Complete Course in Creo Parametric
- Description
- Curriculum
- FAQ
- Reviews
Creo Parametric, developed by Parametric Technology Corporation, US, is a completely re-engineered, next-generation family of CAD/CAM/CAE software solutions for Product Lifecycle Management. Creo Parametric delivers innovative technologies for maximum productivity and creativity through its exceptionally easy-to-use and state-of-the-art user interface, from inception to the final product. Creo Parametric reduces the learning curve, as it allows the flexibility of using feature-based and parametric designs.
Creo Parametric serves the design tasks by providing different workbenches. A workbench is defined as a specified environment consisting of tools that allow the user to perform specific design tasks. This course will complete workbenches in Creo Parametric which are Sketching, Part Design, Assembly, Surfacing, and Drafting. The tutor has used real-world mechanical engineering projects as an example in this video course. This enables the user to relate the tutorials to real-world models in the mechanical engineering industry.
The subject of interpretability offered by Creo Parametric includes receiving legacy data from other CAD systems and from its own product data management modules. The real benefit of Creo Parametric is that the links remain associative. As a result, any change made to this external data gets notified and the model can be updated quickly. The videos in Creo Parametric further elaborates on the procedure of generating the drawings of a model or assembly, which are used for documentation of a model or assembly.
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1
Introduction to CAD -
2
Introduction to Creo Parametric
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3
Settings and Options in Creo Parametric
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4
Creo Workbench interface
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5
Features of Creo Parametric
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6
Introduction to Sketcher Workbench
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7
Sketching Tools -I
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8
Sketching Tools - II
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9
Adding dimensions to the sketches
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10
Adding constraints to the sketches
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11
Practice Example 1
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12
Sketching Tools - III
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13
Sketching Tools - IV
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14
Editing Sketches
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15
Sketching Tools - V
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16
Inspecting Sketches
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17
Practice Example 2
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18
Introduction to Part Modeling
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19
Creating Extruded Features
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20
Creating Revolved Features
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21
Creating Extrude and Revolve Cut
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22
Using part face as a plane
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23
Creating datum plane
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24
Creating datum axis
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25
Creating datum points
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26
Practice Example 1
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27
Practice Example 2
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28
Adding Hole - I
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29
Adding Hole - II
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30
Adding Rounds
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31
Adding Chamfer
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32
Adding Profile Rib
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33
Adding Trajectory Rib
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34
Adding Draft - I
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35
Adding Draft - II
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36
Creating Shell Feature
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37
Patterning Feature - I
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38
Patterning Feature - II
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39
Patterning Feature - III
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40
Practice Example 3
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41
Sweeping Geometry - I
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42
Sweeping Geometry - II
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43
Helical Sweep
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44
Blending Sketches
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45
Rotational Blend
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46
Swept Blend
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47
Extruded & Revolved surface
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48
Creating Boundary Blend surface
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49
Creating a filled surface
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50
Project Curve on surface
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51
Offset Surfaces - I
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52
Offset Surfaces -II
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53
Creating Intersecting Curve
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54
Trimming a Surface
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55
Merge Surfaces
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56
Add thickness to a surface
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57
Create solid model using surface
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58
Practice Example 1
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59
Introduction to assembly and interface
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60
Open and Place part in assembly environment
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61
Adding Constraints - I
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62
Adding Constraints - II
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63
Adding Constraints - III
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64
Create Part in Assembly
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65
Repeat and Mirror component
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66
Pattern Component
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67
Practice Example 1
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68
Explode components in assembly
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69
Create Bill of Material
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70
Checking Global Interference
