Collaborative Circuit Board Designer
Offer the engineering virtual twin of electronic assembly board in context of MCAD design, reducing time to market thanks to virtual mechanical integration.
Role
Electrical & Fluid Engineering
A Comprehensive Set of Engineering Roles Integrated in a Seamless Design Process
Empower Electrical and Fluid Engineers
With the ever-increasing demand for more complex and sustainable systems, Electrical and Fluid Engineering faces critical challenges for energy efficiency, system integration, and optimized behavior. Quality of electrical and fluid design becomes paramount to ensure proper feature delivery and avoid costly modification late in the manufacturing process.
Full integration is crucial for seamless processes and compatibility between technologies. Overcoming these challenges requires collaboration, staying updated with advancements, and adopting a multidisciplinary approach for efficient solutions in these fields.
CATIA Electrical & Fluid Engineering Key Benefits
Leverage Collaboration
Bring teams together with a single platform to exchange relevant data between all stakeholders.
Empower End-to-End Processes
Enable systems engineering from early conceptual steps all the way to realization of final products.
Deliver First Class Solutions
Provide dedicated assistance and automation tools to empower the ideas of system engineers.
Explore the Subdisciplines
Discipline
Electrical Engineering
A Powerful End-to-end Process for All Electrical Designers
Discipline
Fluid Engineering
Design End-to-end, compliant Fluid Systems in a Collaborative Product Development platform
Integrated Solutions to Tackle Complexity
CATIA Electrical & Fluid solutions are built on the Dassault Systèmes 3DEXPERIENCE platform for systems engineering. They share a common, open, extendable data-model and repository that delivers a consistent view of information across all engineering disciplines and applications. This data model is at the heart of an integrated workflow that links systems architecture definition through schematics and 3D routed systems representation up to manufacturing preparation.
These system representations all access the same underlying component definitions, ensuring design consistency and product quality. Throughout the development process, integrated knowledge management capabilities facilitate automated checks of the systems design against predefined compliance rules and standards.
CATIA Electrical & Fluid Engineering Roles
CATIA Electrical & Fluid Engineering software products are packaged as Roles on the 3DEXPERIENCE platform to get you up to speed faster and work more efficiently with all needed applications available at your fingertips. Select a package that corresponds to your role in an organization.
There are 9 results
Electrical 3D & Manufacturing Engineer
Optimize the physical design of wire harnesses and cable systems in context of the complete product and prepare quickly high quality manufacturing documentation
Role
Electrical 3D Systems Designer
An integrated 3D electrical development environment which enables the physical design of wire harnesses and cabling in the context of the complete product
Role
Electrical Cabling 3D System Engineer
An integrated 3D electrical development environment which enables the physical design of cabling and cable tray systems in context of the complete product
Role
Electrical Manufacturing Engineer
Save costly development time by optimizing the quick preparation of high quality manufacturing documentation
Role
Fluid 3D Systems Designer
Improve piping, tubing and HVAC systems quality, shorten design time and reduce material costs by optimizing the physical design of complex fluid systems
Role
Outfitting 3D Systems Designer
Engineer fluid & electrical systems and steel layout equipment while ensuring integration/synchronization in context of the overall ship or offshore platform
Role
Piping & HVAC 3D System Engineer
An integrated 3D fluid systems development environment for the physical design of piping and HVAC systems in the context of the Digital Mock-Up
Role
Systems Schematic Engineer
Create discipline-specific intelligent schematics for wiring, cabling, piping/tubing and HVAC systems
Role
Discover the Products
Portfolio
CATELECTRE
The Cutting Edge of Electromechanical Integration
Portfolio
ELECTRE
Electrical Schematic and Wiring Diagrams
Start Your Journey
Harness the power of Electrical & Fluid systems with CATIA
Virtual Twin for Electrical & Fluid Systems Design Process
EBooks
Marcopolo
Discover how Marcopolo uses the 3DEXPERIENCE platform to streamline bus development, centralize product data, and speed time to market.
Customer Story
CATIA Virtual Twin for Electrical Systems Design Process Continuity
Manage traceability along the entire electrical systems life-cycle
E-seminars
Join the conversation in the CATIA MBSE Cyber System User Community!
2026x HF2 Unable to Apply ForceDesignation to Operational Performer
mission engineering UAF When I attempt to create a value for the OpposableElement tag I am not able to get a pull-down. Instead I just get a link to the enumeration. The tag definition in the stereotype uses the type DesignationKind for the tag, not ForceDesignation. DesignationKind is the base stereotype for ForceDesignation. This appears to be an issue in the UAF v1.3 profile.
CATIA MBSE CYBER SYSTEMS
[SAMPLE MODEL] EE&S Artifact Positioning on the Automotive SPICE Grid
What this isA practice model showing where EE&S plugin artifact types naturally land on the ASPICE process grid, using a Collision Avoidance System (ADAS) as the reference system. The point isn't the system — it's demonstrating that the tool's native constructs map directly to ASPICE work products, and that the chain doesn't stop at architecture.ASPICE Process → EE&S Artifact MappingSYS.1 — Requir
CATIA MBSE CYBER SYSTEMS
FlexNet Plugin Licenses in Batch Mode
My team is trying to run Cameo in “batch mode”, and I have a question regarding the FlexNet license server configuration that is not answered in any of the documentation that I was able to find. In the Cameo documentation, I see Java arguments for specifying a FlexNet server and port (FL_SERVER_ADDRESS / FL_SERVER_PORT), and I also see that I can specify a tool edition (FL_EDITION). However, in th
CATIA MBSE CYBER SYSTEMS
Derivation Tables in SysML V2
Requirement derivation tables are easily one of the top requested topics from users across the industry. In my latest video, I walk through how to define a reusable view def and map it directly to your requirement structures.Watch the Video here: [Link to YouTube Video] Download / Copy the Source CodeGrab the SysML v2 code used in the video below to test and adapt for your own models:How are you
CATIA MBSE CYBER SYSTEMS
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Delivering world-class Building Information Management (BIM) software solutions for architects, civil engineers and contractors across all project phases and trades.
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