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Industrial projects - better process and plant construction with Tekla's BIM software

Watch this webinar where you can explore how Tekla allows you to manage risk and plan for a smooth process in industrial projects.

With Tekla software, you can coordinate with both plant design software and fabrication machinery, while accurate quality information in 3D models brings benefits throughout the lifecycle of an industrial facility.

Structures fit correctly when production equipment and piping are incorporated into the design. Before construction starts, you can virtually identify and resolve issues, investigate alternatives, and prevent costly delays. The quick and accurate take-off of material quantities benefits from improved cost estimation and efficient procurement. Later, knowing the facility's structures inside and out, thanks to the model information, makes any potential modifications easier.

Tekla's software integrates with common industry process planning, analysis, and design applications, enabling seamless real-time collaboration and information sharing between project participants. It seamlessly interfaces with leading plant design systems/solutions such as E3D, PDMS, SmartPlant3D, PDS, CADMATIC, CADWorx and many others, improving the workflow between engineering teams and other disciplines throughout the engineering and fabrication lifecycle.

Date: Tuesday, August 8th, 2023
Time: 3:30 pm to 4:30 pm

Watch this webinar to discover how to achieve cost efficiency, improve safety and keep the schedule in your industrial construction projects. With Tekla software you can,

  • Create information-rich models of all structures and materials and use them for making informed decisions throughout the project.
  • Coordinate with analysis and plant design software and fabrication machinery.
  • Boost project understanding and quality with 3D visualizations.
  • Identify possible plant operations and safety issues early in the process.
  • Achieve better construction methodology: Calculate centers of gravity of modules accurately also utilizing information from other solutions for improved construction efficiency.