CREO

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Course Information

  • Course Price $250
  • Total Students 800+
  • Course Duration 4 Weeks

Description

Creo is a family or suite of Computer-aided design (CAD) apps supporting product design for discrete manufacturers and is developed by PTC. The suite consists of apps, each delivering a distinct set of capabilities for a user role within product development. Creo runs on Microsoft Windows and provides apps for 3D CAD parametric feature solid modelling, 3D direct modelling, 2D orthographic views, Finite Element Analysis and simulation, schematic design, technical illustrations, and viewing and visualization. Creo Elements and Creo Parametric compete directly with CATIA, Siemens NX/Solid edge, and SolidWorks. The Creo suite of apps replace and supersede PTC’s products formerly known as Pro/ENGINEER, Cocreate, and Product View. Creo has many different software package solutions and features. Creo Illustrate is a good example. PTC began developing Creo in 2009, and announced it using the code name Project Lightning at Planet PTC Live, in Las Vegas, in June 2010. In October 2010, PTC unveiled the product name for Project Lightning to be Creo. PTC released Creo 1.0 in June 2011. The extent of localization varies from full translation of the product (including Help) to user interface only. Creo is part of a broader product development system developed by PTC. It connects to PTC’s other solutions that aid product development, including Windchill for Product Lifecycle Management (PLM), Mathcad for engineering calculations and Arbor text for enterprise publishing software.

Benefits

  • Optimised for model-based enterprises.
  • Increased engineer productivity.
  • Better enabled concept design.
  • Increased engineering capabilities.
  • Increased manufacturing capabilities.
  • Better simulation.
  • Design capabilities for additive manufacturing.

SYLLABUS

Session 1
  • Introduction to CAD, CAE
  • Features of Creo,
  • Concepts
    • Modelling,
    • Parametric,
    • Associative,
    • Feature based
  • Creo Graphical User Interface
    • Feature manager design tree,
    • Handles,
    • mouse buttons,
    • keyboard shortcuts,
    • Understanding the Windows Menu Hardware and Software requirements,
Session 2
  • Sketch Entities–
    • Inference line,
    • Centreline line,
    • Line,
    • Circle,
    • Arc,
    • Ellipse,
    • Rectangle,
    • Slots,
    • Polygon,
    • Parabola,
    • Ellipse,
    • Partial Ellipse,
    • Spline,
    • Spline tools,
    • Spline on surface,
    • Equation driven curve,
    • Points, Text,
    • Construction geometry,
    • Snap and grid,
Session 3
  • Sketch Tools
    • Fillet,
    • Chamfer,
    • Offset,
    • Convert entities,
    • Trim,
    • Extend,
    • Split,
    • Jog,
    • Mirror,
    • Dynamic Mirror,
    • Move,
    • Copy,
    • Rotate,
    • Scale,
    • Stretch,
    • Sketch pattern
  • Relations
    • Adding Sketch Relation,
    • Automatic relations,
  • Dimensioning
    • Smart,
    • Horizontal,
    • Vertical,
    • Ordinate,
    • Horizontal ordinate,
    • Vertical ordinate,
    • Align ordinate,
    • Fully define sketch.
    • Sketch Diagnosis,
    • Sketch expert,
    • 3D Sketching
    • Rapid Sketch
Session 4
  • Part Modelling Tools
  • Creating reference planes
  • Creating Extrude features
    • Direction1,
    • Direction2,
    • From option,
    • Thin feature,
    • Applying draft,
    • Selecting contours
  • Creating Revolve features
    • Selecting Axis,
    • Thin features,
    • Selecting contours Creating Swept Features-Selecting,
    • Profile and Path,
    • Orientation/twist type,
    • Path Alignment,
    • Guide Curves,
    • Start/End tangency,
    • Thin feature
Session 5
  • Creating Loft features
    • Selecting Profiles,
    • Guide curves,
    • Start/End Constraints,
    • Centreline parameters,
    • Sketch tools,
    • Close loft.
  • Selecting geometries
    • Selection Manager,
    • Multiple Body concepts
  • Creating Reference-
    • points,
    • axis,
    • coordinates
Session 6
  • Creating curves
    • Split curve,
    • Project curve,
    • Composite curve,
    • Curve through points,
    • Helix and Spira
  • Creating Fillet features
  • Inserting Hole types
Session 7
  • Creating Chamfer
  • Creating Shell
  • Creating Rib
  • Creating Pattern
Session 8
  • Environment & Utilities
    • Working with views and manipulating views,
    • Trouble shooting
    • Inserting Library feature,
    • Adding Configuration,
    • Inserting Design table,
    • System options,
    • Measuring Geometries,
    • Calculating Mass Properties
Session 9
  • Assembly Modelling Tools
  • Introduction to Assembly
    • Modelling &Approaches –Top down and Bottom up approach
  • Applying Standard Mates-
    • Coincident,
    • Parallel,
    • Perpendicular,
    • Tangent,
    • Concentric,
    • Lock,
    • Distance,
    • Angle.
Session 10
  • Applying Advanced Mates
    • Symmetric,
    • Width,
    • Path Mate,
    • Linear/Linear Coupler,
    • Limit Mate.
Session 11
  • Manipulating Components
    • Replacing Components,
    • Rotating Components,
    • Move Components,
    • Collision Detection,
    • Physical Dynamics,
    • Dynamic Clearance,
    • Detecting Interference
  • Creating Pattern
    • Assembly Pattern,
    • Mirror
  • Creating Explode Views
  • Top Down Design
    • Layout Sketch,
    • Work Part in the Context of an assembly.
    • Smart Components,
    • Smart Fasteners,
    • Physical Simulation
Session 12
  • Surface Modelling tools
    • Creating Extrude,
    • Revolve,
    • Swept,
    • loft,
    • Boundary surface.
    • Replace Face,
    • Delete face,
    • Untrimmed surface,
    • Thickening a SurfacSe,
    • Move Face
Session 13:
  • Generating Drawing Views
  • Introduction to Angle of Projection
  • Generating Views
    • Generating Model View,
    • Projected Views,
    • Inserting Standard 3 View
    • View creation relative to model,
    • Inserting predefined views,
    • empty views,
    • Auxiliary Views,
    • Detailed Views,
    • Crop view,
    • Broken –Out Section,
    • Broken Views,
    • Section View,
    • Aligned Section View,
    • Alternate Position View,
    • Working assembly specific view,
    • Drawing properties,
    • Manipulating views.
Session 14
  • Creating Dimensions
    • Smart,
    • Horizontal,
    • Vertical,
    • Baseline,
    • Ordinate,
    • Horizontal Ordinate,
    • Vertical Ordinate,
    • Chamfer,
    • Attach Dimensions,
    • Align Collinear/Radial,
    • Align Parallel/Concentric,
    • Model Dimensions,
    • Auto dimension,
    • DimXpert,
    • Annotations,
    • Spell check
Session 15
  • Inserting Annotations
    • Datum Features,
    • Geometric Tolerance,
    • Surface Finish,
    • Jog Leaders,
    • Hole Callout,
    • Datum Target,
    • Dowel Pins,
    • Area Hatch,
    • Cosmetic Thread,
    • Balloon,
    • Centre Mark,
    • Centre Lines,
    • Layers,
    • Working with Tables,
    • Bill of Materials,
    • Hole Table,
    • Sheets and Templates,
    • Sheet Format.
  • Sheet Metal Design
    • Concepts in Sheet metal design bend allowance bend deduction,
    • K-factor
Session 16
  • Inserting Base Flange,
  • Sheet Metal Tab,
  • Edge Flange,
  • Miter Flange,
  • Hem,
  • Jog.
  • Creating Break Corner/Corner Trim,
  • Closed Corners,
  • Rip.
  • Inserting Sketched Bend,
  • Fold/Unfold,
  • Forming Tools.
  • Inserting Cross Break,
  • Welded Corner.
  • Adding Corner Trim,
  • Lofted Trim.
  • Conversion of Solid Body to Sheet Metal.
Session 17
  • Working with import /Export data-
    • Importing in Pro/E,
    • Editing Imported Features,
    • Feature Recognition,
    • 2d to 3d Conversion
    • Work with Different File Format,
    • File Conversions
    • Photo Realistic Rendering
    • GD& T

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