Creo Parametric
Free
What is Creo?
CREO Parametric is the most powerful, flexible 3D modeling software in Industry. CREO Parametric associates ease of use with capabilities that can handle whatever you are planning or exploring. CREO provides tools that do not create barriers between the critical functions. It improves the dedicated concept development toolset. Plus, it further enhances the seamless flow of design intent between concept and detailed design.
CREO parametric delivers an optimized user experience that greatly improves fastener assembly workflows, combined with extensive hardware libraries.
What can Creo do?
- Enjoy smarter faster assembly modeling performance
- Share lightweight, yet fully accurate model representation without feature information reducing the risk of piracy.
- Create frame work of assembly to provide common reference for assembly components eliminating the restrictions to change components
- Flexible component which readily adapts to new, different, or changing requirements within an assembly
- Filter the display of components while reopening very large assembly’s reducing the time and ram space required.
Why Creo?
- With increase in demand of new & most complex designs, CREO has made itself irresistible to all kinds of challenges faced by the designers. Wide range of application has made it popular not only in automobile industries but also in medical & agricultural, taking the number of job opportunities to next level.
- It is a CAD product which promotes best practices in design and maintains your industry standards.
- CREO has a wide level of acceptance and use in manufacturing industries. Mostly all the equipment manufacturers will use it.
Learning Outcomes
- Information packed practical training starting from basics to advanced
- Course content designed by considering the review of different companies. We insure we update our syllabus on regular intervals to keep our training in sync with the Industry Need.
- Practical assignments at the end of every session.
- Practical learning experience with live project work and examples.
- We encourage Project based learning.
Who should learn?
- Mechanical Engineers, BE/ B.Tech, ME/ M.Tech Engineering students and professionals.
- Diploma Engineering students
#BestCreoTrainingInstitute
Course Features
- Lectures 2
- Quizzes 0
- Duration 64- 120 hours
- Skill level Advanced
- Language English & Hindi
- Students 0
- Assessments Yes
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Introduction to the Creo Parametric Basic,Modeling Process,Understanding Creo Parametric Concepts,Using the Creo Parametric Interface
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Creating Sketcher Geometry I
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Creating Sketcher Geometry I
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Sketcher tools
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Creating Sketches for Features
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Advanced Sketching I
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Advanced Sketching II
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Practice Tutorials
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Sketch based Feature (extrudes, revolve)
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Sketch based Feature (rib) , Selecting and editing model
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Using the Creo Parametric Interface – Part 2
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Creating Datum Features: Planes and Axes, Utilizing Internal Sketches and Embedded Datums
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Sketch based Feature (sweep)
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Sketch based Feature (blends)
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Advanced Chain Selection, Advanced Surface Selection, Hole and shell
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Creating Rounds (advanced)
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Creating chamfers (advanced)
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Drafts
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Creating patterns (advanced)
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Mirrors, copy, paste, move and rotate features, family table and reference management
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Relations and Parameters
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Advanced Layers, Reusing Features
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Practice tutorials
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CASE STUDY
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Understanding Assembly Theory, Creating New Assembly Models, Assembling with Constraints I
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Assembling with Constraints I
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Exploding Assemblies
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Component pattern in assembly environment
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Measuring and inspecting assembly, Section view, Editing components in assembly
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Case study
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Surface features
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Investigating Parent/Child Relationships
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Capturing and Managing Design Intent
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Analyzing Drawing Concepts and Theory
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Analyzing Basic 2-D Orientation
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Creating New Drawings and Applying Formats Creating and Orienting General Views Adding Drawing Models and Sheets, Creating Projection Views, Creating Drawing Views
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Creating Drawing Details, Creating and Using Component Interfaces
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Creating and Using Flexible Components
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Restructuring and Mirroring Assemblies
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Using Assembly Features and Shrinkwrap
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Replacing Components in an Assembly
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Creating Layers in Assemblies
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Understanding the Basics of Simplified Reps
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Creating Cross-Sections, Display Styles, and Combined Views
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Substituting Components By Rep, Envelope, and Model
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Understanding Advanced Simplified Rep Functionality
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Creating and Using Assembly Structure and Skeletons
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Introduction to sheet metal design, Primary walls, Secondary and unattached walls
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Bend features, Unbend, bend back and cuts
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Notches and punches
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Sheetmetal forms, Unbending sheetmetal geometry, Converting solid parts
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Sheetmetal drawings with flat states and bend order table, Additional features
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Setting up for design
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Flexible modelling
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Project