creo 3.0 curriculum guide - pronordic...live classroom curriculum guide update to creo parametric...

Creo 3.0

Curriculum Guide

Live Classroom Curriculum Guide

Update to Creo Parametric 3.0 from Creo Parametric 2.0

Introduction to Creo Parametric 3.0

Advanced Modeling using Creo Parametric 3.0

Advanced Assembly Design using Creo Parametric 3.0

Introduction to Creo Simulate 3.0

Detailing using Creo Parametric 3.0

Surfacing using Creo Parametric 3.0

Sheetmetal using Creo Parametric 3.0

Milling using Creo Parametric 3.0

Introduction to Creo Direct 3.0

Introduction to Creo Illustrate 3.0

Behavioral Modeling using Creo Parametric 3.0

Update to Creo Parametric 3.0 from Creo Parametric 2.0Overview

Course Code TRN-4500-T

Course Length 1 Day

In this course, you will learn how to utilizethe variety of functionality enhancements inCreo Parametric 3.0. You will be introducedto user interface appearance enhancementssuch as the active window and right-clickmenu enhancements. You will examine thePart Modeling enhancements to features suchas Draft, Pattern, UDF, Rounds, and SpinalBend. You will experiment with the new EditReferences dialog box on part models andstudy the surfacing enhancements to surfacecopy, flatten quilt, boundary blends, andthe new connection analysis tool. Freestylesurfacing enhancements to the Join tool andaligning to geometry will also be covered.You will also learn about Flexible Modelingenhancements to tangency propagation,flexible patterns, round/chamfer recognition,and the flexible move tool. You will investigatethe new Assembly capabilities such as thebuilt-in hardware library and the IntelligentFastener extension, as well as enhancedAssembly functionality such as heterogeneous(multi-CAD) assembly and the DesignExploration extension. You will examine thenew Dimension and Note functionality for2-D drawings and review various detailingenhancements. Finally, you will learn to usethe many updated tools in Sheetmetal modesuch as Die Forms, Bend Relief, and Rip,as well as the enhancement for bending inmultiple planes.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Use the Interface enhancements in Creo

Parametric 3.0.• Use the Part Modeling enhancements in Creo

Parametric 3.0.• Use the Surfacing enhancements in Creo

Parametric 3.0.• Use the Flexible Modeling enhancements in

Creo Parametric 3.0.• Use the Intelligent Fastener extension in Creo

Parametric 3.0.• Use the Design Exploration extension in Creo

Parametric 3.0.• Use the Drawing enhancements in Creo

Parametric 3.0.• Use the Sheetmetal enhancements in Creo

Parametric 3.0.

Prerequisites

• Introduction to Creo Parametric 2.0, or equivalent experience with Creo Parametric 2.0

Audience

• This course is intended for design engineers, mechanical designers, and industrial designers. Peoplein related roles will also benefit from taking this course.

Agenda

Day 1

Module 1 Interface Enhancements

Module 2 Part Modeling Enhancements

Module 3 Surfacing Enhancements

Module 4 Flexible Modeling Enhancements

Module 5 Utilizing Intelligent Fasteners

Module 6 Utilizing Design Exploration

Module 7 Drawing Enhancements

Module 8 Sheetmetal Enhancements

Course ContentModule 1. Interface Enhancements

i. Interface Appearance Enhancementsii. File Save Enhancementsiii. Active Window Enhancementsiv. Graphics Enhancementsv. Applying Realistic Appearancesvi. Model Orientation Enhancementvii. Right-Click Menu Enhancementsviii. Active Component Enhancements

Knowledge Check Questions

Module 2. Part Modeling Enhancementsi. Draft Enhancementsii. Pattern Enhancementsiii. UDF and Paste Special Enhancementsiv. Collapse Feature Enhancementsv. Feature Operation Enhancementsvi. Creating Constant Width Roundsvii. Creating Spinal Bendsviii. Creating Toroidal Bendsix. Editing Feature Referencesx. Replacing Feature References


Module 3. Surfacing Enhancementsi. Boundary Blend Enhancementsii. Untrimming Surface Copiesiii. Flattening Quiltsiv. Analyzing Connectionsv. Previewing Style Featuresvi. Reusing Creo Sketch Curvesvii. Creating Curves from Isolinesviii. Joining Freestyle Geometryix. Aligning Freestyle Geometry


Module 4. Flexible Modeling Enhancementsi. Managing Tangencyii. Attaching Moved Geometryiii. Recognizing Rounds and Chamfersiv. Editing Chamfers

v. Editing Non-Circular Roundsvi. Creating Flexible Patternsvii. Recognizing Patterns and Propagating Changes


Module 5. Utilizing Intelligent Fastenersi. Understanding the Intelligent Fastener Extensionii. Assembling Intelligent Fastenersiii. Manipulating Intelligent Fastenersiv. Assembling Intelligent Fasteners Using Advanced Optionsv. Manipulating Intelligent Fasteners Using Advanced Options


Module 6. Utilizing Design Explorationi. Understanding Design Explorationii. Exploring Part and Assembly Designsiii. Creating Design Exploration Branchesiv. Opening and Saving Design Exploration Sessionsv. Using Design Exploration Optionsvi. Utilizing Update Control with Copy Geometry Features


Module 7. Drawing Enhancementsi. Drawing Standards Enhancementsii. Printing Enhancementsiii. Dimension Creation Enhancementsiv. Note Creation Enhancements


Module 8. Sheetmetal Enhancementsi. Rip Enhancementsii. Flatten Form Enhancementsiii. Bending in Multiple Planesiv. Creating Multiple Bend Reliefsv. Bend Line Relief Placementvi. Creating Die Formsvii. Creating Die Forms Using Annotations


Introduction to Creo Parametric 3.0Overview


Course Length 5 Days

In this course, you will learn core modelingskills and quickly become proficient with CreoParametric 3.0. Topics include sketching, partmodeling, assemblies, drawings, and basicmodel management techniques. The coursealso includes a comprehensive design projectthat enables you to practice your new skillsby creating realistic parts, assemblies, anddrawings. After completing the course, you willbe well prepared to work effectively on productdesign projects using Creo Parametric 3.0.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Learn the basic Creo Parametric modeling

process• Understand Creo Parametric concepts• Learn how to use the Creo Parametric interface• Select and edit geometry, features, and models• Sketch geometry and use tools• Create sketches for features• Create datum planes and datum axes• Create extrudes, revolves, and profile ribs• Utilize internal sketches and embedded datums• Create sweeps and blends• Create holes, shells, and drafts• Create rounds and chamfers• Group, copy, and mirror items

• Create patterns• Measure and inspect models

• Assemble with constraints• Assemble with connections• Explode assemblies• Lay out drawings and create views• Create drawing annotations

• Use layers• Investigate parent/child relationships• Capture and manage design intent

• Resolve failures and seek help• Comprehensive two part Design Project

Prerequisites

• None

Audience

• This course is intended for product designers, drafters, industrial/conceptual designers, and routedsystems designers. People in related roles will also benefit from taking this course.

Agenda

Day 1

Module 1 Introduction to the Creo Parametric Basic Modeling Process

Module 2 Understanding Creo Parametric Concepts

Module 3 Using the Creo Parametric Interface

Module 4 Selecting Geometry, Features, and Models

Module 5 Editing Geometry, Features, and Models

Module 6 Creating Sketcher Geometry

Day 2

Module 7 Using Sketcher Tools

Module 8 Creating Sketches for Features

Module 9 Creating Datum Features: Planes and Axes

Module 10 Creating Extrudes, Revolves, and Ribs

Module 11 Sketcher Workflow

Module 12 Creating Sweeps and Blends

Day 3

Module 13 Creating Holes, Shells, and Draft

Module 14 Creating Rounds and Chamfers

Module 15 Project I

Module 16 Group, Copy, and Mirror Tools

Module 17 Creating Patterns

Module 18 Measuring and Inspecting Models

Day 4

Module 19 Assembling with Constraints

Module 20 Assembling with Connections

Module 21 Exploding Assemblies

Module 22 Drawing Layout and Views

Module 23 Creating Drawing Annotations

Module 24 Using Layers

Day 5

Module 25 Investigating Parent/Child Relationships

Module 26 Capturing and Managing Design Intent

Module 27 Resolving Failures and Seeking Help

Module 28 Project II

Course ContentModule 1. Introduction to the Creo Parametric Basic Modeling Process

i. Creo Parametric Basic Modeling Process

Module 2. Understanding Creo Parametric Conceptsi. Understanding Solid Modeling Conceptsii. Understanding Feature-Based Conceptsiii. Understanding Parametric Conceptsiv. Understanding Associative Conceptsv. Understanding Model-Centric Conceptsvi. Recognizing File Extensions


Module 3. Using the Creo Parametric Interfacei. Understanding the Main Interfaceii. Understanding the Folder Browseriii. Understanding the Web Browseriv. Setting the Working Directory and Opening and Saving Filesv. Understanding the Ribbon Interfacevi. Working with Multiple Windowsvii. Managing Files in Creo Parametricviii. Understanding Datum Display Optionsix. Understanding Display Style Optionsx. Analyzing Basic 3-D Orientationxi. Understanding the View Managerxii. Creating and Managing View Orientationsxiii. Managing and Editing Appearancesxiv. Setting Up New Part Models


Module 4. Selecting Geometry, Features, and Modelsi. Understanding Creo Parametric Basic Controlsii. Using Drag Handles and Dimension Draggersiii. Understanding the Model Treeiv. Understanding Model Tree Filtersv. Selecting Items using Direct Selectionvi. Selecting Items using Query Selectionvii. Using the Search Toolviii. Using the Smart Selection Filterix. Understanding Selection Filters


Module 5. Editing Geometry, Features, and Models

i. Renaming Objectsii. Utilizing Undo and Redo Operationsiii. Understanding Regeneration and Auto Regenerationiv. Editing Featuresv. Editing Features using Edit Definitionvi. Activating and Editing Modelsvii. Deleting and Suppressing Itemsviii. Editing Feature and Component Visibility


Module 6. Creating Sketcher Geometryi. Reviewing Sketcher Theoryii. Understanding Design Intentiii. Modifying the Sketcher Displayiv. Utilizing Constraintsv. Sketching with On-the-Fly Constraintsvi. Sketching Linesvii. Sketching Centerlinesviii. Sketching Rectangles and Parallelogramsix. Sketching Circlesx. Sketching Arcsxi. Sketching Circular Filletsxii. Sketching Chamfers


Module 7. Using Sketcher Toolsi. Understanding Construction Geometry Theoryii. Sketching Pointsiii. Using Geometry Tools within Sketcheriv. Manipulating Sketches within Sketcherv. Dimensioning Entities within Sketchervi. Modifying Dimensions within Sketchervii. Sketcher Conflictsviii. Creating New Sketch Filesix. Placing Sections into Sketcher


Module 8. Creating Sketches for Featuresi. Creating Sketches ('Sketch' Feature)ii. Specifying and Manipulating the Sketch Setupiii. Utilizing Sketch Referencesiv. Using Entity from Edge within Sketcher


Module 9. Creating Datum Features: Planes and Axesi. Creating Datum Features Theoryii. Creating Datum Axesiii. Creating Datum Planes


Module 10. Creating Extrudes, Revolves, and Ribsi. Creating Solid Extrude Featuresii. Adding Taper to Extrude Featuresiii. Common Dashboard Options: Extrude Depthiv. Common Dashboard Options: Feature Directionv. Common Dashboard Options: Thicken Sketchvi. Creating Solid Revolve Featuresvii. Common Dashboard Options: Revolve Angleviii. Creating Profile Rib Features


Module 11. Sketcher Workflowi. Analyzing Open and Closed Sectionsii. Creating Internal Sketchesiii. Analyzing Sketcher Workflowiv. Creating Embedded Datum Features


Module 12. Creating Sweeps and Blendsi. Creating Sweeps with Open Trajectoriesii. Creating Sweeps with Closed Trajectoriesiii. Analyzing Sweep Feature Attributesiv. Creating Blends by Selecting Parallel Sectionsv. Creating Blends by Sketching Sectionsvi. Analyzing Blend Options


Module 13. Creating Holes, Shells, and Drafti. Common Dashboard Options: Hole Depthii. Creating Coaxial Holesiii. Creating Linear Holesiv. Creating Radial and Diameter Holesv. Exploring Hole Profile Optionsvi. Creating Shell Featuresvii. Creating Draft Featuresviii. Creating Basic Split Drafts


Module 14. Creating Rounds and Chamfersi. Creating Rounds Theoryii. Creating Rounds by Selecting Edgesiii. Creating Rounds by Selecting a Surface and Edgeiv. Creating Rounds by Selecting Two Surfacesv. Creating Full Roundsvi. Creating Round Setsvii. Creating Chamfers by Selecting Edgesviii. Analyzing Basic Chamfer Dimensioning Schemesix. Creating Chamfer Sets


Module 15. Project Ii. The Air Circulatorii. Piston Assembly Componentsiii. Crankshaft, Engine Block, Impeller, and Impeller Housingiv. The Frame and Bolt

Module 16. Group, Copy, and Mirror Toolsi. Creating Local Groupsii. Copying and Pasting Featuresiii. Moving and Rotating Copied Featuresiv. Mirroring Selected Featuresv. Mirroring All Featuresvi. Creating Mirrored Parts


Module 17. Creating Patternsi. Direction Patterning in the First Directionii. Direction Patterning in the Second Directioniii. Axis Patterning in the First Directioniv. Axis Patterning in the Second Directionv. Direction Patterning with Multiple Direction Typesvi. Creating Reference Patterns of Featuresvii. Creating Reference Patterns of Componentsviii. Deleting Patterns or Pattern Members


Module 18. Measuring and Inspecting Modelsi. Viewing and Editing Model Propertiesii. Investigating Model Unitsiii. Analyzing Mass Propertiesiv. Using the Measure Toolsv. Using the Measure Summary Tool

vi. Creating Planar Part Cross-Sectionsvii. Measuring Global Interference


Module 19. Assembling with Constraintsi. Understanding Assembly Theoryii. Creating New Assembly Modelsiii. Understanding Constraint Theoryiv. Understanding Assembly Constraint Statusv. Assembling Components using the Default Constraintvi. Orienting Componentsvii. Creating Coincident Constraints using Geometryviii. Creating Coincident Constraints using Datum Featuresix. Creating Distance Constraintsx. Creating Parallel, Normal, and Angle Constraintsxi. Assembling using Automaticxii. Utilizing the Accessory Window


Module 20. Assembling with Connectionsi. Understanding Connection Theoryii. Dragging Connected Componentsiii. Assembling Components using the Slider Connectioniv. Assembling Components using the Pin Connectionv. Assembling Components using the Cylinder Connectionvi. Analyzing Collision Detection Settings


Module 21. Exploding Assembliesi. Creating and Managing Explode Statesii. Creating Explode Linesiii. Animating Explode States


Module 22. Drawing Layout and Viewsi. Analyzing Drawing Concepts and Theoryii. Analyzing Basic 2-D Orientationiii. Utilizing the Drawing Treeiv. Creating New Drawings and Applying Formatsv. Creating and Orienting General Viewsvi. Managing Drawing Sheetsvii. Adding Drawing Modelsviii. Creating Projection Viewsix. Creating Cross-Section Views

x. Creating Detailed Viewsxi. Creating Auxiliary Viewsxii. Creating Assembly and Exploded Viewsxiii. Modifying Drawing Viewsxiv. Creating New Drawings using Drawing Templates


Module 23. Creating Drawing Annotationsi. Analyzing Annotation Concepts and Typesii. Creating Tables from Fileiii. Creating BOM Balloonsiv. Showing, Erasing, and Deleting Annotationsv. Cleaning Up Dimensionsvi. Manipulating Dimensionsvii. Creating Driven Dimensionsviii. Inserting Notesix. Analyzing Drawing Associativityx. Publishing Drawings


Module 24. Using Layersi. Understanding Layersii. Creating and Managing Layersiii. Utilizing Layers in Part Modelsiv. Utilizing Layers in Assembly Models


Module 25. Investigating Parent/Child Relationshipsi. Understanding Parent Child Relationshipsii. Viewing Part Parent Child Informationiii. Viewing Assembly Parent Child Informationiv. Viewing Model, Feature, and Component Information


Module 26. Capturing and Managing Design Intenti. Handling Children of Deleted and Suppressed Itemsii. Reordering Featuresiii. Inserting Featuresiv. Redefining Features and Sketchesv. Capturing Design Intent in Sketchesvi. Capturing Design Intent in Featuresvii. Capturing Design Intent in Partsviii. Capturing Design Intent in Assemblies


Module 27. Resolving Failures and Seeking Helpi. Understanding and Identifying Failuresii. Analyzing Geometry Failuresiii. Analyzing Open Section Failuresiv. Analyzing Missing Part Reference Failuresv. Analyzing Missing Component Failuresvi. Analyzing Missing Component Reference Failuresvii. Analyzing Invalid Assembly Constraint Failuresviii. Recovering Modelsix. Using Creo Parametric Help


Module 28. Project IIi. The Air Circulatorii. Piston Assemblyiii. Engine Block and Drawingiv. Blower Assemblyv. Engine Blower Assemblyvi. Completing the Design

Advanced Modeling using Creo Parametric 3.0Overview



The Advanced Modeling using Creo Parametric3.0 training course teaches you how to useadvanced part modeling techniques to improveyour product designs. In this course, youwill learn how to create and modify designmodels using advanced sketching techniquesand feature creation tools. You will also learnhow to reuse existing design geometry whencreating new design models. After completingthis course, you will be well prepared to workefficiently with complex product designs usingCreo Parametric 3.0.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives

• Learn advanced selection techniques• Create advanced datum features• Use advanced sketching techniques• Create advanced holes• Create advanced drafts and ribs• Create advanced shells• Create advanced rounds and chamfers• Use relations and parameters• Create advanced blends• Create sweeps with variable sections• Create helical sweeps• Create swept blends• Learn advanced layer techniques• Learn advanced reference management techniques• Create family tables• Reuse features• Learn advanced copy techniques• Create advanced patterns

Prerequisites

• Introduction to Creo Parametric 3.0

Audience

• This course is intended for mechanical designers, design engineers. People in related roles willalso benefit from taking this course.

Agenda

Day 1

Module 1 Advanced Selection

Module 2 Advanced Datum Features

Module 3 Advanced Sketching

Module 4 Advanced Hole Creation

Module 5 Advanced Drafts and Ribs

Module 6 Advanced Shells

Module 7 Advanced Rounds and Chamfers

Day 2

Module 8 Relations and Parameters

Module 9 Advanced Blends

Module 10 Sweeps with Variable Sections

Module 11 Helical Sweeps

Module 12 Swept Blends

Day 3

Module 13 Advanced Layers

Module 14 Advanced Reference Management

Module 15 Family Tables

Module 16 Reusing Features

Module 17 Advanced Copy

Module 18 Advanced Patterns

Course ContentModule 1. Advanced Selection

i. Advanced Chain Selectionii. Advanced Surface Selectioniii. Using the Search Tool


Module 2. Advanced Datum Featuresi. Creating Datum Graphsii. Creating Datum Coordinate Systemsiii. Creating Points On or Offset from Entitiesiv. Creating Points at Intersectionsv. Creating Points using an Offset Coordinate Systemvi. Sketching Geometry Datumsvii. Creating Curves Through a Point or Vertexviii. Creating a Curve Through a Point Arrayix. Creating a Curve from a Cross-Sectionx. Creating a Curve From Equationxi. Creating Composite Curvesxii. Creating a Curve from Curve Intersectionsxiii. Creating a Curve at Surface Intersectionxiv. Projecting and Wrapping Curvesxv. Trimming Curvesxvi. Creating Offset Curvesxvii. Creating Cosmetic Sketches


Module 3. Advanced Sketchingi. Using Sketched Curvesii. Sketching Ellipsesiii. Sketching Elliptical Filletsiv. Sketching Splinesv. Modifying Splines — Basic Operationsvi. Modifying Splines — Advanced Operationsvii. Importing and Exporting Spline Pointsviii. Sketching Conicsix. Sketching Textx. Thickening Edgesxi. Analyzing Sketcher Convert Optionsxii. Locking Sketcher Entitiesxiii. Analyzing Sketcher Dimension Optionsxiv. Sketcher Diagnostic Tools


Module 4. Advanced Hole Creationi. Creating Standard Holesii. Lightweight Hole Displayiii. Creating Sketched Holesiv. Creating On Point Holesv. Creating Cosmetic Threads


Module 5. Advanced Drafts and Ribsi. Drafting Intent Surfacesii. Analyzing Draft Hinges and Pull Directioniii. Creating Drafts with Multiple Anglesiv. Using the Extend Intersect Surfaces Draft Optionv. Creating Drafts Split at Sketchvi. Creating Drafts Split at Curvevii. Creating Drafts Split at Surfaceviii. Creating Drafts with Variable Pull Directionix. Creating Trajectory Ribs


Module 6. Advanced Shellsi. Analyzing Shell References and Thickness Optionsii. Excluding Surfaces from Shellsiii. Extending Shell Surfacesiv. Analyzing Shell Corner Options


Module 7. Advanced Rounds and Chamfersi. Analyzing Round Profileii. Analyzing Round Creation Methodsiii. Creating Rounds Through Curveiv. Creating Variable Radius Roundsv. Auto Roundvi. Creating Rounds by Referencevii. Analyzing Round References and Piecesviii. Using Intent Edges for Roundsix. Using Round Transitionsx. Creating Constant Width Roundsxi. Analyzing Additional Chamfer Typesxii. Analyzing Advanced Chamfer Dimensioning Schemesxiii. Analyzing Chamfer Creation Methodsxiv. Creating Corner Chamfers

xv. Creating Chamfers by Referencexvi. Analyzing Chamfer References and Piecesxvii. Using Intent Edges for Chamfersxviii. Using Chamfer Transitions


Module 8. Relations and Parametersi. Understanding Relation Theoryii. Understanding Relation Typesiii. Understanding Basic Relation Operators and Functionsiv. Understanding Advanced Relation Operators and Functionsv. Exact Relationvi. Creating Parametersvii. Understanding Advanced Parameter Optionsviii. Creating Relationsix. Creating Relations for Patternsx. Creating Section Relationsxi. Using the Evalgraph Functionxii. Using Simultaneous Equations


Module 9. Advanced Blendsi. Creating Blends by Selecting Non-Parallel Sectionsii. Analyzing Blend Section Toolsiii. Analyzing Blend Tangencyiv. Creating Rotational Blends by Selecting Sectionsv. Creating Rotational Blends by Sketching Sectionsvi. Analyzing Rotational Blend Optionsvii. Analyzing Rotational Blend Tangency


Module 10. Sweeps with Variable Sectionsi. Understanding Sweeps with Variable Sections Theoryii. Creating Sweeps using a Constant Sectioniii. Creating Sweeps Normal to Trajectoryiv. Creating Sweeps Using Constant Normal Directionv. Creating Sweeps with Variable Sections Normal to Projectionvi. Analyzing Horizontal and Vertical Control in Sweepsvii. Creating Sweeps with Variable Sections Utilizing Multiple Trajectoriesviii. Creating Sweeps with Variable Sections using Tangent Trajectoriesix. Analyzing Sweeps with Variable Sections Trajectory Options and Rulesx. Using Trajpar with Solid Featuresxi. Using Trajpar and Datum Graphs with Solid Features


Module 11. Helical Sweepsi. Understanding Helical Sweeps Theoryii. Creating Helical Sweeps for Springsiii. Creating Helical Sweeps for Threadsiv. Analyzing Helical Sweep Profile and Pitch Variationsv. Utilizing Variable Sections in Helical Sweeps


Module 12. Swept Blendsi. Understanding Swept Blend Theoryii. Creating Swept Blends by Selecting Sectionsiii. Creating Swept Blends by Sketching Sectionsiv. Analyzing Swept Blend Section Optionsv. Analyzing Swept Blend Section Plane Controlvi. Analyzing Horizontal and Vertical Control in a Swept Blendvii. Analyzing Swept Blend Tangencyviii. Analyzing Swept Blend Optionsix. Analyzing Swept Blend Rulesx. Creating Spinal Bendsxi. Creating Toroidal Bends


Module 13. Advanced Layersi. Understanding Layersii. Creating and Managing Layersiii. Creating Layer Statesiv. Creating Layer Rulesv. Creating Layers in Assemblies


Module 14. Advanced Reference Managementi. Editing Feature Referencesii. Replacing Feature Referencesiii. Replacing Sketcher Referencesiv. Replacing Sketcher Geometry


Module 15. Family Tablesi. Understanding Family Table Theoryii. Creating a Family Tableiii. Patternizing Family Table Instancesiv. Creating a Multi-Level Family Table

v. Editing Family Table MembersKnowledge Check Questions

Module 16. Reusing Featuresi. Creating UDFsii. Placing UDFsiii. Creating UDFs Using On-Surface Coordinate Systemsiv. Creating Inheritance Featuresv. Using External Merge to Add Materialvi. Using External Merge to Remove Material


Module 17. Advanced Copyi. Configuring Independencyii. Analyzing Advanced Reference Configurationiii. Copying Features Fully Dependent with Options to Vary


Module 18. Advanced Patternsi. Understanding Pattern Regeneration Optionsii. Creating Dimension Patterns in One Directioniii. Creating Dimension Patterns in Two Directionsiv. Creating Rotational Dimension Patternsv. Creating Geometry Patternsvi. Creating Fill Patternsvii. Specifying Fill Pattern Settingsviii. Creating Pattern Tablesix. Applying Pattern Tablesx. Creating Curve Patternsxi. Creating Point Patternsxii. Unpatterning Group Patternsxiii. Creating Patterns of Patternsxiv. Moving/Mirroring Patterns


Advanced Assembly Design using Creo Parametric 3.0Overview



In this course, you will learn how to useCreo Parametric 3.0 to create and managecomplex assemblies. You will learn how touse advanced assembly tools that enable youto add and maintain designs, increase yourefficiency, and increase system performancewhen working with large assemblies. Inaddition, you will learn the basics of usingand creating predefined assembly structuresand skeletons, which are both valuable toolstypically used in a top-down design process.The course also includes an assembly designproject that enables you to practice your newskills by performing various design tasks in anassembly model.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Use advanced component selection• Use advanced assembly constraints• Create and use component interfaces• Utilize intelligent fasteners• Create and use flexible components• Restructure and mirror assemblies• Use assembly features and shrinkwrap• Replace components in an assembly• Understand the basics of simplified reps

• Create cross-sections, display styles, andcombined views

• Substitute components by reps, envelopes, andsimplified reps

• Understand advanced simplified repfunctionality

• Create and use assembly structure andskeletons

• Utilize design exploration

Prerequisites


• Update to Creo Parametric 3.0 from Creo Parametric 2.0

Audience

• This course is intended for design engineers and mechanical designers. People in related roles willalso benefit from taking this course.

Agenda

Day 1

Module 1 Advanced Component Selection

Module 2 Using Advanced Assembly Constraints

Module 3 Creating and Using Component Interfaces

Module 4 Utilizing Intelligent Fasteners

Module 5 Creating and Using Flexible Components

Module 6 Restructuring and Mirroring Assemblies

Day 2

Module 7 Using Assembly Features and Shrinkwrap

Module 8 Replacing Components in an Assembly

Module 9 Understanding the Basics of Simplified Reps

Module 10 Creating Cross-Sections, Display Styles, Layer States, and Combined Views

Day 3

Module 11 Substituting Components using User Defined, Envelopes, and Simplified Reps

Module 12 Understanding Advanced Simplified Rep Functionality

Module 13 Creating and Using Assembly Structure and Skeletons

Module 14 Utilizing Design Exploration

Module 15 Project

Course ContentModule 1. Advanced Component Selection

i. Locating Components in the Model Treeii. Using the Assembly Model Tree Search Fieldiii. Selecting Multiple Components


Module 2. Using Advanced Assembly Constraintsi. Constraining Components using Fixii. Constraining Two Coordinate Systemsiii. Constraining a Point on a Lineiv. Constraining a Point on a Surfacev. Constraining an Edge on a Surfacevi. Constraining a Point on a Pointvii. Creating a Tangent Constraintviii. Configuring Constraint Sets with Parameters


Module 3. Creating and Using Component Interfacesi. Understanding Component Interfacesii. Using a Placing Component Interfaceiii. Using a Receiving Component Interfaceiv. Creating a Component Interface using the Save as Interface Dialog Boxv. Auto Placing Componentsvi. Copying and Pasting Componentsvii. Repeating Component Placement


Module 4. Utilizing Intelligent Fastenersi. Understanding the Intelligent Fastener Extensionii. Assembling Intelligent Fastenersiii. Manipulating Intelligent Fastenersiv. Assembling Intelligent Fasteners Using Advanced Optionsv. Manipulating Intelligent Fasteners Using Advanced Options


Module 5. Creating and Using Flexible Componentsi. Adding Flexibility to a Componentii. Placing Flexible Components in an Assemblyiii. Adding Flexibility to Already Placed Componentsiv. Using Flexible Parameters


Module 6. Restructuring and Mirroring Assemblies

i. Restructuring and Reordering Assembly Componentsii. Creating Mirrored Assembliesiii. Creating Mirrored Componentsiv. Creating Mirrored Sub-Assemblies


Module 7. Using Assembly Features and Shrinkwrapi. Understanding Assembly Featuresii. Understanding Assembly Feature Intersectionsiii. Creating an Assembly Cutiv. Creating Assembly Holesv. Creating a Shrinkwrap Featurevi. Creating a Shrinkwrap Modelvii. Summarizing Shrinkwrap Features and Models


Module 8. Replacing Components in an Assemblyi. Understanding Component Replaceii. Replacing Components using Family Tableiii. Replacing Components using Reference Modeliv. Replacing Components using By Copyv. Replacing Unrelated Componentsvi. Understanding Interchange Assembliesvii. Replacing using a Functional Interchange Assembly


Module 9. Understanding the Basics of Simplified Repsi. Retrieving Assembly Subsetsii. Understanding Standard Simplified Repsiii. Understanding Custom Simplified Repsiv. Lightweight Graphics Representationsv. Using Graphics Simplified Repsvi. Using Geometry Simplified Repsvii. Excluding Components using Simplified Repsviii. Defining Simplified Reps Using the Component Chooserix. Creating a Default Envelope Simplified Repx. Creating Part Simplified Repsxi. Opening Simplified Reps


Module 10. Creating Cross-Sections, Display Styles, Layer States, and Combined Viewsi. Understanding Assembly Cross-Sectionsii. Creating Assembly Cross-Sectionsiii. Creating Offset Assembly Cross-Sections

iv. Creating Zone Assembly Cross-Sectionsv. Creating Display Stylesvi. Creating Layer States in an Assemblyvii. Creating Combination Views


Module 11. Substituting Components using User Defined, Envelopes, and Simplified Repsi. Understanding Envelopesii. Creating and using a Surface Subset Shrinkwrap Envelopeiii. Creating and Using a Faceted Shrinkwrap Envelopeiv. Creating and Using an All Solid Surfaces Shrinkwrap Envelopev. Creating and Using a Create Features Envelopevi. Creating and Using an Envelope Copied from an Existing Partvii. Substituting Components using User Definedviii. Substituting by Interchange and Family Table


Module 12. Understanding Advanced Simplified Rep Functionalityi. Searching for Components for Simplified Repsii. Creating Simplified Reps by Sizeiii. Creating Simplified Reps using Zonesiv. Creating Simplified Reps by Distancev. Creating Simplified Reps using Exterior Componentsvi. Defining Simplified Reps using Rulesvii. Using On-Demand Simplified Repsviii. Creating External Simplified Reps


Module 13. Creating and Using Assembly Structure and Skeletonsi. Understanding Skeletonsii. Creating an Assembly Structureiii. Creating Skeletons for Space Claimsiv. Creating Skeletons for Placement Referencesv. Copying a Model to a Skeletonvi. Creating Multiple Skeletonsvii. Sharing Skeleton Geometryviii. Creating and Placing Models using Skeleton Referencesix. Creating a Motion Skeletonx. Sketching a Motion Skeletonxi. Creating Bodies for a Motion Skeletonxii. Assigning Connections for a Motion Skeletonxiii. Creating Solid Models from a Motion Skeleton


Module 14. Utilizing Design Explorationi. Understanding Design Explorationii. Exploring Part and Assembly Designsiii. Creating Design Exploration Branchesiv. Opening and Saving Design Exploration Sessionsv. Using Design Exploration Optionsvi. Utilizing Update Control with Copy Geometry Features


Module 15. Projecti. The Table Fanii. Skeleton Modelsiii. The Shaft and Arm Partsiv. Components to Assembliesv. Editing the Design


Introduction to Creo Simulate 3.0Overview



In this course, you will learn how to test,validate, and optimize product designs withthe Creo Simulate module. Creo Simulateenables you to simulate structural andthermal loads on product designs. You willcomplete comprehensive, hands-on labexercises that simulate realistic analysis anddesign optimization activities. You will alsobe introduced to advanced topics such asdynamic analyses, combined mechanical andthermal analyses, and Optimization Studies.After completing the course, you will be able torun engineering analyses and optimizations onyour product design models.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Understand the basic Simulate analysis process• Understand theory and simulate model topics• Explore results• Explore materials and material properties• Understand and use Simulate idealizations• Understand and use structural loads• Understand and use structural constraints• Run structural analyses• Understand convergence

• Analyze assemblies with Simulate• Complete design and sensitivity studies

• Run optimization studies• Understand the basics of Thermal analysis

Prerequisites

• Three months of Pro/ENGINEER Wildfire 5.0 or Creo Parametric experience

Audience

• This course is intended for design engineers and mechanical designers. People in related roles willalso benefit from taking this course.

Agenda

Day 1

Module 1 Introduction to Creo Simulate

Module 2 Theoretical Foundations

Module 3 Simulation Models

Module 4 Materials and Material Properties

Module 5 Structural Constraints

Module 6 Structural Loads

Day 2

Module 7 Meshing

Module 8 Convergence

Module 9 Structural Analysis

Module 10 Introduction to Results Evaluation

Day 3

Module 11 Refining the Design

Module 12 Basic Model Debugging

Module 13 Singularities

Day 4

Module 14 Analyzing Assemblies

Module 15 Shells

Module 16 Idealizations

Day 5

Module 17 Thermal Analysis

Module 18 Advanced Analysis

Module 19 Project

Course ContentModule 1. Introduction to Creo Simulate

i. Simulate Analysis Functionalityii. Simulate Model Functionalityiii. The Simulate Applicationiv. The Simulate User Interface Functionalityv. The Typical Simulation Process


Module 2. Theoretical Foundationsi. The Finite Element Methodii. The h- and p-Versions of Finite Elementsiii. The p-Methodiv. Structural Mechanics — Stress Definitions and Hooke’s Lawv. Structural Mechanics — Strain Energy and Failure Theories


Module 3. Simulation Modelsi. Preparing a CAD Modelii. Using Inheritance and Remove Featuresiii. Managing Unitsiv. Understanding Model Typesv. Element Types Overviewvi. Defining Simulate Model Geometryvii. Using Simulate Coordinate Systemsviii. Using Surface Regionsix. Using Volume Regionsx. Controlling the Display of Simulation Entitiesxi. Using Measures


Module 4. Materials and Material Propertiesi. Understanding Material Propertiesii. Defining Linear Elastic Materialsiii. Understanding Failure Criteriaiv. Creating Materialsv. Using 3-D Material Orientationvi. Using 2-D Material Orientationvii. Understanding Material Libraries


Module 5. Structural Constraintsi. Defining Constraints

ii. Understanding Displacement Constraintsiii. Understanding Planar, Pin, and Ball Constraintsiv. Understanding Mirror Symmetry Constraintsv. Understanding Cyclic Symmetry Constraints


Module 6. Structural Loadsi. Understanding Structural Loadsii. Defining Global Loadsiii. Defining Forces, Moments, and Pressureiv. Defining Loads as Functions


Module 7. Meshingi. Understanding Meshesii. Understanding Mesh Optionsiii. Using AutoGEM Settings


Module 8. Convergencei. Convergence Methodsii. Error Normsiii. Comparing Convergence Methodsiv. Selecting a Convergence Methodv. Understanding P-Level Plotsvi. Recommendations for Memory Allocation


Module 9. Structural Analysisi. Fundamentals of a Linear Static Analysisii. Defining a Linear Static Analysisiii. Understanding Modal Analysisiv. Defining Fatigue Studies and Propertiesv. Setting Up the Simulate Solvervi. Starting, Stopping, and Monitoring the Simulate Solvervii. Understanding the Batch Process


Module 10. Introduction to Results Evaluationi. Ensuring Result Qualityii. The Simulate Result Directory Structureiii. Using the Postprocessoriv. Reviewing the Results Windowv. Inserting Results

vi. Formatting Resultsvii. Performing Basic View Operationsviii. Hiding and Unhiding Resultsix. Editing, Copying, Deleting, Swapping, and Reordering Results Windowsx. Using Results Templatesxi. Using Annotationsxii. Creating Fringe Resultsxiii. Creating Vector Resultsxiv. Creating Graph Resultsxv. Creating a Graph Preference Filexvi. Creating Model Resultsxvii. Using Cutting and Capping Surfacesxviii. Using Results Mode Info and Queryxix. Tying and Untying Resultsxx. Controlling Animationsxxi. Exporting Results


Module 11. Refining the Designi. Understanding Design Variablesii. Defining Design Studiesiii. Understanding Standard Design Studiesiv. Understanding Local Sensitivity Design Studiesv. Understanding Global Sensitivity Design Studiesvi. Understanding Optimization Design Studiesvii. Understanding Design Study Options


Module 12. Basic Model Debuggingi. The Diagnostic Toolii. Debugging a Model


Module 13. Singularitiesi. Understanding Singularitiesii. Treating Singularities


Module 14. Analyzing Assembliesi. Using Interfacesii. Reviewing Interfacesiii. Understanding Connectionsiv. Using End Weldsv. Using Perimeter Welds

vi. Using Spot Weldsvii. Using Fasteners


Module 15. Shellsi. Understanding Shellsii. Using Shells on Quilts or Volume Surfacesiii. Using Shell Pairs for Midsurface Modelsiv. Using Connection Tools to Join Shell Midsurface Assemblies


Module 16. Idealizationsi. Creating Discrete Massesii. Creating Rigid Linksiii. Creating Weighted Linksiv. Creating Springsv. Defining a Beamvi. Understanding Beam Results


Module 17. Thermal Analysisi. Understanding Thermal Analysisii. Creating Heat Loadsiii. Creating Prescribed Temperature Boundary Conditionsiv. Applying Traveling Heat Loadsv. Applying Temperature Loads to a Simulate Structure Model


Module 18. Advanced Analysisi. Understanding Static Analysis with Prestressii. Understanding Modal Analysis with Prestressiii. Understanding Dynamic Analysisiv. Understanding Linear Buckling Analysisv. Understanding Nonlinear Stability Analysis: Snap-throughvi. Understanding Contact Analysisvii. Understanding 2-D Plane Stress and Strainviii. Understanding Symmetry


Module 19. Projecti. The Journeyman’s Piece

Detailing using Creo Parametric 3.0Overview



In this course, you will learn how to quicklycreate detailed drawings using informationcaptured within 3-D design models. You willalso learn how to create drawings, how todetail drawings, and how to take advantage ofthe parametric and associative nature of CreoParametric 3.0 when configuring drawings.After completing this course, you will be ableto create production drawings suitable formanufacturing.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Understand the drawing development process• Create new drawings using formats and drawing

templates• Create different types of views in drawings• Create dimensions and notes• Control display options using layers• Apply dimensional and geometric tolerances in

drawings• Add draft geometry and symbols to drawings• Use layers in drawings to control the display of

views and detail items• Create drawing tables and a bill of materials

• Create drawing formats• Configure the drawing environment

• Manage large drawings

Prerequisites


Audience

• This course is intended for mechanical designers and design engineers. People in related roles willalso benefit from taking this course.

Agenda

Day 1

Module 1 Introduction to Drawings

Module 2 Creating New Drawings

Module 3 Creating Drawing Views

Day 2

Module 4 Adding Model Details to Drawings

Module 5 Adding Notes to Drawings

Module 6 Adding Tolerance Information

Module 7 Adding Draft Geometry and Symbols

Day 3

Module 8 Using Layers in Drawings

Module 9 Creating and Using Tables in Drawings

Module 10 Using Report Information in Drawings

Module 11 Creating Drawing Formats

Module 12 Configuring the Drawing Environment

Module 13 Managing Large Drawings

Course ContentModule 1. Introduction to Drawings

i. Understanding Drawing Conceptsii. Drawing Development Processiii. Understanding the Drawing Ribbon User Interfaceiv. Exploring Drawing Ribbon Commands


Module 2. Creating New Drawingsi. Creating Drawings Using Formats and Sheetsii. Creating Drawing Templatesiii. Creating Drawings Using Drawing Templates


Module 3. Creating Drawing Viewsi. Configuring Drawing Modelsii. Configuring Drawing Sheetsiii. Adding General Viewsiv. Adding Projection Viewsv. Editing Drawing Viewsvi. Editing Visible View Areavii. Adding Detailed Viewsviii. Adding Auxiliary Viewsix. Understanding Cross-Section Concepts and View Typesx. Adding 2-D Cross-Section Viewsxi. Modifying Cross Hatching Displayxii. Adding Assembly Exploded Views


Module 4. Adding Model Details to Drawingsi. Understanding Annotations in Drawingsii. Showing, Erasing, and Deleting Annotationsiii. Inserting Driven Dimensionsiv. Inserting Ordinate Dimensionsv. Adjusting Dimensions and Detail Itemsvi. Changing Dimension Display


Module 5. Adding Notes to Drawingsi. Adding and Editing Notesii. Using Parametric Information and Special Characters in Notes


Module 6. Adding Tolerance Information

i. Understanding Dimensional Tolerancesii. Configuring Dimensional Tolerancesiii. Understanding Geometric Tolerancesiv. Setting Up Geometric Tolerance Referencesv. Applying Geometric Tolerances


Module 7. Adding Draft Geometry and Symbolsi. Creating and Editing Draft Geometryii. Understanding Drawing Symbolsiii. Using Surface Finish Symbolsiv. Using the Symbol Palette and Custom Symbolsv. Creating Symbols


Module 8. Using Layers in Drawingsi. Understanding Layers in Drawingsii. Using Layers in Drawings


Module 9. Creating and Using Tables in Drawingsi. Inserting Tablesii. Editing Table Propertiesiii. Creating Tables from Fileiv. Creating Hole Tables


Module 10. Using Report Information in Drawingsi. Creating Report Tablesii. Editing Report Tablesiii. Creating BOM Balloonsiv. Creating Part Catalog Drawings


Module 11. Creating Drawing Formatsi. Creating Drawing Formats


Module 12. Configuring the Drawing Environmenti. Configuring the Drawing Environment


Module 13. Managing Large Drawingsi. Understanding Drawing Regenerationii. Managing Large Drawings


Surfacing using Creo Parametric 3.0Overview



In this course, you will learn how to use varioustechniques to create complex surfaces withtangent and curvature continuities. You willalso learn how manipulate surfaces usingediting tools, and analyze surfaces for qualityand desired characteristics. In addition, youwill learn how to create solid features usingthe surfaces as references. After completingthis course, you will be well prepared to createcomplex shaped models using surfaces inCreo Parametric.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Describe surface modeling and its terminology• Learn advanced selection techniques• Create advanced datum features• Use advanced sketching techniques• Learn basic surfacing tools• Create various boundary surfaces• Create variable section sweep surfaces• Create helical sweep surfaces• Create swept blend surfaces

• Utilize surface analysis tools• Extend and trim surfaces• Manipulate surfaces• Create and edit solid models using surface quilts

• Utilize the master model technique

Prerequisites


Audience

• This course is intended for mechanical designers, design engineers, industrial designers, and relatedroles

Agenda

Day 1

Module 1 Surface Modeling Overview

Module 2 Advanced Selection

Module 3 Advanced Datum Features

Module 4 Advanced Sketching

Module 5 Basic Surfacing Tools

Module 6 Boundary Blend Surfaces

Day 2

Module 7 Sweep Surfaces with Variable Sections

Module 8 Helical Sweeps

Module 9 Swept Blends

Module 10 Analyzing Surface Curvature

Module 11 Additional Surface Analysis Tools

Day 3

Module 12 Extending and Trimming Surfaces

Module 13 Manipulating Surfaces

Module 14 Creating and Editing Solids using Quilts

Module 15 Master Model Technique

Module 16 Project

Course ContentModule 1. Surface Modeling Overview

i. Introduction to Surfacingii. Surface Modeling Usesiii. Surface Modeling Paradigmsiv. Blending Surface Modeling Paradigmsv. Surfacing Terms


Module 2. Advanced Selectioni. Advanced Chain Selectionii. Advanced Surface Selectioniii. Using the Search Tool


Module 3. Advanced Datum Featuresi. Creating Datum Graphsii. Creating Datum Coordinate Systemsiii. Creating Points On or Offset from Entitiesiv. Creating Points at Intersectionsv. Creating Points using an Offset Coordinate Systemvi. Sketching Geometry Datumsvii. Creating Curves Through a Point or Vertexviii. Creating a Curve Through a Point Arrayix. Creating a Curve from a Cross-Sectionx. Creating a Curve From Equationxi. Creating Composite Curvesxii. Creating a Curve from Curve Intersectionsxiii. Creating a Curve at Surface Intersectionxiv. Projecting and Wrapping Curvesxv. Trimming Curvesxvi. Creating Offset Curvesxvii. Creating Cosmetic Sketches


Module 4. Advanced Sketchingi. Using Sketched Curvesii. Sketching Ellipsesiii. Sketching Elliptical Filletsiv. Sketching Splinesv. Modifying Splines — Basic Operationsvi. Modifying Splines — Advanced Operations

vii. Importing and Exporting Spline Pointsviii. Sketching Conicsix. Sketching Textx. Thickening Edgesxi. Analyzing Sketcher Convert Optionsxii. Locking Sketcher Entitiesxiii. Analyzing Sketcher Dimension Optionsxiv. Sketcher Diagnostic Tools


Module 5. Basic Surfacing Toolsi. Creating Surface Extrude Featuresii. Creating Surface Revolve Featuresiii. Creating Fill Surfacesiv. Creating Sweep Surfaces with Open Trajectoriesv. Creating Sweep Surfaces with Closed Trajectoriesvi. Creating Blend Surfaces by Selecting Parallel Sectionsvii. Creating Blend Surfaces by Selecting Non-Parallel Sectionsviii. Creating Blend Surfaces by Sketching Sectionsix. Analyzing Blend Surface Section Toolsx. Analyzing Blend Surface Optionsxi. Analyzing Blend Surface Tangencyxii. Creating Rotational Blend Surfaces by Selecting Sectionsxiii. Creating Rotational Blend Surfaces by Sketching Sectionsxiv. Analyzing Rotational Blend Surface Optionsxv. Analyzing Rotational Blend Surface Tangency


Module 6. Boundary Blend Surfacesi. Understanding Boundary Curve Conceptsii. Creating Boundary Blends in One Directioniii. Creating Boundary Blends in Two Directionsiv. Analyzing Blended Surface Boundary Conditionsv. Analyzing Blended Surface Constraint Optionsvi. Analyzing Blended Surface Control Pointsvii. Creating Boundary Blends with Influencing Curvesviii. Analyzing Approximate Blended Surface Optionsix. Creating a Blend Tangent to Surfaces


Module 7. Sweep Surfaces with Variable Sectionsi. Understanding Sweeps with Variable Sectionsii. Creating Sweep Surfaces using a Constant Section

iii. Creating Sweep Surfaces using Normal to Trajectoryiv. Creating Sweep Surfaces using Constant Normal Directionv. Creating Sweep Surfaces using Normal to Projectionvi. Analyzing Horizontal and Vertical Control in a Sweep Surfacevii. Creating Sweep Surfaces Utilizing Multiple Trajectoriesviii. Creating Sweep Surfaces using Tangent Trajectoriesix. Analyzing Sweep Surface Trajectory Options and Rulesx. Using Trajpar with Sweep Surface Featuresxi. Using Trajpar and Datum Graphs with Sweep Surface Features


Module 8. Helical Sweepsi. Understanding Helical Sweeps Theoryii. Utilizing Helical Sweeps for Surfacesiii. Analyzing Helical Sweep Surface Profile and Pitch Variationsiv. Utilizing Variable Sections in Helical Sweep Surfaces


Module 9. Swept Blendsi. Understanding Swept Blend Theoryii. Creating Swept Blend Surfaces by Selecting Sectionsiii. Creating Swept Blend Surfaces by Sketching Sectionsiv. Analyzing Swept Blend Surface Section Optionsv. Analyzing Swept Blend Surface Section Plane Controlvi. Analyzing Horizontal and Vertical Control in a Swept Blend Surfacevii. Analyzing Swept Blend Surface Tangencyviii. Analyzing Swept Blend Surface Optionsix. Analyzing Swept Blend Rules


Module 10. Analyzing Surface Curvaturei. Analyzing Surfaces Theoryii. Defining Curvatureiii. Defining Curvature Continuityiv. Analyzing Curvature of Curvesv. Analyzing Curvature of Surfacesvi. Analyzing Curvature using Sectionsvii. Analyzing Curvature using Normalsviii. Using Shaded Curvature Analysis for Surfacesix. Using Shaded Section Curvature Analysisx. Creating Curvature Continuous Surfacesxi. Analyzing Connections


Module 11. Additional Surface Analysis Toolsi. Using the Point Analysis Optionii. Using the Radius Analysis Optioniii. Using the Dihedral Angle Analysis Optioniv. Using the Offset Analysis Optionv. Using the Draft Analysis Optionvi. Using the Slope Analysis Optionvii. Using the Reflection Analysis Optionviii. Using the Shadow Analysis Option


Module 12. Extending and Trimming Surfacesi. Extending Surfacesii. Extending Surfaces Using Measurementsiii. Analyzing Extend Surface Optionsiv. Creating a Surface Trimv. Trimming Surfaces with Geometryvi. Trimming Surfaces with Quilts Optionsvii. Trimming Surfaces with the Silhouette Trim Optionviii. Trimming Surfaces with the Vertex Round Option


Module 13. Manipulating Surfacesi. Copying and Pasting Surfacesii. Offsetting Surfacesiii. Offsetting Surfaces with the Expand Optioniv. Offsetting Surfaces with Draftv. Moving and Rotating Quiltsvi. Mirroring Quiltsvii. Merging Surfacesviii. Untrimming Surface Copiesix. Flattening Quilts


Module 14. Creating and Editing Solids using Quiltsi. Thickening Surface Quiltsii. Solidifying Quilts to Add Materialiii. Solidifying Quilts to Remove Materialiv. Solidifying Quilts to Replace Materialv. Offsetting Surfaces using the Replace Optionvi. Creating Rounds on Surfacesvii. Converting Solid Rounds to Surfaces


Module 15. Master Model Techniquei. Master Model Technique Theoryii. Creating a Master Modeliii. Creating Framework in the Masteriv. Creating Surfaces in the Masterv. Refining and Completing the Master Modelvi. Sharing Geometry from the Master Modelvii. Completing Body Components


Module 16. Projecti. The Shaverii. Creating the Master Modeliii. Creating Framework in the Master Modeliv. Creating Surfaces in the Master Modelv. Refining and Completing the Master Modelvi. Sharing Geometry from the Master Modelvii. Creating a Body Component

Sheetmetal using Creo Parametric 3.0Overview



In this course, you will learn how to createsheetmetal parts in Creo Parametric. Thecourse builds upon the basic lessons youlearned in Introduction to Creo Parametric 3.0and serves as the second stage of learning.In this course, you will learn how to designsheetmetal parts and assemblies, includingsheetmetal production drawings. All thefunctions needed to create sheetmetal parts,drawings, and assemblies are covered. Uponcompletion of this course, you will be able tocreate sheetmetal design models, create theflat state of the model, and document both inproduction drawings.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Create, convert, and display the sheetmetal

model• Use methods of developed length calculation• Use primary and secondary wall features, as

well as partial walls• Use bend relief• Use unbend and bend back features• Apply sheetmetal bend features• Use flat patterns• Create sheetmetal cuts• Create forms• Use notch and punch features• Utilize the sheetmetal environment setup,

sheetmetal design information tools, andsheetmetal design rules

• Detail sheetmetal designs

Prerequisites


Audience

• This course is intended for design engineers, mechanical designers, and industrial designers. Peoplein related roles can also benefit from taking this course.

Agenda

Day 1

Module 1 Introduction to the Creo Parametric Sheetmetal Design Process

Module 2 Sheetmetal Model Fundamentals

Module 3 Creating Primary Sheetmetal Wall Features

Module 4 Creating Secondary Sheetmetal Wall Features

Day 2

Module 5 Bending and Unbending Sheetmetal Models

Module 6 Sheetmetal Form Features

Module 7 Modifying Sheetmetal Models

Module 8 Sheetmetal Setup and Tools

Module 9 Detailing Sheetmetal Designs

Module 10 Design Project

Course ContentModule 1. Introduction to the Creo Parametric Sheetmetal Design Process

i. Creo Parametric Sheetmetal Design ProcessKnowledge Check Questions

Module 2. Sheetmetal Model Fundamentalsi. Sheetmetal Model Fundamentalsii. Understanding Developed Lengthiii. Creating a New Sheetmetal Part in Assembly Modeiv. Creating a New Sheetmetal Model in Part Modev. Converting Solid Models to Sheetmetal


Module 3. Creating Primary Sheetmetal Wall Featuresi. Understanding Sheetmetal Wall Featuresii. Creating Planar Wallsiii. Extruded Sheetmetal Wall Featuresiv. Revolved Sheetmetal Wall Featuresv. Blend Sheetmetal Wall Featuresvi. Creating Offset Wallsvii. Sheetmetal Wall Sketching Toolsviii. Advanced Primary Walls


Module 4. Creating Secondary Sheetmetal Wall Featuresi. Understanding Secondary Wallsii. Creating Secondary Flat Wallsiii. Using Flange Wallsiv. Using Extruded Wallsv. Wall Dashboard Optionsvi. Using Partial and Overextended Wallsvii. Understanding Reliefviii. Creating Twist Wall Featuresix. Extending and Trimming Wallsx. Using the Merge Feature


Module 5. Bending and Unbending Sheetmetal Modelsi. Creating Bend Featuresii. Adding Transition to Bendsiii. Bending in Multiple Planesiv. Creating Planar Bendsv. Creating Unbend Features

vi. Creating Bend Back Featuresvii. Previewing and Creating Flat Patternsviii. Creating Flat Statesix. Creating Split Area Features


Module 6. Sheetmetal Form Featuresi. Punch Form Featuresii. Utilizing Punch Model Annotationsiii. Creating Die Formsiv. Creating Die Forms Using Annotationsv. Creating Sketched Formsvi. Flattening Forms and Unstamping Edges


Module 7. Modifying Sheetmetal Modelsi. Sheetmetal Cutsii. Notches and Punchesiii. Creating Multiple Bend Reliefsiv. Bend Line Relief Placementv. Creating Corner Reliefvi. Creating Rip Featuresvii. Creating Edge Bendsviii. Joining Wallsix. Patterning Wallsx. Mirroring Walls


Module 8. Sheetmetal Setup and Toolsi. Bend Line Adjustmentsii. Using Bend Tables for Bend Allowancesiii. Fixed Geometryiv. Info Tools and Reportsv. Design Rulesvi. Defaults and Parametersvii. Using Conversion Features


Module 9. Detailing Sheetmetal Designsi. Adding the Flat and Formed Statesii. Auto Ordinate Dimensionsiii. Bend Line Notesiv. Bend Order Tables


Module 10. Design Projecti. Designing a Stapler

Milling using Creo Parametric 3.0Overview



In this course, you will learn how to machineproducts using Creo Parametric manufacturingtools. This course covers creating tool pathsfor three axis milling machines. During thecourse, you will learn how to complete eachphase of the manufacturing process. You willstart by creating manufacturing models andconfiguring the manufacturing environment.This will include configuring tools, fixtures,and machining operations. You will then learnhow to create milling sequences, holemakingsequences, and post-process cutter location(CL) data to create machine code. Aftercompleting the course, you will be able tocreate numerical control (NC) programs formilling machines and post-process cutterlocation (CL) data to create machine specificcode.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Understand the manufacturing process• Create and configure manufacturing models• Configure the manufacturing environment• Create and modify milling sequences• Create and modify holemaking sequences• Use the process manager to create NC

sequences• Post-process cutter location (CL) data

Prerequisites

• Introduction to Creo Parametric – Fundamentals (Web Based Training) or equivalent experience

Audience

• This course is intended for manufacturing engineers and NC machinists

Agenda

Day 1

Module 1 Introduction to Manufacturing

Module 2 Creating Manufacturing Models

Module 3 Configuring Operations

Module 4 Using Reference Models

Module 5 Using Workpiece Models

Module 6 Creating and Using NC Model Assemblies

Module 7 Creating and Configuring a Work Center

Day 2

Module 8 Creating and Configuring Tools

Module 9 Using Template Manufacturing Models

Module 10 Using Manufacturing Parameters

Module 11 Creating Face Milling Sequences

Day 3

Module 12 Creating Volume Milling Sequences

Module 13 Creating Profile Milling Sequences

Module 14 Creating Straight Cut Surface Milling Sequences

Module 15 Creating From Surface Isolines Surface Milling Sequences

Day 4

Module 16 Creating Cut Line Surface Milling Sequences

Module 17 Advanced Surface Milling Options

Module 18 Creating Roughing and Re-roughing Sequences

Module 19 Creating Finishing Sequences

Day 5

Module 20 Creating Trajectory Milling Sequences

Module 21 Creating Holemaking Sequences

Module 22 Creating Engraving Sequences

Module 23 Using the Process Manager

Module 24 Creating and Post-Processing CL Data Files

Course ContentModule 1. Introduction to Manufacturing

i. Manufacturing Process OverviewKnowledge Check Questions

Module 2. Creating Manufacturing Modelsi. Creating Manufacturing Models


Module 3. Configuring Operationsi. Configuring Operations


Module 4. Using Reference Modelsi. Using Reference Models


Module 5. Using Workpiece Modelsi. Using Workpiece Models


Module 6. Creating and Using NC Model Assembliesi. Creating and Using NC Model Assemblies


Module 7. Creating and Configuring a Work Centeri. Creating and Configuring a Work Center


Module 8. Creating and Configuring Toolsi. Understanding Milling Toolsii. Creating Standard Milling Toolsiii. Creating Solid Model Milling Toolsiv. Creating and Using Tool Cutting Datav. Retrieving Tool Data


Module 9. Using Template Manufacturing Modelsi. Using Template Manufacturing Models


Module 10. Using Manufacturing Parametersi. Understanding Manufacturing Parameter Conceptsii. Configuring Parameter Valuesiii. Using Site Parameter Files


Module 11. Creating Face Milling Sequencesi. Basic Face Millingii. Lateral Control Face Milling Parametersiii. Depth Control Face Milling Parametersiv. Entry and Exit Face Milling Parameters


Module 12. Creating Volume Milling Sequencesi. Basic Volume Millingii. Volume Milling with Mill Windowsiii. Scanning Volume Milling Parametersiv. Depth and Lateral Control Volume Milling Parametersv. Stock Allowance Volume Milling Parametersvi. Gathering Mill Volumesvii. Modifying Volume Milling Toolpaths


Module 13. Creating Profile Milling Sequencesi. Basic Profile Millingii. Depth and Lateral Control Profile Milling Parametersiii. Lead In and Lead Out Motions


Module 14. Creating Straight Cut Surface Milling Sequencesi. Understanding Surface Millingii. Straight Cut Surface Millingiii. Straight Cut Surface Milling Parametersiv. Creating Surface Milling Reference Geometry


Module 15. Creating From Surface Isolines Surface Milling Sequencesi. From Surface Isolines Surface Milling


Module 16. Creating Cut Line Surface Milling Sequencesi. Cut Line Surface Milling


Module 17. Advanced Surface Milling Optionsi. Advanced Surface Milling Options


Module 18. Creating Roughing and Re-roughing Sequencesi. Basic Roughing and Re-roughingii. Roughing Scans and Entry and Exit Parameters

iii. Step Depth and Tolerance Control Roughing Parametersiv. Additional Scallop Height Control Roughing Parametersv. Roughing Corner Options


Module 19. Creating Finishing Sequencesi. Basic Finishingii. Editing Finishing Parameters


Module 20. Creating Trajectory Milling Sequencesi. Understanding Trajectory Millingii. Creating Sketched Milling Toolsiii. Basic 2-Axis Trajectory Millingiv. 2-Axis Trajectory Milling Depth Control Parametersv. 2-Axis Trajectory Milling - Cutting Slices Parametersvi. Basic 3-Axis Trajectory Millingvii. 3-Axis Trajectory Milling Multi-Step and Multi-Pass Parameters


Module 21. Creating Holemaking Sequencesi. Understanding Holemakingii. Basic Drillingiii. Editing Drilling Toolpathsiv. Creating and Using Drill Groups


Module 22. Creating Engraving Sequencesi. Engraving on Flat and Complex Surfaces


Module 23. Using the Process Manageri. Using Process Manager Toolsii. Editing Process Itemsiii. Creating New Items in the Process Manageriv. Creating and Using Manufacturing Templates


Module 24. Creating and Post-Processing CL Data Filesi. Creating and Post-Processing CL Data Files


Introduction to Creo Direct 3.0Overview


Course Length 1 Day

In this course, you will learn direct modelingusing Creo Direct 3.0. You will become familiarwith Creo Direct’s interface and approach todirect modeling, including how to quickly createsketches with precision, transform sketchesinto 3-D shapes, and directly manipulateexisting geometry with ease. You will also learnhow to assemble and reposition components inan assembly, as well as use existing geometryin an assembly to create part geometry.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Understand the Direct Modeling approach to

creating geometry• Sketch precise 2-D geometry without constraints• Create 3-D shapes from the 2-D geometry by

extruding, revolving, and sweeping sketchesand sketch regions

• Create datum axes and datum planes• Create engineering geometry, including holes,

rounds, chamfers, draft, and shells• Pattern geometry in one and two directions• Use measure tools and create part and

assembly cross-sections• Rapidly select and directly modify 3-D shapes

in your models• Understand the direct approach to creating

assemblies• Edit component position in an assembly• Create new components and design

components in the context of an assembly

Prerequisites

• Introduction to Creo Parametric or equivalent experience

Audience

• This course is intended for design engineers, mechanical designers, and industrial designers. Peoplein related roles will also benefit from taking this course.

Agenda

Day 1

Module 1 Introduction to Creo Direct

Module 2 Creating Sketches in 2-D Mode

Module 3 Creating Geometry Shapes

Module 4 Creating Datums

Module 5 Creating Engineering Geometry

Module 6 Measurements and Sections

Module 7 Editing 3-D Geometry

Module 8 Working with Assemblies

Course ContentModule 1. Introduction to Creo Direct

i. Understanding Direct Modelingii. Understanding the User Interfaceiii. Understanding the Live Toolbariv. Opening and Creating a Creo Direct Modelv. Orienting and Positioning the Modelvi. Understanding Selection Behaviorvii. Using Marquee Selectionviii. Understanding Datum and Sketch Display


Module 2. Creating Sketches in 2-D Modei. Understanding 2-D Modeii. Configuring the 2-D Gridiii. Sketching using Precision Panelsiv. Sketching using Guidesv. Sketching Linesvi. Sketching Arcsvii. Sketching Rectangles and Parallelogramsviii. Sketching Circlesix. Sketching Filletsx. Sketching Chamfersxi. Sketching Construction Geometryxii. Sketching Textxiii. Sketching Ellipsesxiv. Sketching Splinesxv. Using Sketched Geometry Tools


Module 3. Creating Geometry Shapesi. Understanding Sketches and Sketch Regionsii. Creating Extrude Geometryiii. Creating Revolve Geometryiv. Creating Snapped Geometry Depthv. Removing Material and Specifying the Sidevi. Projecting 3-D Geometry Into a Sketchvii. Creating Sweep Geometry


Module 4. Creating Datumsi. Creating Datums Theory

ii. Creating Datum Axesiii. Creating Datum Planes


Module 5. Creating Engineering Geometryi. Creating Holesii. Creating and Editing Circular Roundsiii. Creating and Editing Chamfersiv. Creating Draftsv. Shelling Solid Geometryvi. Patterning Geometry in One Directionvii. Patterning Geometry in Two Directions


Module 6. Measurements and Sectionsi. Using the Measure Toolsii. Creating Part Cross-Sectionsiii. Creating Assembly Cross-Sections


Module 7. Editing 3-D Geometryi. Using Shape Selectionii. Understanding Shape Selection Typesiii. Leveraging Geometry Selection Rulesiv. Understanding the Draggerv. Moving and Rotating Geometryvi. Moving Geometry by Dimensionvii. Analyzing Side Surface Optionsviii. Offsetting Geometryix. Managing Tangencyx. Modifying Analytic Surfacesxi. Removing Geometry


Module 8. Working with Assembliesi. Analyzing Component Displayii. Editing Component Positioniii. Creating Assemblies and Inserting Componentsiv. Creating Componentsv. Designing Components in Assembly


Introduction to Creo Illustrate 3.0Overview


Course Length 1 Day

In this course, you will learn about CreoIllustrate and its role as a purpose-built,role-based solution for creating 3-D technicalillustrations. You will learn how to dynamicallycreate technical illustrations from existing3-D CAD data. You will also learn how tomap existing eBOM data to populate anillustration-specific sBOM. In addition, youwill learn how to manipulate imported 3-Dviewables to create service informationcontent including service procedures, partsidentification, training materials, and productassembly and disassembly. Finally, you willlearn how to create markup and annotations infigures and animations.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Demonstrate fundamental Creo Illustrate

illustration and figure creation steps to producean illustration-specific sBOM from imported 3-DCAD data

• List and describe methods and tools used tocreate exploded views, create section cuts, andremove graphic objects from an illustration

• Modify illustrations by adding rendering styles,color, and work with the Creo Illustrate 3-Dsymbols library

• Create and manage a parts list from the CreoIllustrate sBOM

• Create step-wise documentation using theSequencer module

• Use the Creo Illustrate Animator tools to createanimated illustrations

• Create parts list callouts and annotations inillustration figures

• Save, export, and publish illustrations

Prerequisites

• Familiarity with Windows-based file systems and mouse operations

• Familiarity with creating 2-D and 3-D illustrations from CAD data sources

Audience

• This course is intended for technical publications illustrators, technical publications authors, trainingauthors, manufacturing instructors, and users responsible for parts definition, technical marketing,and service planning. People in related roles will also benefit from taking this course.

Agenda

Day 1

Module 1 Introduction to Creo Illustrate

Module 2 Create an Illustration and Work with Figures


Module 4 Authoring Sequenced Process Steps

Module 5 Creo Illustrate Animations

Module 6 Create and Manage Annotations, Sub-Assemblies, and Parts Lists

Module 7 Publishing and Exporting 3-D Illustrations

Course ContentModule 1. Introduction to Creo Illustrate

i. Introducing Creo Illustrateii. The Creo Illustrate Processiii. Understanding the Creo Illustrate User Interfaceiv. The Creo Illustrate Figure Viewing Areav. The Creo Illustrate Ribbonvi. The Creo Illustrate Ribbon Home Tabvii. The Creo Illustrate File Menuviii. The Creo Illustrate Quick Access Toolbarix. The Creo Illustrate Primary Panelx. The Creo Illustrate Upper Data Panelxi. The Creo Illustrate Lower Data Panelxii. Creo Illustrate Structure Treexiii. The Creo Illustrate Status Barxiv. Starting Creo Illustratexv. Working with Creo Illustrate


Module 2. Create an Illustration and Work with Figuresi. Import 3-D MCAD Dataii. Working with Figuresiii. Page Setupiv. sBOM Structure versus Displayed Parts and Sub-Assembliesv. Figure Orientationvi. Selecting Parts and Sub-Assembliesvii. Find Parts and Sub-Assembliesviii. Changing the Figure Displayix. Figure Rendering Optionsx. Enhanced Lightingxi. Hide and Unhide Parts and Sub-Assembliesxii. Inset Viewsxiii. Filters


Module 3. Exploding Assembliesi. Explode Figuresii. Transform Exploded Figuresiii. Free Rotation Exploded Figuresiv. Restore Part and Sub-Assembly Locationsv. Create Explode Linesvi. Smart Explode

vii. Working with Smart Explode Selectionviii. Setting the Smart Explode Directionix. Change Smart Explode Optionsx. Save and Exit Smart Explodexi. Section an Assemblyxii. Orient the Sectioning Planexiii. Advanced Sectioning Featuresxiv. Create Quarter Cut Sectionsxv. Cap the Sectionxvi. Set Specific Parts to be Sectioned


Module 4. Authoring Sequenced Process Stepsi. The Sequencer Processii. Creating Sequence Stepsiii. Editing Sequence Stepsiv. Adding Tagged Symbols and Calloutsv. Reordering Steps within the Sequence


Module 5. Creo Illustrate Animationsi. Figure Animationsii. Animation Control Toolsiii. Playback Controlsiv. Tracks and Keysv. Timeline Control Toolsvi. Recording Control Toolsvii. Creating an Animationviii. Using Animation Effectsix. Editing Tracksx. Editing Keysxi. Easing Movementxii. Previewing the Animation Pathxiii. Exporting a Figure Animation as a Movie


Module 6. Create and Manage Annotations, Sub-Assemblies, and Parts Listsi. Annotating Figuresii. Customizing Tooltipsiii. Notes and Callout Annotationsiv. Leader Line Annotationsv. Stamp Annotationsvi. The Symbols Library

vii. Measurement Toolsviii. Assemble Partsix. Automatically Generate an Item Listx. Structure Edit Modexi. Display Parts in the Structure Edit Viewing Areaxii. Advanced sBOM Editing Toolsxiii. Investigating Creo Illustrate Options


Module 7. Publishing and Exporting 3-D Illustrationsi. Publishing C3DI Filesii. Accessing the Save Figure As Menu


Behavioral Modeling Using Creo Parametric 3.0Overview


Course Length 1 Day

This course is designed for experienced userswho want to add additional features to meetor exceed the design specifications of theirproducts.In this course, you will learn advancedanalysis skills unrelated to structural or thermalanalysis. You will learn how to analyze yourmodels and create analysis features that canenforce your design intent. You will also learnhow to create sensitivity and feasibility studiesthat help you determine how to reach yourdesign goals. Furthermore, you will learnhow to create optimization design studies thatenable you to configure the dimensions andparameters that Creo Parametric can changeto meet your design specifications. Aftercompleting this course, you will be prepared towork on critical component designs using CreoParametric Behavioral Modeling.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Apply the behavioral modeling process and

concepts to your designs• Create measurement analysis features• Create relation, motion, Creo Simulate, and MS

Excel analysis features• Create user-defined analysis features• Conduct sensitivity analyses• Conduct feasibility and optimization studies

Prerequisites

• Introduction to Creo Parametric or equivalent experience

• Experience with MS Excel, Mechanism Design, Creo Simulate, and Creo Mechanism DynamicsExtension is useful but not required

Audience

• This course is intended for product designers and engineers. People in related roles will also benefitfrom taking this course.

Agenda

Day 1

Module 1 Introduction to the Behavioral Modeling Process

Module 2 Creating Measurement Features on Creo Parametric Models

Module 3 Creating Model Property Features on Creo Parametric Models

Module 4 Creating Analysis Features on Creo Parametric Models

Module 5 Creating User-Defined Analysis Features on Creo Parametric Models

Module 6 Conducting Design Studies and Optimizing Models

Module 7 Project

Course ContentModule 1. Introduction to the Behavioral Modeling Process

i. Behavioral Modeling Processii. Identifying BMX Analysis Typesiii. Identifying the Differences Between Creo Parametric Analyses


Module 2. Creating Measurement Features on Creo Parametric Modelsi. Using the Measure Toolsii. Using the Measure Summary Tooliii. Creating a Measurement Feature


Module 3. Creating Model Property Features on Creo Parametric Modelsi. Comparing Model Property Analysesii. Measuring Mass Propertiesiii. Measuring X-Section Mass Propertiesiv. Measuring Pairs Clearance


Module 4. Creating Analysis Features on Creo Parametric Modelsi. Comparing Analysis Featuresii. Creating a Relation Analysis Featureiii. Creating a Motion Analysis Featureiv. Creating a Creo Simulate Analysis Featurev. Creating an MS Excel Analysis Featurevi. Creating an External Analysis Featurevii. Monitoring the Parameters of Analysis Featuresviii. Statistical Design Study


Module 5. Creating User-Defined Analysis Features on Creo Parametric Modelsi. Introduction to User-Defined Analysis Featuresii. Creating Field Pointsiii. Creating a Construction Groupiv. Creating User-Defined Analysis Features


Module 6. Conducting Design Studies and Optimizing Modelsi. Comparing Design Studiesii. Translating Design Specificationsiii. Performing Sensitivity Analysisiv. Performing Feasibility Design Studiesv. Performing Optimization Design Studies


Module 7. Project

Web Based Curriculum Guide

Introduction to Creo Illustrate 3.0

Introduction to Creo Illustrate 3.0Overview

Course Code WBT-4415-0

Course Length 8 Hours

In this course, you will learn about CreoIllustrate and its role as a purpose-built,role-based solution for creating 3-D technicalillustrations. You will learn how to dynamicallycreate technical illustrations from existing3-D CAD data. You will also learn how tomap existing eBOM data to populate anillustration-specific sBOM. In addition, youwill learn how to manipulate imported 3-Dviewables to create service informationcontent including service procedures, partsidentification, training materials, and productassembly and disassembly. Finally, you willlearn how to create markup and annotations infigures and animations.At the end of each module, you will completea set of review questions to reinforce criticaltopics from that module. At the end of thecourse, you will complete a course assessmentin Pro/FICIENCY intended to evaluate yourunderstanding of the course as a whole.

Course Objectives• Demonstrate fundamental Creo Illustrate

illustration and figure creation steps to producean illustration-specific sBOM from imported 3-DCAD data

• List and describe methods and tools used tocreate exploded views, create section cuts, andremove graphic objects from an illustration

• Modify illustrations by adding rendering styles,color, and work with the Creo Illustrate 3-Dsymbols library

• Create and manage a parts list from the CreoIllustrate sBOM

• Create step-wise documentation using theSequencer module

• Use the Creo Illustrate Animator tools to createanimated illustrations

• Create parts list callouts and annotations inillustration figures

• Save, export, and publish illustrations

Prerequisites

• Familiarity with Windows-based file systems and mouse operations

• Familiarity with creating 2-D and 3-D illustrations from CAD data sources

Audience

• This course is intended for technical publications illustrators, technical publications authors, trainingauthors, manufacturing instructors, and users responsible for parts definition, technical marketing,and service planning. People in related roles will also benefit from taking this course.

Table of ContentsModule 1 Introduction to Creo Illustrate

Module 2 Create an Illustration and Work with Figures


Module 4 Authoring Sequenced Process Steps

Module 5 Creo Illustrate Animations

Module 6 Create and Manage Annotations, Sub-Assemblies, and Parts Lists

Module 7 Publishing and Exporting 3-D Illustrations

creo 3.0 curriculum guide - pronordic...live classroom curriculum guide update to creo parametric...

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