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Creo 2.0


Creo runs on Microsoft Windows and provides apps for 3D CAD parametric feature solid modeling, 3D direct modeling, 2D orthographic views, Finite Element Analysis and simulation, schematic design, technical illustrations, and viewing and visualization.

Creo comes with all the tools that are required for completing a product design. This course covers more demonstrative, and advanced solid modeling to make the learning process easier and more effective.

What will you learn
  • You can understand Creo Parametric concepts.
  • You can create and modify two dimensional sketches on datum planes and sketch geometry.
  • You can create parametric relationships between features.
  • You will learn to select and edit geometry, features, and models and also advanced solid modeling process.
  • You will become familiar in building 3D assembly.
  • Besides making you technically sound, this course will develop you into a professional and ready for the industry.



Chapter: 1 INTRODUCTION About CREO Features in CREO, Getting started, Configuration setting

Chapter: 2 SKETCH Sketching tools, Editing tools, Constrains, Dimensions, Inspect tools

Chapter: 3 PART MODELING (solid) Shapes, Engineering tools, Editing tools, Flexible modeling

Chapter: 4 ADVANCED SOLID MODELING Toroidal blend, Spinal blend, Cosmetic, Warp, Solid free form

Chapter: 5 DATUM FEATURES Datum plane, Datum axis, Datum point, Datum co-ordinate system, Datum curve

Chapter: 6 SURFACE MODELING Shape, editing (trim, merge, extend, off set, intersect, thicken, solidify, wrap, remove, split surface, collapse geometry) Surface tools, Publish geometry

Chapter: 7 SHEET METAL MODELING Shapes, Engineering tools, Forming tools, Bend tools, Editing tools

Chapter: 8 ASSEMBLY Assemble, Constraints, Create component, View manager Shrink wrap, Bill of materials, Component interface, Explode view, Appearance gallery, Render

Chapter: 9 DRAWING Templates, Drawing properties, Model views, Drawing views, Edit tools, Convert, Display, Format, Annotate, Edit annotation, Table, Balloons, export

Chapter: 10 MECHANISM Connection (pin, slider, cylinder) Motor (servo motor, force motor) Analysis (position, velocity, acceleration) Play back (play, capture)

Chapter: 11 Project 1

Chapter: 12 Project 2


`14 Hrs






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