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Fundamentals Overview

• Explore the Learn Online overview process
• Learn high-level Creo Parametric capabilities
• Review the Creo Design Process framework
• Tour of the Creo Parametric Fundamentals curriculum plan
• Learn the Creo user interface, model navigation, and different display styles
• Review basic Creo Parametric concepts and benefits of solid modeling

Fundamentals of Modeling Part 1

• Explore the Part Modeling framework
• Edit existing features
• Explore solid modeling concepts
• Create extrude features from sketches
• Create revolve features from sketches
• Create sketches using design intent
• Model a part using techniques learned in this course

Fundamentals of Modeling Part 2

• Review the Part Modeling framework
• Create Sweep features with open and closed trajectories
• Create Blend features by selecting and sketching sections
• Create different types of Hole features
• Create basic Shell features
• Create basic Draft features
• Create Rounds and Chamfers by selecting various reference types
• Create Round and Chamfer sets

Fundamentals of Assembly

• Explore the Assembly Systems framework
• Explore assembly concepts
• Create a new assembly
• Assemble components using various constraints
• Create assembly explode states
• Create assembly features

Fundamentals of 2D Drawing

• Review the different types of Creo documentation
• Explore the 2D Drawing framework
• Create drawings with formats
• Add and modify drawing views
• Create tables in drawings
• Add BOM balloons
• Create and modify annotations
• Analyze drawing associativity

Fundamentals of Analysis

• Review the Analysis framework
• Explore the analyses available using Creo Parametric
• Explore model properties
• Use measurement tools on models and assemblies
• Use analysis tools to identify minimum and maximum
  thickness
• Identify and correct interferences
• Review the basic principles of Finite Element Analysis
• Perform a Finite Element Analysis using Creo Simulate Lite

Sketching Productivity Tools

• Explore the Sketcher Creation framework
• Explore the various ways in which to reuse geometry
• Use additional sketching tools to facilitate model design
• Create different dimension schemes to capture design intent

Modeling Productivity Tools

• Manage design intent in sketches and features
• Edit features and parts using the reorder and insert mode
• Create features by copying and pasting feature(s)
• Use Mirror and Pattern tools to duplicate features
• Create and manage layers

Assembly Productivity Tools

• Review the Assembly Systems Framework
• Manage components within an assembly
• Mirror components and assemblies
• Modify assembly states
• Create reference patterns
• Create component interfaces
• Manage assembly failures and interferences
• Replace components in an assembly

Multibody Design

• Apply the multibody design framework in the product
  design
• Learn about multibody support in Drawings and Data
  Exchange
• Using multibody, you will learn how to:
  o Design solid part models
  o Design multi-material parts
  o Modify parts in the Flexible Modeling environment
  o Create sheetmetal designs
  o Design a master model