheet metal lever
- Knowledge check: Deform surfaces for manufacturing
14 Rapid Prototyping/Reverse Engineering - 1899 - Japanese 20 Topics
- Import and manipulate raster images
- Import and manipulate raster images
- Scale a raster image using reference points
- Designing with scanned geometry
- Reverse engineering
- Smooth curve string
- Smooth a curve string for a container
- Snip and replace facets
- Refine a design using polygon modeling
- Snip a facet region
- Snip a facet region using scan data
- Creating precise geometry from facets
- Fitting precise surfaces to facets
- Reverse engineer surfaces from a scanned part
- Use imported facet geometry to create a mold
- Create a mold insert using an STL file
- Import and clean up scanned geometry
- Modify facet models
- Rebuild a broken part using reverse engineering
- Knowledge check: Rapid Prototyping/ Reverse Engineering
On-Demand Training - NX Design
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During your subscription period, you will automatically receive access to all new content added to the library, including training on new product releases and technology updates to maximize your proficiency.
On-Demand Training - NX Design
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- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
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USD $1416.00 / year