NX 1953 – 1980 NX Design Transition
When transitioning from NX 1953, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 1980.

NX 1926 – 1953 CAD Transition
When transitioning from NX 1926, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, and PMI in NX 1953.

NX 1899 – 1926 CAD Transition
When transitioning from NX 1899, learn what’s new in Fundamentals, Modeling, Assemblies, Drafting, PMI and Sheet Metal in NX 1926.

NX 11-1899 CAD Transition
Learn what's new in NX 1899 when transitioning from NX 11.

FastStart for CATIA Users
Leverage your knowledge of CATIA to map your current product design processes to NX.

NX Basic Design
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.

Product Design Fundamentals
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.

Molded & Cast Part Design
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.

Loading and working with assemblies
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.

Design in Context of an Assembly
In this learning path, you will learn to create associative links between parts in the context of an assembly.

Render Basic
This course will walk you step-by-step through the visualization process covering: Model Setup, Materials, Lights, Cameras, and Render Output.

NX Basic Design - 1953
In this learning path, you will explore methods for developing and editing basic solid models, assembly models, and drawings.

Product Design Fundamentals - 1953
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.

Molded & Cast Part Design - 1953
In this learning path, you will compare and contrast highly parametric vs. non-parametric modeling techniques.

Loading and working with assemblies - 1953
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.

Design in Context of an Assembly - 1953
In this learning path, you will learn to create associative links between parts in the context of an assembly.

NX Realize Shape
Learn to create products requiring organic or aesthetically pleasing shapes using NX Realize Shape. 

Industrial Design
Learn NX functionality used to define complex styling shapes using curves and surfaces.

NX Realize Shape - 1953
Learn to create products requiring organic or aesthetically pleasing shapes using NX Realize Shape. 

Industrial Design - 1953
Learn NX functionality used to define complex styling shapes using curves and surfaces.

Polygon Modeling and Reverse Engineering
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities

Advanced Assemblies
Learn to work with, manipulate, and analyze large assemblies.

Documenting with Drafting
Learn to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.

Sheet Metal Design
Create machinery, enclosures, etc. normally manufactured with a brake press. Create and build on base features with advanced features like gussets and louvers.

NX Surface Modeling Processes
Learn to create freeform parts that update reliably and shift smoothly to the manufacturing application.

Design for Additive Manufacturing - XA
Processes and strategies associated with additive manufacturing. Develop skills for the design of components for additive manufacturing.

NX Join
Learn to quickly place and define fasteners and hardware as well as improve quality of fastener assembly design.

Weld Assistant
Learn to create different types of welds, adhesives, mastics, and sealers. You will also import welds and create weld annotations in a drawing sheet.

Structure Designer
Quickly create frames and other metal structures for machines and other equipment.

Structure Welding
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.

Documenting with Drafting - 1953
Learn to create standards-compliant detailed engineering drawings that are fully associated to your 3D model.

Structure Designer - 1953
Quickly create frames and other metal structures for machines and other equipment.

Sheet Metal Design - 1953
Create machinery, enclosures, etc. normally manufactured with a brake press. Create and build on base features with advanced features like gussets and louvers.

NX Join - 1953
Learn to quickly place and define fasteners and hardware as well as improve quality of fastener assembly design.

Weld Assistant - 1953
Learn to create different types of welds, adhesives, mastics, and sealers. You will also import welds and create weld annotations in a drawing sheet.

Structure Welding - 1953
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.

Polygon Modeling and Reverse Engineering - 1899
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities.

Model Based Definition using PMI
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.

Model Based Definition using PMI - 1953
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.

Modify and configure an existing NX installation
Learn to modify and configure an existing NX installation with some commonly modified settings.

Creating Reusable Data
Learn to work more efficiently by incorporating reusable objects into your every day design processes.

HD3D Tools and Validation
Learn to use Visual Reports and Checkmate to analyze a model. Learn to use Design Optimization to improve the design of a model.

Topology Optimization for Designers
Using iterative analysis tools, learn how to optimize a component shape to efficiently conform to the expected loads.

FloEFD for NX
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.

Animation Designer
Learn to interactively simulate, test, and analyze the kinematic behavior of a mechanical assembly concept and capture the results in animation.

Simulation for Design Engineers
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.

Molded Part Validation
Assess the moldability and manufacturability of your parts.

HD3D Tools and Validation - 1953
Learn to use Visual Reports and Checkmate to analyze a model. Learn to use Design Optimization to improve the design of a model.

Routing Mechanical
Define piping paths placed around and through assemblies. This is used to define systems that provide process piping, waste disposal, and structural support.

Routing Electrical
Learn to create connection & component lists, qualify parts for use in routing assemblies, place parts in wiring assemblies, and assign components & connectors.

Flexible Printed Circuit Design
Design Flexible Printed Circuit Boards, which are often used in consumer electronics and other high tech products, where small, tight packaging is required. 

Flexible Printed Circuit Design - 1953
Design Flexible Printed Circuit Boards, which are often used in consumer electronics and other high tech products, where small, tight packaging is required. 

Ship Design
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.

Mold Wizard Fundamentals
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.

Progressive Die Wizard Fundamentals
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.

Electrode Design
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.

Designing Tooling using Die Engineering
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.

Electrode Design - 1953
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.

Designing Tooling using Die Engineering - 1953
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.

Line Designer Basics
Create a digital layout by sketching, planning, detailing with NX Line Designer.

Automation Designer Basics
Learn about the Automation Designer and how it increases multi-disciplinary engineering efficiency in collaboration with NX, Teamcenter, TIA Portal and more.

Mechatronics Fundamentals
Learn to interactively design and simulate the complex motion of electro-mechanical systems.

Simcenter Testlab Component-based TPA
Introduction and overview of TPA and Component-based TPA and its applications.

Introduction to Simcenter Testlab Desktop Neo
Introduction to Simcenter Testlab Desktop Neo features and its functionalities.

Simcenter Testlab Neo Durability processing
Introduction to the concepts and methods in Testlab Neo Durability Processing.

Load data analysis with Simcenter Tecware
Get an overview of Simcenter Tecware and its methods to perform load data analysis.

Accelerated testing and test schedule optimization
Learn to shorten the time signals for the test rig runs and modify the Rainflow data to create target histograms in the Simcenter Tecware.

Introduction to Simcenter Testlab Desktop Neo - 2019.1
Introduction to Simcenter Testlab Desktop Neo features and its functionalities.

Fundamentals of using Pre/Post
Learn how to analyze a model and work with analysis data in Simcenter 3D.

Preparing the Model for Analysis
Learn how to prepare a model for analysis by working with geometry, meshes, connections, assemblies, loads, and boundary conditions.

Solving the Model
Learn how to solve a model with the Simcenter Nastran solver using structural analysis types.

Reviewing Analysis Results
Learn how to display analysis results using post views, graphs, and reports.

Processes and Solutions
Learn how to analyze models using specialized Simcenter 3D tools.

Introduction to Response Dynamics
Learn how to use response dynamics to analyze a model's response to an excitation.

Fundamentals of using Pre/Post - 2021.1
Learn how to analyze a model and work with analysis data in Simcenter 3D.

Preparing the Model for Analysis - 2021.1
Learn how to prepare a model for analysis by working with geometry, meshes, connections, assemblies, loads, and boundary conditions.

Solving the Model - 2021.1
Learn how to solve a model with the Simcenter Nastran solver using structural analysis types.

Reviewing Analysis Results - 2021.1
Learn how to display analysis results using post views, graphs, and reports.

Working with Acoustics Models
This learning path teaches users how to prepare an acoustics model and review analysis results.

Acoustics Analysis Applications
This learning path teaches users how to apply acoustics analysis to solve problems in industry.

FE Model Correlation
Prepare the physical tests using the pre-test planning tools and how to correlate modal finite element results with experimental data in Simcenter 3D.

Motion Fundamentals
Learn to use the basic capabilities of Simcenter 3D Motion to analyze mechanisms.

Controls and Mechatronics Co-simulation
Learn how to control the motion mechanism using data from an external control system.

Flexible Body Analysis
Learn how to analyze and post-process flexible motion bodies.

Discrete Drivetrain
Learn how to create chain, track, and cable models for Motion analysis.

Fundamentals of thermal analysis in Simcenter 3D
Learn how to use the basic capabilities of Simcenter 3D Thermal Multiphysics to perform sophisticated thermal analysis.

Thermal-structural analysis in Simcenter 3D Multiphysics
Analyze a general thermal-structural model, use advanced modeling features to perform a thermal-structural analysis of turbomachinery in hybrid 2D/3D models.

Advanced thermal modeling applications
Learn how to model advanced radiation, 1D hydraulic network, articulation, Joule heating, Peltier cooling and how to extend the solver functionality.

Getting Started with Simcenter Multimech
Introduction to Multimech. Getting familiar with the software and how to use it.

Fundamentals of Simcenter STAR-CCM+
Simcenter STAR-CCM+ multiphysics simulation, geometry processing, meshing, solver settings, post processing, and other aspects of the simulation workflow.

Heat Transfer
Practice the setup of CHT and radiation simulations, consider mesh/prism mesh requirements. Difference between heat transfer coefficients in Simcenter STAR-CCM+

Data Analysis in Simcenter STAR-CCM+
Create basic and advanced Data Analysis to analyze the solution and highlight flow structures.

Efficient Workflows in Simcenter STAR-CCM+
The overall goal is to establish an efficient meshing workflow to support simulations containing geometries with hundreds to thousands of individual parts.

Fundamentals of multiphase modeling
Multiphase can be modeled in various ways. Here you will learn which models are implemented in Simcenter STAR-CCM+ and gain insight in their background.

Feature highlights of Simcenter STAR-CCM+
This learning path highlights selected features in the current release of Simcenter STAR-CCM+.

Introduction to Simcenter SPEED
Learn about the history of Simcenter SPEED, the steps in the design process, the intricacies of the GUI and how material is added to databases.

Designing Synchronous Machines
The advantages of synchronous machines are outlined and you learn how to create a first design of a surface permanent magnet machine.

Introduction to HEEDS MDO
Introduction to the HEEDS MDO, Design Space Exploration with a focus on Optimization, use of the software as well as the modeling and simulation approach.

Eulerian multiphase modeling in Simcenter STAR-CCM+
Identify the physics and phase interaction models in Simcenter STAR-CCM+ that are required to setup the specified multiphase flow simulation.

Lagrangian multiphase modeling in Simcenter STAR-CCM+
The aim of this course is to teach the techniques needed to conduct accurate and efficient particle or droplet simulations using computational fluid dynamics.

Fundamentals of multiphase modeling
Multiphase can be modeled in various ways. Here you will learn which models are implemented in Simcenter STAR-CCM+ and gain insight in their background.

FloEFD for Solid Edge
This course will provide new users of FloEFD for Solid Edge with a background sufficient for tackling a wide range of flow and thermal analysis problems.

FloEFD for NX
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.

FloEFD for Creo
This course will provide new users of FloEFD for Creo with a background sufficient for tackling a wide range of flow and thermal analysis problems.

FloEFD Standalone
This course will provide new users of FloEFD Standalone with a background sufficient for tackling a wide range of flow and thermal analysis problems.

FLOEFD for CATIA
This course will provide new users of FloEFD for CATIA with a background sufficient for tackling a wide range of flow and thermal analysis problems.

Getting Started with Simcenter Amesim
Introduction to the Simcenter Amesim, use of the software as well as the modeling and simulation process.

Introduction to Hydraulic System Simulation
Learn important basic hydraulic concepts, get a global view on hydraulic libraries and components, and learn how to build hydraulic models in Simcenter Amesim.

FloMASTER Introduction
This LP provides everything you need to get started using FloMASTER, including network creation, solving steady state & transient simulations & Post Processing.

Introduction to HEEDS MDO
Introduction to the HEEDS MDO, Design Space Exploration with a focus on Optimization, use of the software as well as the modeling and simulation approach.

FloTHERM Introduction
This learning path will introduce you to FloTHERM by guiding you through model building, importing MCAD and EDA data, post-processing and optimization.

FloTHERM XT Introduction
This learning path will teach you how to design, build & simulate electronics cooling related models & how to import data from MCAD & EDA software.

Introduction to Additive Manufacturing
Overview of the processes and strategies associated with additive manufacturing in the context of the product development lifecycle.

Component Design for Additive Manufacturing
This learning path will develop skills within NX design specifically for the design of components for additive manufacturing.

Polygon Modeling and Reverse Engineering
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities

NX Additive Manufacturing - Planar Additive
This learning path will build skills in the use of the NX Additive Manufacturing application, for planar (powder bed) additive manufacturing processes.

Maximizing Your Build Success with AM Build Optimizer
AM Build Optimizer can help you achieve "first time right" printing. Follow this learning path to ensure can get the most out of AM Build Optimizer!

Additive Manufacturing Process Simulation
This learning path will develop skills within Simcenter 3D to analyze the additive manufacturing powder bed process for the buildup of metal components.

Multi-axis Additive Manufacturing
This learning path provides training in the part preparation and machine programming necessary for driving CNC deposition devices for additive manufacturing.

Component Design for Additive Manufacturing - 1899
This learning path will develop skills within NX design specifically for the design of components for additive manufacturing.

Polygon Modeling and Reverse Engineering - 1899
Learn to create, modify, and improve faceted models using the NX Polygon Modeling capabilities.

Managing NC Programming Data
Review and change data and information used to manufacture parts. Also, begin milling a basic prismatic part.

Machining a Prismatic Part
Use varying prismatic machining methods in milling and turning operations.

Fixed-axis and Multi-axis Milling
You will learn the use of the NX Manufacturing application for creating fixed-axis and variable-axis tool paths.

Turbomachinery and other Multi-axis options
Program turbomachinery parts and learn other multi-axis options: non-cutting moves, hole machining, in process workpiece transfer and probing & generic motion.

Turning Manufacturing
Learn how to define turning parts and blanks, create and retrieve tools, and roughing operations in Turning.

Other Turning Operations
Learn turning operations such as groove and thread operations, teach mode, ISV, mill-turn, and more.

Other Manufacturing Options
Use other Manufacturing functionality like Wire EDM, ISV, Kinematic models, and CAM Customization.

CAM Transition
This course teaches everything a user needs to know to go from NX 11 to NX 1899 CAM and be productive.

Introduction to simulation studies
In this learning path, you identify the three phases to performing a simulation study. They provide the framework that is critical to using Plant Simulation.

Perform a basic simulation study
In this learning path, you apply the phases of a simulation study to make a wooden table. Other paths build add to this model to solve more complex problems.

Extend a model to include more realistic, modular components
In this learning path, you extend the wooden table example by creating a hierarchical model with buffers, failure profiles, and realistic processing times.

Extend a model to include conveyors and workers
In this learning path, you extend the wooden table example by creating components to convey parts for assembly and use workers.

Extend a model to include presentation collateral
In this learning path, you extend the wooden table example by creating the collateral needed to present your recommendations.

Set up 3D objects
In this learning path, you create and use cameras, create and import 3D graphics, and create a custom library of objects.

Create models using advanced modeling techniques
In this learning path, you model transporters, distributions, statistical tools, cranes, user-defined dialogs, 2D models, and debug models.

Exchange data with Plant Simulation using Teamcenter, virtual commissioning, and more
In this learning path, you explore Plant Simulation interfaces such as DDE, File link, Teamcenter, Virtual Commissioning, and more.

Identify Process Simulate basics
In this learning path, you identify the Process Simulate basic methodology and perform basic tasks in the Graphic Viewer and tree views.

Develop and simulate Process Simulate robotic paths
In this learning path, you develop robotic paths for spot welding, arc welding, painting, drilling/riveting, and other types of robot applications.

Develop Process Simulate object flow simulations
In this learning path, you manually and automatically develop part and resource object flow path simulations.

Develop Process Simulate human simulations
In this learning path, you develop human reach studies, human simulations, assign time to operations, and perform ergonomic evaluations of worker tasks.

Define Process Simulate study data, geometry, and kinematics
In this learning path, you define snapshots, markups, sections, cables, component geometry and component kinematics.

Develop Process Simulate robotic and automation event-based simulations (CEE)
In this learning path, you develop robotic and automation event-based simulations by triggering events with logic.

Setup and perform Process Simulate virtual commissioning (VC)
In this learning path, you setup and perform Process Simulate virtual commissioning (VC) using event-based studies.

Use Process Simulate robotic specific controllers for off-line programming (OLP) (PS on eMS)
In this learning path, you configure and use Process Simulate robotic specific controllers for off-line programming (OLP).

Perform advanced customization of Process Simulate robotic specific controllers (PS on eMS)
In this learning path, you perform customization of Process Simulate robot specific controller configuration files for OLP commands, motion, and path templates.

Begin working with Active Workspace (for Easy Plan)
In this learning path, begin working with Active Workspace (for Easy Plan).

Manage an MBOM in Easy Plan
In this learning path, you identify the Multi-BOM workspace and how to utilize it for use cases involving managing a MBOM.

Use Easy Plan to perform production process planning for BTO/BTS/CTO
In this learning path, you identify the BTO/BTS/CTO workspace and how to utilize it for "build to order", "build to stock", or "configure-to-order" use cases.

Use Easy Plan for shipbuilding (NGP)
In this learning path, you use Easy Pan for shipbuilding (NGP) for manufacturing process planning and view electronic work instructions.

Use Easy Plan to perform production process planning for ETO
In this learning path, you identify the ETO workspace and how to utilize it for "engineer to order" use cases.

Intosite Introduction
Learn how Intosite can be your window into your digital twin for factory visualization, collaboration, and information.

Introduction to Product Costing
This learning path provides instructions on working in the Teamcenter Product Cost Management interface and an introduction to master data.

Creating Product Calculations
This learning path provides instructions instructions on creating cost estimates.

Creating Tool Calculations
This course provides instructions on creating detailed tool cost estimates, verification of those estimates and negotiating with the supplier on estimates.

Introduction to Teamcenter
You are introduced to the concept of Product Lifecycle Management. You learn the basics of using the Teamcenter Rich Client.

Managing Product Supporting Documents
In this learning path, you manage Teamcenter data in real time through native applications.

Managing your Product Structure
In this learning path you are introduced to the Structure Manager. You will learn how Teamcenter creates, manages, and edits assemblies.

Visualizing your Product Model
In this learning path you view product data using the embedded viewer.

Managing your Release Process
In this learning path, you initiate workflow processes, complete tasks assignments, and monitor workflow progress.

Managing Changes
In this learning path you complete a change process.

Introduction to Teamcenter - 12.1
You are introduced to the concept of Product Lifecycle Management. You learn the basics of using the Teamcenter Rich Client.

Managing Product Supporting Documents - 12.1
In this learning path, you manage Teamcenter data in real time through native applications.

Managing your Product Structure - 12.1
In this learning path you are introduced to the Structure Manager. You will learn how Teamcenter creates, manages, and edits assemblies.

Visualizing your Product Model - 12.1
In this learning path you view product data using the embedded viewer.

Managing your Release Process - 12.1
In this learning path, you initiate workflow processes, complete tasks assignments, and monitor workflow progress.

Managing Changes - 12.1
In this learning path you complete a change process.

Active Workspace: managing your product data
Learn about Active Workspace user interface. This includes working with data, managing files, and searching and filtering features.

Managing your product structure
Learn about the product structure, visualizing your product model, the release process, and working with Active Workspace inside you CAD application.

Visualize your product model
Learn and perform basic capabilities of the visualization tools available in the Active Workspace embedded viewer.

Manage your release processes
In this learning path, you initiate workflow processes, complete task assignments, and monitor workflow progress.

Managing changes
In this learning path you complete a change process.

Scheduling projects, resources and tasks
In this learning path, you manage schedules, tasks and resources.

Active Workspace Integration to other products
Learn about working with Active Workspace in CAD products and other applications.

Managing Requirements in Active Workspace
This course describes how to create, maintain, and collaborate on product requirements

Visualize your product model - 4.3
Learn and perform basic capabilities of the visualization tools available in the Active Workspace embedded viewer.

Manage your release processes - 4.3
In this learning path, you initiate workflow processes, complete task assignments, and monitor workflow progress.

Managing changes - 4.3
In this learning path you complete a change process.

Install Teamcenter using Deployment Center
In this learning path, you identify the components of a Teamcenter environment and install using Deployment Center.

Identify Teamcenter install fundamentals
In this learning path, you identify the components of a Teamcenter environment and install the database and corporate server, and client.

Add-on to a Teamcenter install
In this learning path, you install BMIDE, configure FMS, install dispatcher, perform a silent install, and use Deployment Center.

Install Active Workspace
In this learning path, you install Active Workspace, including microservices and indexer.

Identify Teamcenter data model (BMIDE) fundamentals
In this learning path, you identify the basic BMIDE interface, extend the data model, create and manage business objects, and manage business object properties.

Perform advanced Teamcenter data model (BMIDE) tasks
You will configure icons, administer lists of values, configure option and operation extensions, administer rule extensions, and run BMIDE reports.

Perform basic Teamcenter administration tasks
In this learning path, you identify Teamcenter components and administration tasks that apply to you.

Administer workflows in Teamcenter
In this learning path, you create basic Teamcenter workflows using the rich-client.

Perform advanced Teamcenter administration tasks
In this learning path, you import/export administration data and generate administration reports.

Perform Active Workspace client administration
In this learning path, you perform Active Workspace client administration.

Perform server-side customization for Teamcenter
In this learning path, you customize the Teamcenter server using ITK, SOA, and stylesheets.

Perform server-side customization for Active Workspace
In this learning path, you Teamcenter server Active Workspace style sheets.

Perform Active Workspace client-side customization
In this learning path, you perform Active Workspace client-side customization.

Begin a new process plan in MPP or MBM
In this learning path, you identify steps you follow when developing a new process plan in Manufacturing Process Planner or Multi-BOM Manager.

Work in the Bill of Materials (BOM) in MPP or MBM
In this learning path, you manage the EBOM, author features, create a MBOM, and validate the EBOM/MBOM connection.

Work in the Bill of Process (BOP) in MPP
In this learning path, you setup BOP, sequence the BOP, analyze operation time, balance workloads, manage IPAs, and validate the MBOM/BOP connection.

Work in the Bill of Equipment (BOE) in MPP
In this learning path, you manage plant resources, position resources, and use classified/non-classified objects, and classify standard objects.

Perform part manufacturing planning specific tasks in MPP
In this learning path, you perform part manufacturing planning specific tasks in MPP.

Finish, release, and revise the process plan in MPP
In this learning path, you add product views/reference documents, approve/release/revise a process plan, and create/view work instructions (EWI).

Application and extension of manufacturing planning
In this learning path, you extend what you learned in the other learning paths using additional MPP tools and integrations.

Introduction to Teamcenter Quality Applications
Introduction to key quality concepts along with TCQ capabilities, interfaces, specific commands and toolbars, basic configuration, master data and report

Quality Issue Management and Problem Solving in Teamcenter Quality Solution
Introduction to quality issue, quality action management and problem solving along with root cause analysis, improvement actions within Problem Solving.

Failure Modes and Effects Analysis (FMEA)
Introduction to FMEA structure, Functional and failure analysis, risk analysis and optimization, result documentation within the Teamcenter Quality solution

APQP and QAM
Introduction to Advanced Product Quality Planning (APQP) and Quality Action Management (QAM) within the Teamcenter Quality solution.

Control & Inspection plan
Introduction to Control and Inspection planning within the Teamcenter Quality solution.

Polarion Fundamentals
Master the basic skills to navigate Polarion and work with project data.

Requirements Management using V-Model
Define your project requirements, specifications, risks, manage their changes in the context of a V-Model process.

Test Management
Execute test cases and track defects to validate project data.

Polarion Administration
Install, configure, and administer Polarion according to customer requirements.

Polarion Integrations
Configure and administer Polarion Integrations according to customer requirements.

Introducing Opcenter EX FN
Describe the features and the architecture of the System and the Manufacturing Solution implemented with Opcenter EX FN.

Developing the Opcenter EX FN Backend
Describe how to model and implement the backend of an Opcenter EX FN Manufacturing Solution.

Administering an Opcenter EX FN Solution
Describe how to create and administer an Opcenter EX FN Manufacturing Solution.

Developing the Opcenter EX FN Frontend
Describe how to model and implement the Frontend of an Opcenter EX FN Manufacturing Solution.

Engineering the Master Data
Describes how to model the Master Data of an Opcenter EX DS Manufacturing Solution

Managing the Production
Describes how to manage the runtime entities of an Opcenter EX DS Manufacturing Solution.

Engineering the Production Workflows
Describe how to model the production workflows of an Opcenter EX DS Manufacturing Solution.

Introducing Opcenter EX PR
Describes the basic concepts, the terminology, and the user interface of Opcenter Execution Process.

Engineering the Master Data
Describes how to model the Master Data of an Opcenter EX PR Manufacturing Solution.

Introduction to Opcenter Execution Core
Provides a brief introduction to Opcenter EX Core including navigation of the Portal Interface, Login and Security and exploring Portal Studio Developer.

Configuring the Factory Model in Opcenter Core
Describes the Physical, Process and Execution Models in Opcenter Core. Topics include Products, Containers and Workflows and shop floor transactions.

Utilizing Features to Expand the Factory Model
Describes features within Opcenter EX Core that enhance the use and effectiveness of the application. (Material Issue, EProcedures, Data Collection, etc.).

Managing Resources in Opcenter EX Core
Defines Resources and describes how they are configured and used in Opcenter EX Core.

Exploring Medical Device & Diagnostics Features
Describes the Medical Device & Diagnostics features and how they are configured and executed on the shop floor.

Exploring Opcenter Intelligence on Premise
This learning path provides an overview of the project structure and data model in Opcenter Intelligence on Premise.

Authoring and Configuring QMS-Pro
To fit user requirements and project specifications, QMS-Pro provides a flexible framework that can be customized by using the available tools presented here.

Introduction to QMS Professional
You will be introduced to key quality concepts, quality in production, norms and standards, QMS-Pro interfaces, modules and their functions.

Internal Production Quality Control – Opcenter Quality
Introduction to SPC, settings, configuration options and main best practices for both CS SPC Module and Web SPC Client in Opcenter Quality.

Incoming Inspection and Final product quality control in Opcenter Quality
Introduction to Inspection Plan Management for IGC and OGC, Dynamic Sampling Profiler, Product Allocation, Order Management and settings in Opcenter Quality.

Introduction to Teamcenter Quality Applications
Introduction to key quality concepts along with TCQ capabilities, interfaces, specific commands and toolbars, basic configuration, master data and report

Quality Issue Management and Problem Solving in Teamcenter Quality Solution
Introduction to quality issue, quality action management and problem solving along with root cause analysis, improvement actions within Problem Solving.

Failure Modes and Effects Analysis (FMEA)
Introduction to FMEA structure, Functional and failure analysis, risk analysis and optimization, result documentation within the Teamcenter Quality solution

APQP and QAM
Introduction to Advanced Product Quality Planning (APQP) and Quality Action Management (QAM) within the Teamcenter Quality solution.

Control & Inspection plan
Introduction to Control and Inspection planning within the Teamcenter Quality solution.

Introducing MindSphere
This learning path sets the foundation to various MindSphere topics. It defines Industrial IoT, introduces PaaS and introduces the MindSphere portfolio.

Exploring Essentials of MindSphere
In this Learning Path, the technical fundamentals of MindSphere industrial IoT as a service solution are explained.

Overview of MindConnect Elements
Get to know the different MindConnect portfolio elements and understand when to use which one.

Creating Custom Agents with MindConnect API
You will learn how to develop a custom agent and how to use MindSphere RESTful APIs to enable data exchange between your custom agent and MindSphere.

Creating Custom Agents with MindConnect Library
This Learning Path provides detailed insights into MindConnect Library, enabling you to build your own custom agent for MindSphere using C programming language.

Extending MindConnect Library Custom Agents
Learn how to send files to MindSphere with MindConnect Library, how to handle event management, and explore its Data Lake Component to upload large size data.

MindConnect IoT Extension
Learn how to connect devices to MindSphere with MindConnect IoT Extension.

Exploring MindConnect Integration
Learn about MindConnect Integration, how to develop and configure cloud-to-cloud integration and learn more about connecting cloud-based SaaS applications.

Developing MindSphere Apps with Mendix
Learn how to develop a MindSphere app using Mendix. This course covers all the topics to develop a MindSphere application using Mendix as the development tool.

Creating Dashboards with Visual Flow Creator
This learning path empowers you to use Visual Flow Creator application confidently for various use cases.

Inspecting MindSphere Security
Get to know the security concepts of MindSphere. You will learn the security concepts used in MindSphere on the connectivity, system and app development level.