🎓 Success Path: Airframe Composites Designer

Airframe Composites Designer

The Airframe Composites Designer role offers a wide range of tools specialized for designing composites structures. The role offers robust design methods, dedicated to capturing both design intents from stress department as well as the context of assembly, while also considering the manufacturing process and its associated constraints. 

🧑‍🤝‍🧑 Your profile

You want to cut design cycle times of airframe composites structures by designing in context of collaborative design loops.

You have onboarded on the following roles: 3DSwymer and Collaborative Industry Innovator

⌚ Estimated time

Onboarding: 5h 30m

🧑‍🏫 Your learning path starts here

Learn advance Surface Modeling tools along with Industry-proven design approaches to create composites data on complex surfaces.

Please find here your success path for Airframe Composites Designer. If you follow each part of it, you will quickly become an expert.

 

 

Explore the Airframe Composites Designer Role

In this module, you will discover and practice the key capabilities of the Airframe Composites Designer role. You will also learn how to design composites parts using the Manual and Grid Approach.

Key concepts covered:
📌 Define Composites Parameters
📌 Create Manual Plies
📌 Analyze and Modify Plies
📌 Create Solids from Plies
📌 Analyze Composites Parts for Producibility
📌 Generate Ply Books
📌 Create Preliminary and Detailed Grid Design

3DEXPERIENCE Airframe Composites Designer - Associate

This certification validates your knowledge and skills on the Airframe Composites Designer role within the 3DEXPERIENCE platform. You will be asked multiple-choice questions (MCQ) on creating manual plies, analyzing and finalizing composites design, creating preliminary and detailed grid design, performing producibility analysis and creating ply books.

 

 

Practice CATIA Composites Design

The CATIA Composites Design app offers composites design engineers with a complete set of process-oriented features to engineer composites parts. This learning module lets you practice the various approaches used to design a composites part. You will also learn how to analyze composites design and generate production documents.

Key concepts covered:
📌 Define Composites Parameters
📌 Import Composites Design Directly from an Excel File
📌 Design a Composite Part using the Grid Approach
📌 Design a Composite Part using the Zone Approach with Solid Slicing
📌 Perform and inspect the Producibility Analysis
📌 Export and import the Ply Design Data
📌 Create a Ply Book
 
 

Collaborate from Design to Manufacturing in Composites

In this module, you will discover the end-to-end process from design to manufacturing a composite part using the Dassault Systèmes' integrated solutions in the 3DEXPERIENCE platform for composites engineering. You will also discover how composites designers, simulation engineers and composites manufacturers collaborate using the platform.

Key concepts covered:
📌 Design a composite part
📌 Simulate the composites design
📌 Prepare the composite part for manufacturing and laser projection
 

Strengthen your skills & network with peers!

 

👉 Join CATIA USER COMMUNITY to learn more about CATIA and to connect with your peers.

Increase your own skills or share your knowledge. Connect yourself with other users: ask questions, like and help in our online community!


 

👉 Join the 3DEXPERIENCE platform user's community to learn more about the 3DEXPERIENCE platform and to connect with your peers.

Increase your own skills or share your knowledge. Connect yourself with other users: ask a question, like, and help in our online community!

👉 Join the ENOVIA User Community to learn more about the ENOVIA brand and to connect with your peers.

Increase your own skills or share your knowledge. Connect yourself with other users: ask a question, like, and help in our online community!