CATIA empowers the Aerospace and Defence industry by providing a comprehensive suite of tools for designing, engineering, and manufacturing complex systems. Its 3D modeling capabilities enable the creation of highly detailed aircraft and spacecraft, while its support for advanced materials and simulation tools ensures optimal performance and safety. By streamlining design, improving collaboration, and optimizing manufacturing, CATIA helps companies innovate, reduce development time, and maintain competitiveness in this demanding industry.
Product Capabilities for Aerospace and Defence
Aerospace Composites Design
Cut design cycle times of airframe composites structures by designing in context of collaborative design loops while accounting for manufacturing constraints.
Aerospace Fastener Engineering
Airframe Fastener Engineer accelerates complex airframe fastened assemblies design, simulation and manufacturing, thanks to automated fasteners instantiation capabilities based on company standards and rules.
Aerospace Composites Engineering
Design, optimize, validate and produce complex composites parts with process-oriented applications, on a single integrated platform.
Electrical Wire Harness Engineering
An integrated End-to-End electrical development process from schematics and 3D design down to work instructions and formboard layouts.
Fluid Systems Engineering
Integrated End-to-End Fluid systems development environment which enables the complete design of fuel, hydraulics, brake and HVAC systems.
Landing Gear System Engineering
Leverage Model Based Design through fast 3D Tolerancing adoption for product engineering. Complete Product definition throughout 3D annotations conveying full Product Manufacturing Information
Mechatronics System Engineering
Leverage the power of Modelica and 3DEXPERIENCE to rapidly develop, simulate and validate complex mechatronic systems
Aerospace Structural Engineering
Focus on the key structures of the airframe to sustain the sizing loads and criteria to explore alternatives and achieve right-first-time design
Aerospace System Architecture
Design and optimize system architectures to accurately project aircraft performance
Sheet Metal & Machined Part Engineering
A comprehensive set of process-oriented applications to manage the conceptual, detailed design and preparation for manufacturing of sheet metal & machined parts
Component Functional Generative Engineering
Explore and generate lightweight shapes, on target, with a design solution addressing both additive and conventional manufacturing processes
Trends
CATIA V5 Connected Engineering
The connected engineering trend is transforming the engineering landscape, driven by advanced software solutions like CATIA. By enabling real-time collaboration across disciplines and geographies, CATIA fosters a more cohesive approach to product development
Creative Design Experience
The landscape of product design has evolved significantly, with consumers demanding holistic experiences and sustainable innovation. To meet these expectations, companies and designers must adopt new creative workflows
3DEXPERIENCE CATIA Connected Engineering
In today's competitive global market, engineering is crucial for companies to differentiate themselves. To succeed, engineers must focus on customer needs, innovate effectively, and explore numerous design options
Lightweight Engineering
CATIA Lightweight Engineering empowers designers to optimize product weight, stiffness, cost, and material usage. By leveraging techniques like cognitive augmented design, simulation-driven design, reverse engineering, co
Systems Engineering
The 3DEXPERIENCE platform empowers systems engineers to design and develop intelligent embedded systems for tomorrow's smart products. By addressing challenges like complexity, performance optimization, and safety, this platform enables innovators to increase their competitiveness
Virtual Twin for Electrical Systems
The complexity of modern products has increased significantly, leading to challenges in electrical system design. Traditional siloed approaches limit cross-discipline collaboration and integration, resulting in costly errors, rework, and delays
Thermal Systems Design
Sustainable, High Performance Thermal Systems Design and Simulation offers companies a competitive advantage. By integrating advanced simulation tools, engineers can optimize thermal systems for efficiency, reduce development costs, and accelerate time-to-market
