Pro | E Update (16 hrs.)

• New modeling philosophy
• Use of flexible work flows
• New user Interface
• Modifying / Creating Features

Pro | E Sketcher

• Geometry Creation
• Sketcher Constraints
• Geometries Manipulating

Pro | E Feature

• Datum features
• Sketched features
• Direct features
• Relations
• Parent Child relation

Pro | E Assembly

• Introduction to Assembly
• Assembly constraints
• Assembly datum planes
• Creating exploded State

Pro | E Detailing

• Creating Views
• Adding Dimensions
• BOM & Balooning

• Introduction on advanced concepts
• Variable section sweep
• Swept blend
• Helical sweep
• Advanced patterning, Advanced Rounds
• Family tables
• Trail files and Map keys
• Draft creation
• Basic concept of Surface modeling & creation
• Project work

• Datum point creation
• Datum curve creation
• Surface manipulation
• Merging of surfaces
• Extrude, Revolve
• Sweep, Blend, Flat
• Offset
• Variable Section sweeps
• Swept Blend
• Surface by boundaries
• Surface to section
• Surface to Surface
• Tangent to Surface
• Blend from file
• Free form

• Overview
• Getting started
• Initial Geometry
• Developing Complex Geometry
• Continuous Surfaces
• Integrating Style features
• Using Reference Data
• Creating Scoops and Recesses
• Complex Modeling Situations
• Projects

• Model
• Ground points
• Connections
• Loads
• Drivers
• Measures
• Design Variables
• Initial Conditions
• Creating analysis
  • Assembly analysis
  • Velocity analysis
  • Static analysis
• Running motion solver
• Reviewing result for motion

• Introduction
• Tool setup-fundamentals
• Common manufacturing parameters
• Manufacturing geometry
• Datum features
• Manufacturing model
• Milling sequences
• NC-turning
• Auxiliary sequences
• Sequences duplication
• Post Processing

• Views
  • Creating Views
  • Assembly and Multiple model views
  • Modifying views
  • Controlling display
  • Controlling sections
• Drawing file setup and configuration
• Dimensions
  • Showing (Auto)
  • Creation (Reference and User defined)
• Notes
• Tolerances
  • Linear
  • Geometric
• Setting up drawing standards
• Drawing tables
• Family tables
• Project work and plotting

• Design model
• Cast model
• Define pull direction
• Draft check
• Define silhouette to define parting surface
• Shrinkage
• Sand core creation
• Create die block into cast model
• Creation of runner, gate, sprue
• Split die opening sequence
• Check interference, wall thickness & shape of cast
• Add/create features

• Introduction
• Part design
• Work piece creation
• Shrinkage
• Analyze for draft and thickness
• Parting surface creation
• Mold volume creation
• Splitting by parting surface & volume
• Extracting Mold volumes
• Molding
• Mold opening
• Adding Mold base
• Design of sprue, Runner and gates
• Creation of Ejector pins

• Skeleton
• Layout
• Modeling
• Assembly

Behavioral Modeler Extension

• Sensitivity Analysis
• Feasible study
• Optimization

• Introduction to Sheet metal Design
• Primary wall
• Secondary and Unattached Walls
• Unbend, Bend Back, and Cuts
• Notches and Punches
• Sheet metal Forms
• Bend Features
• Unbending Sheet metal Geometry
• Converting Solid Parts
• Sheet metal Drawings with Flat States and Bend Order Tables
• Additional Features
• Setting up for Design
• Interrogating the Sheet metal Part

• Idealizations
• Modeling
• Properties, Constraints & Loads
• Analysis and Results
• Sensitivity & Optimization
• Fatigue Advisor

• Model
• Properties
• Constraints
  • Heat loads
• Convection Conditions
• Prescribed temperature
• Radiation
• Thermal Analysis
  • Steady State
  • Transient
• Running thermal solver
• Reviewing results