PRO/E Wildfire 5.0 Course Curriculum

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August Abel May
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1 PRO/E Wildfire 5.0 Course Curriculum Pro/ENGINEER/ SolidWorks Basics Getting Started with Pro/ENGINEER/ SolidWorks About Pro/ENGINEER/ SolidWorks System Requirements Introduction to the GUI of Pro/ENGINEER/ SolidWorks Creating & Selecting the working directory Tool bar settings About Various Modules Supported in Pro/ENGINEER/ SolidWorks Sketcher Basics Mouse control Creating sketcher geometry Editing the sketch Dimensioning Constraining the sketcher geometry Adding relations to sections Regenerating sketch geometry Manipulating sketcher geometry using various geometric tools Intersect, trim, divide, mirror, move etc., Part Modeling Basics Introduction to parametric based modeling & Feature based modeling Starting out in Part Mode Creating a part file Setting up units Creating datum Planes Working with model tree Adding features Creating protrusions and cut Extrude Revolve Sweep Blend etc. o Depth options o Editing & deleting the features

2 o Creating Additional datum planes Advanced Part Modeling Advanced modeling features Variable section sweep Swept blend Helical sweep Datum Features Creation of Datum points Creation of Datum axes Creation of Datum curves Sketching planes and references Construction Features Pick and Place Features Creation of Holes Creation of Chamfer Creation of Rounds Simple Advanced Creation of ribs and shells Creation of local groups Tweak Features Adding Tweak Features Draft Offset Patch Toroidal bend Draft offset etc. Pro/ENGINEER Options Creation of Mapkeys Properties Color Appearance Customizing the screen Environment Measure options Creation of layers Orienting the models Beginning the project work

3 Feature Operations Parent child relationship Creation of UDF library Reordering the feature Feature Reroute Suppressing and resuming the feature Setup Creation of X sections Copy Pattern Pattern Table Mirror geometry Creating Relations Cosmetics features Patterning features Pro/PROGRAM Adding Family tables to the parts Simplified representation Introduction to Detailing Assembly Working with Assembly datum planes Assembly basics Assembly constraints Using the model tree window Redefining component constraint Pattern & reference pattern the components Advanced assembly options Replace Group Merge Cutout Repeat Copy Concepts of sub assemblies Exploded Views Surface Modeling Introducing to surface

4 Basic surface creation using Extrude Revolve Flat & etc. Extracting surfaces from solids Advanced surface options Intersecting and joining surfaces using merge Trim the surfaces Extend Transform Draft options Draft offset Detailing Introduction to detailing Setting the drawing sheet format & size Creating Views for models Full view Half view Partial & broken view Detailing view etc. Sections Full section Half section Local section etc. Detailing Drawings Detailing the drawings Creating notes Dimensions Balloon Symbol, etc. Adding new sheets Switching over to next sheet Detailing Table Table creation Entering the text

5 Modifying the rows & columns Modifying & updating the tables Paginating the table Creating BOM balloons Sheet metal Introduction to sheet metal Creating wall features using Extrude, Revolve, Flat, Sweep, etc Advanced wall features Swept, Twist, Extend, Merge, Attached & unattached walls Sheet metal Other wall options Notch Punch Bend Angle Roll With and without relief Unbend Bend back Flat pattern Sheet metal Form feature Concept of die and punch Flatten form Cutting the wall Rip creation and types Conversion Relief Project submission

6 CNC COURSE STRUCTURE 1. Operating Introduction to CNC Introduction to Drawing and Instruments CNC Power On and Referencing Operator Panel Introduction Basic Knowledge of Tooling Operator Training with Practical Safety Instructions Preparation for Interviews and Placement Assistance 2. Setting Background of Operating Basic Requirement for Setting Knowledge of Instruments and Drawings Introduction of G Code and M Code Tooling Selection Offset Measuring Maintaining Setting Approval Report Training with Practical Safety Instruction 3. Programming Background of Setting Complete knowledge of G Code and M Code Advance Study of Instrument and Drawings Advance Tooling Selection Complete CNC Programming Calculation of Co ordinates with Scientific Calculator Safety Instructions

7 AutoCAD D Introduction to computer Introduction to AutoCAD Screen Layout. Limits, Units Dsettings (Isoplane, Snap) Line,Circle,Arc, Erase, New, Open, Save, Save as Qnew Open Close Quit Polygon Move Copy Assist Array Break Mirror Offset Scale Rotate Solid Donut Limits Revcloud Trim, Extend, Stretch Text, Style Scaletext, Spell Mtext View, color, line type Zoom, Pan, View, Color Linetype Lineweight Layer, Laytrans Layerp, Properties, Matchprop Bhatch, hatch Pline, Pedit Fillet, Chamfer Editing with grips Id List, Dist,Area Lengthen Spline, Splineedit Mline, Mstyle MIedit Dimensioning DimLinear DimAligned DimDiameter DimCenter DimAngular Dimbaseline Dimcontinue Dimordinate Qdim 45 mins. Tolerance Leader QLeader Windows XP Quick Tour Associative Dimensioning Dimreassociate Dimedit Dimstyle Dimoverride X line Ray

AutoCAD 3D. MicroStation. Courseware Issued (Optional) AutoCAD (30 Days Trial Version) Reference Guide Project Workbook

AutoCAD 3D. MicroStation. Courseware Issued (Optional) AutoCAD (30 Days Trial Version) Reference Guide Project Workbook 2D CAD Introduction Isometric drawings File management Perspective drawings Orthographic drawings Annotations and Dimensions View management Team work Display management Layout management Layer management