[CATIA] Systems 3D Architect

 

Reinventing Electrical Architecture Design with Advanced 3D Software Solutions to ensure accurate modeling at an early design stage.

In today's fast-paced world, traditional methods of designing electrical architectures fall short. A 3D approach is essential to streamline the process, enabling efficient visualization, accurate modeling and precise integration of complex electrical systems.

Unlock the power of seamless space reservation and precise equipment placement with our Systems 3D Architect role. Designed to enhance the early architecture mock-up process, this cutting-edge software provides a comprehensive set of 3D objects specifically tailored for space reservation.

It empowers designers to create reservation volumes, precisely accommodating equipment pieces and allows you to define custom volumes for separation plates or disconnect zones. With Systems 3D Architect, you can effortlessly create pathways, establishing dedicated space for signal routing between equipment and facilitating hassle-free harness installation.

Say goodbye to guesswork and welcome a new era of streamlined architectural design. Our Systems 3D Architect role revolutionizes the way you visualize and plan your projects, saving you valuable time, resources, and effort.

 

Benefits

  • Streamline the early architecture mock-up process for improved efficiency.

  • Eliminate guesswork and reduce design iterations, saving time and resources.

  • Visualize and plan projects with ease, thanks to the comprehensive 3D space reservation volumes.

  • Enhance collaboration and communication among design teams.

  • Future-proof your architectural design process with early test and and control over the design

  • Stay ahead of the competition by embracing revolutionary 3D architecture solutions.

 

Highlights

  • Seamlessly create reservation volumes for equipment pieces in early architecture mock-ups.

  • Define specific volumes for separation plates and disconnect zones to ensure optimal organization.

  • Establish dedicated pathways for signal routing between equipment, simplifying harness installation.

  • Leveraging automated component placement and conductor routing during the detail design step later in the process