Creo Surfacing Level 5: Advanced Import to Create Parametric Surfaces
Creo Surfacing Level 5: Advanced Import to Create Parametric Surfaces
Course Duration: 16 hours
Tuition: $1,500 USD
Overview +
Learn to create digitally correct complex geometries relative to point cloud imports using parametric curves and surfaces inside Pro/Engineer. Participants will work with a choice of Pro/Concept, Rhino, Geomagic, Restyle & Alias surface imports or various point cloud data.
Prerequisite +
This workshop is only for designers or engineers who have taken
at least two 16 hour workshops from Design Engine in the past. Prior import experience is not necessary, however this is an advanced class and as such participants are expected to have a high level of surfacing experience. We suggest either the Design Engine
Pro/Surface Level 1 Class or the
One Week ISDX Intensive as a prerequisite to this course.
Topics +
- Review basic import functions.
- Go over in great detail redefining functions for import geometry.
- Learn to manipulate import geometry.
- Review in-depth advanced import functions.
- Learn to manage various import geometries.
- Discuss in detail problems with import geometry and offer solutions.
- Learn workflow solutions and problem solving techniques with Pro/Surface and ISDX.
- Learn to maintain some parametric ability with multiple imports.
- Learn to create fully modifiable Pro/E geometry with scan data.
- Learn to rebuild import geometry completely with full robust parametric controls.
- Use layers to manage offset surfaces in the solidification effort.
- Discuss using import geometry for checking assembly interference.
Discussions +
- Discuss reverse engineering history and evolution.
- Discuss techniques for managing import data.
- Discuss techniques for moving import data into the appropriate position for managing the model construction process.
- Discuss polygon imports and contrast from Geomagic or Restyle IGES imports.
- Overview of Wildfire Restyle.
- Discuss strengths and weaknesses of Wildfire Restyle.
- Discuss workflow techniques for rebuilding robust parametric models from import geometry.
- Discuss alternate techniques to getting scan data for capturing form.
- Discuss inspection techniques to compare one parametric model to existing scan data.
- Discuss first article inspection techniques within Pro/Engineer.
- Create parametric curves and surfaces on top of static import geometry.
- Discuss the multitude of scan data techniques and offer suggestions to users who actually conduct the scanning process for easier recreation using Pro/Engineer.
- Discuss creating offset surfaces for shelling techniques.
- Discuss using import geometry for checking assembly interference.
- Discuss building parametric curve and surface geometry directly or indirectly from IGES or STEP geometry.
- Discuss granite one seamless imports.
- Discuss polygon imports in great detail and, as apart of an exercise, use poly geometry to create robust parametric data.
- Discuss using ISDX to reverse engineer components and make parametric and robust geometry that can be modified after analysis.
- Discuss import techniques for rebuilding ergonomic forms.
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*Please note that prices listed on this page are based upon pre-payment prior to the start of the class
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[…] It's not as easy as 1 2 3 and depending upon the complexity of the meshed geometry it's not terribly hard to create yourself a 3d surface model then solid model of the geometry. It is presumed that you want to later modify that geometry from the mesh then get a prototype then modify the geometry and get another prototype again. Unfortunately that type of surfacing requires some real experience. Geomagic is a solution that will get you Dumb data ie. A surface model that can be solidified but is not parametric nor barley modifiable. This is my two day workshop for the above process Design-Engine Education: Industrial & Product Design Training in Pro/Engineer, Solidworks, Maya,… […]