Catia Design Methodology

Catia is not about knowing where to find the needed operation. Professional designers follow a neat methodology to tackle complex designs with confidence through a robust use of solids and surfaces

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Why this program?

This program provides the perfect blend of efficiency, innovation, and practical application to revolutionize the way you approach design. By leveraging cutting-edge tools and methodologies, you’ll learn to reduce seat design time from two days to just 8 hours, maximizing productivity without compromising precision. Dive into the design of key components like a clear rear wing and airbrake, focusing on aerodynamic performance and structural integrity. Gain a deeper understanding of the powertrain through improved 3D interpretation, honing in on intricate details like suspension systems for optimal performance. Through the use of Computer-Aided Design (CAD) software, you’ll master the creation and analysis of geometrically defined models, transforming complex 2D drawings into intuitive 3D designs. By the end of the program, you’ll be equipped with the expertise to push the boundaries of engineering, bringing your innovations from concept to reality with unparalleled efficiency and precision.

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Program Outline

1. Training Welcome
  FREE PREVIEW
2. Training Outline
  FREE PREVIEW
3. Trainer Presentation
  FREE PREVIEW
4. Practical Information
5. Catia Basig Settings Guide
6. Additional Reading Material (Bibliography)
7. Learning Materials (CAD Archives)
1. Organizing the Design - Module Outline and Objective
  FREE PREVIEW
2. Before Starting the Design
  FREE PREVIEW
3. Design Workflow - External References
4. Design Workflow - External References in Catia
5. Design Workflow - Support Geometry
6. Design Workflow - Support Geometry in Catia
7. Design Workflow - Part Design & Documentation
8. B-Reps
9. B-Reps in Catia
10. External References Organization
11. Support Geometry - Symmetrical Parts
12. Interfaces Definition
13. Positioned Sketches
14. Positioned Sketches in Catia
15. Design Organization Quiz
1. Solids: Function Based Design - Module Outline and Objective
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2. Design with Solids - Introduction
  FREE PREVIEW
3. Design Exercise - Spindle and Brake Calliper Connection
4. Function Based Design - Start Calliper Support Design
5. Function Based Design - Calliper Boss Depth Control & Symmetry Planes
6. Function Based Design - Increase Support Geometry
7. Function Based Design - Booleans
8. Function Based Design - Holes and Bolt Head Clearances
9. Control Dependencies
10. Solids: Function Based Design Quiz
1. Solids: Booleans - Module Outline and Objective
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2. Boolean Operations
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3. Design Exercise - Wheel Hub
4. Main Surface Design - Simple Base Geometries
5. Main Surface Design - Outboard Remove Operations
6. Main Surface Design - Top Cutter Operations
7. Main Surface Design - Lower Cutter Operations
8. Main Surface Design - Geometry Edition (Fillets)
9. Bearing Interface Design - Base Geometries & Machining Operations
10. Final Part - Weight Reduction
11. Final Part - Geometry Edition (Fillets)
12. Function Based Design Recap
13. Solids: Booleans Quiz
1. Surfaces: Tools & Operations - Module Outline and Objective
  FREE PREVIEW
2. Surfaces - Introduction
  FREE PREVIEW
3. Wireframe Toolset Operations
4. Surface Toolset Operations
5. Shape Fillet vs Edge Fillet
6. Extrapolation of Surfaces
7. Reference Surfaces
8. Hole Hierarchy
9. Untrim External Surfaces
10. Blend vs MultiSection vs Fill
11. Intersection of Surfaces
12. Building Corners with 3 Surfaces
13. High Level Tree Structure
14. Design Area
15. Build Block
16. Publications & Links
17. Surfaces: Tools & Operations Quiz
1. Surfaces: Designing a Real-Life Part - Module Outline and Objective
  FREE PREVIEW
2. Sketch
  FREE PREVIEW
3. External References & Support Geometries
4. High Plan Design & Basic Tree Organization
5. Tubular Surface Design - Lower Surface Design
6. Tubular Surface Design - Lateral Surface Design (Part I)
7. Tubular Surface Design - Lateral Surface Design (Part II)
8. Tubular Surface Design - Lateral Surface Design (Part III)
9. Tubular Surface Design - Lower and Lateral Joining
10. Tubular Surface Design - Preliminary Upper Surface
11. Rear Surface Design
12. Front Surface Design
13. Wishbone Clearence & A-Surface Finishing
14. Top Surface
15. Transition to Side
16. Top and Lateral Union
17. Applying Thickness
18. Concept for Variable Thickness
19. Moulded Part
20. Gearbox Interfaces Definition
21. Gearbox Interfaces Operations
22. Rear Light Operations
23. Hardpads for Metallic Inserts
24. Part Review & Final Comments
1. Final Survey
2. Final Remarks
3. Upload The Native Lab & Certificates to LinkedIn

89 lessons
Online & Self-Paced

Instructor

Marc Oliva

Chief Design Engineer @Managing Composites (Ex- Koenigsegg & McLaren)

Practical Information

Certificate of Successful Completion

Industry-wide recognized certification
1 Year Access to Program

100% practical and skills applicable from day 1
Join Alumni Network

Learn from proven composite experts

What our students say about us

100% Applicable

David Laier

The program is well structured with great content. The examples you work on are very exciting and fit perfectly into the automotive sector. I can therefore apply 100% of the program at work and would do the program again and again

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Excelent!

DANIEL PALOMANES PAZ

Training fully applicable to the real world.

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An excellent course for learning how to create robust designs

Burak Yilmaz

An excellent course for learning how to create robust designs

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Practical, structured and complete course on advanced CAD design

Alessandro Galbiati

The course is complete, well-structured, and taught by a highly competent and proficient CATIA professional. It’s not just a class for learning a tool, but rather an opportunity to understand how to design robust CAD models using methodologies followed by world-class professionals. The true power of this course lies in the practical skills that you can apply from day one to design complex geometries with a neat, robust, and reliable approach. This applies not only to CATIA but to any advanced CAD software. I highly recommend this course to anyone, from beginners to advanced CAD designers who are constantly seeking improvements.

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Catia Design Advanced Methodology

Gil Matas

A wonderful way to learn about the design methodology for Solids and Surfaces in order to show you how to tackle complex designs with confidence.

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Want to know if the Catia Design Methodology Program is for you?

Watch below our Introduction to Catia Design Methodology Program

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Cancellation Policy

You may request to cancel your subscription's renewal for a full refund, up to 72 hours before the date and time of the event. Cancellations done one the day of subscription renewal, would involve partial refund. Cancellations done after this period, will result in no refund.