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.
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.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
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.
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.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
This course will walk you step-by-step through the visualization process covering: Model Setup, Materials, Lights, Cameras, and Render Output.
This course will walk you step-by-step through the visualization process covering: Model Setup, Materials, Lights, Cameras, and Render Output.
Learn to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.
Learn to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.
Learn to create freeform parts that update reliably and shift smoothly to the manufacturing application.
Learn to create freeform parts that update reliably and shift smoothly to the manufacturing application.
Create machinery, enclosures, etc. normally manufactured with a brake press. Create and build on base features with advanced features like gussets and louvers.
Create machinery, enclosures, etc. normally manufactured with a brake press. Create and build on base features with advanced features like gussets and louvers.
When transitioning from NX 1926, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 1953.
When transitioning from NX 1926, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 1953.
Learn to work with, manipulate, and analyze large assemblies.
Learn to work with, manipulate, and analyze large assemblies.
This course will provide new users of FloEFD for NX with a background sufficient for tackling a wide range of flow and thermal analysis problems.
This course will provide new users of FloEFD for NX with a background sufficient for tackling a wide range of flow and thermal analysis problems.
Learn to modify and configure an existing NX installation with some commonly modified settings.
Learn to modify and configure an existing NX installation with some commonly modified settings.
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities.
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities.
When transitioning from NX 1899, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, PMI and Sheet Metal in NX 1926.
When transitioning from NX 1899, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, PMI and Sheet Metal in NX 1926.
Using iterative analysis tools, learn how to optimize a component shape to efficiently conform to the expected loads.
Using iterative analysis tools, learn how to optimize a component shape to efficiently conform to the expected loads.
Analyze and work with models in Simcenter 3D Pre/Post. Use FEM analysis, set up Nastran solve from Pre/Post, generate results displays in post views.
Analyze and work with models in Simcenter 3D Pre/Post. Use FEM analysis, set up Nastran solve from Pre/Post, generate results displays in post views.
Learn NX functionality used to define complex styling shapes using curves and surfaces.
Learn NX functionality used to define complex styling shapes using curves and surfaces.
Learn to create products requiring organic or aesthetically pleasing shapes using NX Realize Shape.
Learn to create products requiring organic or aesthetically pleasing shapes using NX Realize Shape.
Assess the moldability and manufacturability of your parts.
Assess the moldability and manufacturability of your parts.
Learn the workflow to define the main structure of a ship. You will define frames, decks, and bulkhead locations using Ship Structure Basic Design application.
Learn the workflow to define the main structure of a ship. You will define frames, decks, and bulkhead locations using Ship Structure Basic Design application.
Learn to quickly place and define fasteners and hardware as well as improve quality of fastener assembly design.
Learn to quickly place and define fasteners and hardware as well as improve quality of fastener assembly design.
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
Learn to use Visual Reports and Checkmate to analyze a model. Learn to use Design Optimization to improve the design of a model.
Learn to use Visual Reports and Checkmate to analyze a model. Learn to use Design Optimization to improve the design of a model.
Learn to interactively simulate, test, and analyze the kinematic behavior of a mechanical assembly concept and capture the results in animation.
Learn to interactively simulate, test, and analyze the kinematic behavior of a mechanical assembly concept and capture the results in animation.
Learn to add text, dimensions, GD&T, and symbols to a 3D model for use by downstream applications such as tooling, manufacturing, inspection, and shipping.
Learn to add text, dimensions, GD&T, and symbols to a 3D model for use by downstream applications such as tooling, manufacturing, inspection, and shipping.
Learn about the Automation Designer and how it increases multi-disciplinary engineering efficiency in collaboration with NX, Teamcenter, TIA Portal and more.
Learn about the Automation Designer and how it increases multi-disciplinary engineering efficiency in collaboration with NX, Teamcenter, TIA Portal and more.
Learn to work more efficiently by incorporating reusable objects into your every day design processes.
Learn to work more efficiently by incorporating reusable objects into your every day design processes.
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.
Design Flexible Printed Circuit Boards, which are often used in consumer electronics and other high tech products, where small, tight packaging is required.
Design Flexible Printed Circuit Boards, which are often used in consumer electronics and other high tech products, where small, tight packaging is required.
Learn to create connection & component lists, qualify parts for use in routing assemblies, place parts in wiring assemblies, and assign components & connectors.
Learn to create connection & component lists, qualify parts for use in routing assemblies, place parts in wiring assemblies, and assign components & connectors.
Learn to interactively design and simulate the complex motion of electro-mechanical systems.
Learn to interactively design and simulate the complex motion of electro-mechanical systems.
Define piping paths placed around and through assemblies. This is used to define systems that provide process piping, waste disposal, and structural support.
Define piping paths placed around and through assemblies. This is used to define systems that provide process piping, waste disposal, and structural support.
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
Learn to create different types of welds, adhesives, mastics, and sealers. You will also import welds and create weld annotations in a drawing sheet.
Learn to create different types of welds, adhesives, mastics, and sealers. You will also import welds and create weld annotations in a drawing sheet.
Learn to weld multiple plates simultaneously, and how to modify these welds, create PMI notations on welds, and build up material using a surface weld.
Learn to weld multiple plates simultaneously, and how to modify these welds, create PMI notations on welds, and build up material using a surface weld.
Create a digital layout by sketching, planning, detailing with NX Line Designer.
Create a digital layout by sketching, planning, detailing with NX Line Designer.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
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.
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.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities
When transitioning from NX 1953, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 1980.
When transitioning from NX 1953, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 1980.
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.
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.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
Learn to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.
Learn to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.
Learn to add text, dimensions, GD&T, and symbols to a 3D model for use by downstream applications such as tooling, manufacturing, inspection, and shipping.
Learn to add text, dimensions, GD&T, and symbols to a 3D model for use by downstream applications such as tooling, manufacturing, inspection, and shipping.
Learn to use Visual Reports and Checkmate to analyze a model. Learn to use Design Optimization to improve the design of a model.
Learn to use Visual Reports and Checkmate to analyze a model. Learn to use Design Optimization to improve the design of a model.
Learn to create products requiring organic or aesthetically pleasing shapes using NX Realize Shape.
Learn to create products requiring organic or aesthetically pleasing shapes using NX Realize Shape.
Create machinery, enclosures, etc. normally manufactured with a brake press. Create and build on base features with advanced features like gussets and louvers.
Create machinery, enclosures, etc. normally manufactured with a brake press. Create and build on base features with advanced features like gussets and louvers.
Learn NX functionality used to define complex styling shapes using curves and surfaces.
Learn NX functionality used to define complex styling shapes using curves and surfaces.
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Design Flexible Printed Circuit Boards, which are often used in consumer electronics and other high tech products, where small, tight packaging is required.
Design Flexible Printed Circuit Boards, which are often used in consumer electronics and other high tech products, where small, tight packaging is required.
Leverage your knowledge of CATIA to map your current product design processes to NX.
Leverage your knowledge of CATIA to map your current product design processes to NX.
Learn to quickly place and define fasteners and hardware as well as improve quality of fastener assembly design.
Learn to quickly place and define fasteners and hardware as well as improve quality of fastener assembly design.
Learn to create different types of welds, adhesives, mastics, and sealers. You will also import welds and create weld annotations in a drawing sheet.
Learn to create different types of welds, adhesives, mastics, and sealers. You will also import welds and create weld annotations in a drawing sheet.
Learn to weld multiple plates simultaneously, and how to modify these welds, create PMI notations on welds, and build up material using a surface weld.
Learn to weld multiple plates simultaneously, and how to modify these welds, create PMI notations on welds, and build up material using a surface weld.
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
Learn what's new in NX 1899 when transitioning from NX 11.
Learn what's new in NX 1899 when transitioning from NX 11.
Processes and strategies associated with additive manufacturing. Develop skills for the design of components for additive manufacturing.
Processes and strategies associated with additive manufacturing. Develop skills for the design of components for additive manufacturing.
Learn to work with, manipulate, and analyze large assemblies.
Learn to work with, manipulate, and analyze large assemblies.
Learn to create connection & component lists, qualify parts for use in routing assemblies, place parts in wiring assemblies, and assign components & connectors.
Learn to create connection & component lists, qualify parts for use in routing assemblies, place parts in wiring assemblies, and assign components & connectors.
Learn to create freeform parts that update reliably and shift smoothly to the manufacturing application.
Learn to create freeform parts that update reliably and shift smoothly to the manufacturing application.
Learn the typical workflow for using NX Sketch to design parts.
Learn the typical workflow for using NX Sketch to design parts.
Define piping paths placed around and through assemblies. This is used to define systems that provide process piping, waste disposal, and structural support.
Define piping paths placed around and through assemblies. This is used to define systems that provide process piping, waste disposal, and structural support.
Quickly create frames and other metal structures for machines and other equipment.
Quickly create frames and other metal structures for machines and other equipment.
Learn to quickly enable the automation of updates of component designs when high-level product design changes are required.
Learn to quickly enable the automation of updates of component designs when high-level product design changes are required.
Leverage your knowledge of Creo to map your current product design processes to NX. Compare the two programs, learn methods to migrate existing data to NX.
Leverage your knowledge of Creo to map your current product design processes to NX. Compare the two programs, learn methods to migrate existing data to NX.
Learn to create curves as construction geometry. You will also create points and point sets associative to curve geometry.
Learn to create curves as construction geometry. You will also create points and point sets associative to curve geometry.
Learn to define composite parts by creating Fibersim objects and associating them to their corresponding CAD geometry.
Learn to define composite parts by creating Fibersim objects and associating them to their corresponding CAD geometry.
Leverage your knowledge of SolidWorks to map your current product design processes to NX. Compare both programs, learn methods to migrate existing data to NX.
Leverage your knowledge of SolidWorks to map your current product design processes to NX. Compare both programs, learn methods to migrate existing data to NX.
The process of Assembly Line planner in NX; to understand of the purpose for the application and how it fits into the NX and Teamceneter environments
The process of Assembly Line planner in NX; to understand of the purpose for the application and how it fits into the NX and Teamceneter environments
Accelerate quotation workflows for plastic injection tooling by reducing supplier time to respond with manufacturing and costing feedback to OEMs.
Accelerate quotation workflows for plastic injection tooling by reducing supplier time to respond with manufacturing and costing feedback to OEMs.
Create a digital layout by sketching, planning, detailing with NX Line Designer.
Create a digital layout by sketching, planning, detailing with NX Line Designer.
Use the tools and exploratory design environment of the Digital Mockup (DMU) application to prepare for design reviews and what-if studies in NX.
Use the tools and exploratory design environment of the Digital Mockup (DMU) application to prepare for design reviews and what-if studies in NX.
Quickly create frames and other metal structures for machines and other equipment.
Quickly create frames and other metal structures for machines and other equipment.
When transitioning from NX 1980, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 2007.
When transitioning from NX 1980, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 2007.
This course will walk you step-by-step through the visualization process covering: Model Setup, Materials, Lights, Cameras, and Render Output.
This course will walk you step-by-step through the visualization process covering: Model Setup, Materials, Lights, Cameras, and Render Output.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.
Learn how to use Line Designer in the Teamcenter environment
Learn how to use Line Designer in the Teamcenter environment
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.
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.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
Most products are assemblies of multiple parts. In this learning path, you will learn how to add components to an assembly and edit them to fit properly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.
In this learning path, you will learn to create associative links between parts in the context of an assembly.