Electrical Design

Electrical design refers to conceptualizing, planning and detailing systems where electric current flows to perform a specific function. It's about ensuring electrical systems and components function efficiently, safely and in compliance with industry standards while integrating seamlessly with mechanical and software systems.

Electronic engineering is a specialized field focusing on the design, development and implementation of electronic systems and components. In modern product development at Dassault Systèmes, it is integrated through the 3DEXPERIENCE platform, which enables:

• Unified electronic and electrical systems development using CATIA for comprehensive design management
• Virtual twin experiences that allow testing and validation of electronic components before physical prototyping
• Integrated Model-Based Systems Engineering (MBSE) approach for complex electronic system development
• Seamless collaboration between electronic, mechanical and software engineering teams
• Real-time simulation and analysis of electronic components using SIMULIA's electromagnetic simulation tools

The 3DEXPERIENCE platform transforms electronic engineering by providing:

• Cloud-based collaboration for global engineering teams
• Automated validation against industry standards and regulations
• Integration of sustainability considerations in electronic system design
• Streamlined electronic component lifecycle management
• Advanced tools for PCB design and electronic system optimization

This unified approach helps companies accelerate innovation while ensuring quality and reliability in their electronic product development processes.

Begin with formal education in electrical engineering or a related field, then accelerate your learning through Dassault Systèmes' comprehensive educational resources.

Start with CATIA Electrical Systems Design fundamentals on the 3DEXPERIENCE platform, which offers learning paths and hands-on experience.

Advance your skills with ELECTRE's specialized electrical schematic design tools, which seamlessly connect with the broader CATIA portfolio.

Take advantage of Dassault Systèmes' Learning Solutions to access structured courses, certification programs and real-world project experience that will help you master electrical design in a professional environment.

CATIA Electrical and ELECTRE are comprehensive electrical design software solutions that offer:

Core Functionalities:

• Creation and management of electrical schematics.
• Development of wire harnesses and cable systems integration of 2D electrical diagrams with 3D mechanical designs.
• Automated generation of manufacturing documentation.

Key Design Capabilities:

• Real-time collaboration for global engineering teams.
• Automated validation against industry standards integration with mechanical design workflows.
• Virtual prototyping and system simulation.
• Component library management.
• Automated routing and optimization.

Industry Applications: 

• Automotive electrical systems.
• Aerospace wiring solutions.
• Industrial equipment design.
• High-tech product development.
• Medical device engineering.

These tools are particularly valuable for:

• Managing complex electrical systems.
• Ensuring regulatory compliance.
• Reducing design errors.
• Accelerating development cycles.
• Optimizing manufacturing processes.
• Facilitating cross-disciplinary collaboration.

Electrical design engineers create schematics, equipment lists and conduct calculations or protection studies. They ensure electrical systems meet safety standards, regulatory compliance and performance requirements while collaborating with multidisciplinary teams.

The main stages include concept development, schematic design, component selection, system integration, testing and validation, documentation and manufacturing preparation. Each stage involves specific processes and tools to optimize electrical system development and performance.

Electrical schematic design software is a specialized tool used by engineers and designers to create, edit and manage detailed electrical circuit diagrams. These schematics visually represent the components and interconnections within an electrical system, such as wires, power sources, switches, relays and control devices. The software helps ensure accuracy, standard compliance and easy collaboration across teams. It's essential for minimizing design errors, accelerating project timelines and facilitating maintenance and troubleshooting in complex systems like vehicles, buildings and industrial equipment.