Mechanical Routing Syllabus

Main Sections	Sub-Sections
1 Mechanical Overview	Mechanical Routing Overview Unit Introduction
	Mechanical Routing Overview
	Basic Routing Procedure
2 Qualify - Mechanical Routing	Qualify Parts Unit Introduction
	Qualifying Parts
	Qualify Part - Fitting
	Qualify Part - Fixture
3 Standard Parts	Standard Parts Unit Introduction
	Standard Parts
	Add Standard Parts
	Remove Part
	Move Part
	Clock Part
	Lock Part
	Replace Part
	Part Preferences
	Add Parts
4 Path Creation and Operations	Path Creation and Operations Unit Introduction
	Routing Path Overview
	Path Creation Types
	Linear Path
	Spline Path
	Heal Path
	Auto Elbow
	Path Operations Overview
	Assign Corner
	Assign Discontinuity
	Parallel Offset Path
	Connected Curves
5 Path Editing Operations	Path Editing Operations Unit Introduction
	Edit Path Overview
	Delete Routing Objects
	Remove Discontinuity
	Edit Line Segment
	Transform Path
	Edit Bend Angle
	Subdivide Segment
	Simplify Path
	Stock Offset Point
	Connect Path
	Unify Path
	Advanced Paths
6 Stock	Stock Unit Introduction
	Stock Creation and Editing Overview
	Assign Stock
	Space Reservation
	Assign Overstock
	Overstock On Fittings
	Stock Transition
7 Routing Mechanical Tools	Routing Mechanical Tools Unit Introduction
	Routing Mechanical Tools
	Routing Bill Of Material
	Bend Report
	Watertight Fitting
	Cut Elbow
8 Design Rules and Information	Design Rules and Information Unit Introduction
	Design Rules Overview
	Performing Interactive Check
	Routing Information
9 Fabrication	Fabrication Unit Introduction
	Fabrications
	Fabrication Creation
10 Run Navigator and Logical Routing	Run Navigator and Logical Routing Unit Introduction
	Run Navigator Overview
	Run Navigator - Using
	Logical Routing Overview
	Logical Routing - Using
11 Part Families in Routing	Part Families in Routing Unit Introduction
	Part Families - Using in Routing
	Part Family Creation in Routing
	Adding Part Family Members to a Routing Assembly

 Duration : 20 Hrs

Sheet Metal Workbench Syllabus

 

Main Sections	Sub-Sections
1. Sheet Metal Preferences and Defaults	Sheet Metal Preferences and Defaults Unit Introduction
	Sheet Metal Preferences
	Customer Defaults for Sheet Metal
2 Tabs	Tabs Unit Introduction
	Tab Overview
	Tab with Cutouts
	Tab Project
	Tab as a Secondary Feature
	Tab with Multiple Bends
3 Flanges	Flanges Unit Introduction
	Flange Options
	Flange Full Width
	Flange Centered
	Flange At End
	Flange From End
	Flange From Both Ends
	Tab Project 2
	Flange Offset
	Tab Project 3
	Flange Match Face
	Multiple Flange Feature
	Multiple Edge Flange Project
4 Contour and Lofted Flanges	Contour and Lofted Flanges Unit Introduction
	Contour Flange Options
	Base Contour Flange
	Secondary Contour Flange
	Lofted Flange
	Hem Flange
5 Corners	Corners Unit Introduction
	Break Corner
	Closed Corner
	Three Bend Corner
	Bend Taper
	Flanges Project
6 Bends	Bends Unit Introduction
	Jog
	Bend
	Bridge Bend
	Toolbox Lid Project
7 Punches	Punches Unit Introduction
	Dimple
	Louver
	Normal Cutout
	Drawn Cutout
	Bead
	Solid Punch
	Gusset
8 Form Operations	Form Operations Unit Introduction
	Unbend
	Rebend
	Resize Bend Radius
	Resize Bend Angle
	Resize Neutral Factor
9 Advanced Features	Advanced Features Unit Introduction
	Advanced Flange
	Advanced Flange Project
	Joggle
	Lightening Cutout
	Metaform
10 Convert Operations	Convert Operations Unit Introduction
	Edge Rip
	Sheet Metal from Solid
	Cleanup Utility
	Convert to Sheet Metal
	Optimize Face
11 Additional Features	Additional Features Unit Introduction
	Modeling Features in Sheet Metal
	Renew Feature in Sheet Metal
12 Flat Patterns	Flat Patterns Unit Introduction
	Flat Solid
	Flat Pattern
	Export Flat Pattern
	Bend List
13 Sheet Metal Projects	Element Housing Project
	File Drawer Project
	Hard Drive Mount
	Top Deck Console Project
	Housing Assembly Project
	Sheet Metal Projects Unit Introduction

Duration: 20 Hrs

Surface Model / Free Form Modeling Syllabus

 

Main Sections	Sub-Sections
1 Freeform Modeling Course Introduction	Freeform Modeling Course Introduction
2 Spines	Splines Unit Introduction
	Spline Terminology
	Snap Point
	Studio Spline
	Curve on Surface
	Curve Analysis Display
	Curve Analysis
	Spline Analysis
	Ratchet Body Project Task 1
3 Freeform Best Practices	Freeform Best Practices Unit Introduction
	Freeform Feature Considerations
	Avoiding Problems in Freeform Features
	How to Fix Imperfect Faces Bodies
	Finding the Balance
	Freeform Features
	Edit Feature Parameters
	Dynamic Update
	Freeform Modeling Preferences
4 Creating Surfaces Using Strings	Creating Surfaces Using Strings Unit Introduction
	Selecting Section Strings
	Reverse Direction of Section Curves
	Bounded Plane
	Alignment Methods
	Ruled Surface
	Through Curves Surface
	Through Curve Mesh Overview
	Through Curve Mesh Surface
	Simple Construction Method
	Swept Surface with One Guide String
	Swept Surface with Multiple Guide Strings
	Editing Swept Surfaces
	Baluster Project
	Variational Sweep
	Swept Volume
	Control Pad Project
	Impeller Blade Project
	Ratchet Body Project Task 2
5 Creating Surfaces Using Points	Creating Surfaces Using Points Unit Introduction
	Creating Surfaces Using Points Overview
	Through Points
	From Poles
6 Offset Surfaces	Offset Surfaces Unit Introduction
	Offset Surface
	Variable Offset
	Rough Offset
	Variable Offset Face Overview
	Variable Offset Face
	Ribbon Builder
7 Creating Surfaces Using Bodies	Creating Surfaces Using Bodies Introduction
	N-Sided Surface
	Bridge Surface
	Fill Surface
	Extension Surface
	Law Extension Surface
	Spherical Corner
	Silhouette Flange
8 Trimming Operations	Trimming Operations Unit Introduction
	Trim Sheet
	Trim and Extend
	Extend Sheet
	Delete Edge
9 Creating Surfaces Using Global Shaping	Creating Surfaces Using Global Shaping Unit Introduction
	Global Shaping
	Global Shaping by Function
	Global Shaping by Surface
10 Section Surfaces	Section Surfaces Unit Introduction
	Section Surface Overview
	Conic Section Surface: Shoulder
	Conic Section Surface: Rho
	Conic Section Surface: Highlight
	Conic Section Surface: Four Point Slope
	Conic Section Surface: Five Point
	Circular Section Surface: Three Point
	Circular Section Surface: Two Point Slope
	Circular Section Surface: Tangentpoint Tangent
	Circular Section Surface: Center Radius
	Circular Section Surface: Center Point
	Circular Section Surface: Center Tangent
	Circular Section Surface: Radius Angle Arc
	Circular Section Surface: Tangent Radius
	Circular Section Surface: Tangent Tangent Radius
	Cubic Section Surface: Two Slopes
	Cubic Section Surface: Fillet Bridge
	Linear Section Surface
11 Surface Operations	Surface Operations Unit Introduction
	Sew
	Unsew
	Combine
	Patch
	Thicken
	Join Face
	Advantages of Quilt
	Quilt
	Quilt Editing
	Sheets to Solid Assistant Overview
	Sheets to Solid Assistant
	Make Solid
	Wrap Geometry
	Fan Blade Project
12 Face Blends	Face Blends Unit Introduction
	Creating Setback Edge Blends
	Face Blend
	Face Blend with Multiple Solutions
	Face Blend - Swept with Two Contact Curves
	Face Blend that Makes a Solid from a Closed Volume
	Aerospace Panel Project
13 Editing Unparametric Sheet Bodies	Editing Unparametric Sheet Bodies Unit Introduction
	Isoparametric Curve
	Isoparametric Curve Project
	Change Degree
	Change Stiffness
	Change Edge
	Reverse Normal
	Enlarge
14 Analyzing Faces and Bodies	Analyzing Faces and Bodies Unit Introduction
	B-Surface Analysis
	Face Analysis Overview
	Reflection Analysis
	Radius Analysis
	Slope Analysis
	Distance Analysis
	Interpreting Face Analysis Results
	Minimum Radius Analysis
	Deviation Analysis
	Examine Geometry
	Examine Geometry - Automatic
15 Freeform Modeling Projects	Freeform Modeling Projects Unit Introduction
	Hook Project
	Canopy Project

Duration: 25 Hrs