PTC Creo Parametric

Course objectives

• Describe specific CAD software and hardware requirements
• Explain system usage, desktop features, and folder creation and manipulation
• Define fundamental understanding of Creo core concepts
• Create drawings from assemblies and part models
• Interpret the use of sketching tool
• Apply extrude, revolve and rib tools
• Construct assemblies with constraints

The class is intended for students that have no previous experience with 3D modeling applications, but it’s also a great introductory course for students that have previous 3D modeling experience with other CAD applications.

Course objectives

• Create assemblies of 3D components using constraints
• Learn the fundimentals of Sheet Metal design
• Construct exploded assemblies from assembled components
• Construct and alter drawing formats, title blocks, and views
• Derive 2D details from 3D solid models
• Establish a variety of views types including section and auxiliary views on a drawing
• Generate assembly drawings and produce bill of materials and title block tables
• Produce drawings with exploded views
• Create augmented reality experience of parts and assemblies 
• Demonstrate model based definition process to create 3-D drawings

Course objectives

• Learn the advanced menu structure and graphical user interface used within Creo Parametric
• Achieve competency in creation of advanced sketches
• Apply blends and sweeps to sketches geometry
• Learn advanced techniques for creating “Pattern Features"
• Learn advanced techniques for creating “User Defined Features”
• Create and modify advanced rounds on solid parts
• Create and modify parametric relations in solid assembly parts
• Create and modify advanced Engineering Drawings (derived from Solid Models and Assemblies).

Course objectives

• Create surfaces for product development
• Manipulate surface geometry
• Apply surface construction geometry commands
• Extract and understand surface information
• Extract and replace model faces using surface geometry
• Derive surfaces from boundary curves
• Demonstrate variable section sweeps
• Import and utilize external geometry
• Combine parametric controls with free-form surfacing
• Apply analysis tools to build high quality surface
• Apply master modeling techniques to build surfaces