Learning Tracks have been defined to provide a list of recommended training courses based on your area of interest or business need.
Develop skills in associative drafting processes.
Define and visualize complex surface models.
Build proficiency in part, assembly, surfacing, and drafting processes.
Design advanced models for sheet metal processes.
Become proficient in design of mold and die definition.
Develop skills to define mechanical and electrical routing systems.
Build skills with turning manufacturing processes.
Develop proficiency with fixed and multi-axis milling processes.
Customize and configure advanced CAM processes.
Develop and output CMM inspection paths for analysis and measurement.
Expand standard solution capabilities by writing custom modules.
Develop solutions for dynamic analysis.
Perform studies to save cost and increase performance.
Create and solve models to predict structural behavior.
Analyze structure for long term structural performance.
Develop proficiency with vibrational analysis.
Build models to analyze performance of composite materials.
Define models used for structural analysis.
Develop models to analyze assembly mechanisms.
Develop models used to predict thermal behavior of electronic systems.
Define models to study thermal performance.
Perform thermal analysis on structures designed for use in space.
Analyze fluid flow and thermal behavior.
Manage administration processes and configurations.
Create customizations to match your business processes.
Install and maintain Teamcenter Active Workspace.
Interact with project data in the Active Workspace client.
Manage administration information for the installation.
Define business models used to administrate information.
Manage data via bulk load processes.
Customize Teamcenter to suit your business processes.
Perform schedule management tasks.
Manage data and integrate information from NX.
Build proficiency with workflow modeling.
Install and maintain Teamcenter at your company.
Perform manufacturing assembly processes.
Locate, view and report on manufacturing data.
Maintain, repair, and overhaul defined structures.
Create and manage as-maintained structures.
Define 3D mockups, animations, and illustrations
View and markup 3D models and 2D images.
Create and organize 3D factory layouts.
Build simulation models and applications
Develop proficiency with automotive assembly workflows
Build skills with body-in-white processes.
Create robotic simulations and reach studies.
Develop skills with logic driven robotic controls.
Control event-based simulations.
Develop weld seams, arch layers, and welding tables.
Design painting scenarios and simulate robot motion.
Design several welding scenarios and create weld paths.
Configure and simulate using RRS, RCS, and ESRC.