Graphic 3D design has always been associated with animation. In engineering industry, 3D Building Information Modelling (commonly known as BIM) has played an important role for architectural, mechanical, structural, project management, and technological industries. As early as 1970’s, BIM has been used as a formal procedure to utilize virtual model before the actual for project implementation.

In structural steel fabrication engineering, BIM has become an integral part of planning and design. Basically, with the recent changes and new releases of modern design software, the traditional method of manual drawing board design plotting, are now digitized.

Introduction of 3D Modelling in Steel Industry

The use of digitized design models for steel fabrication and production has started as early as 1990’s when the use of computer software for preparing data, reports and design models has become common. In fact, the steel industry has depended on 3D BIM software to complete planning, preparation, production, and implementation. Having a digitized structural model of construction projects, it allows companies to easily design, update, and compare implementation. This also hastens project completion and effectively eliminates errors, thus saving time and money.

Purpose of Requiring to Use Digital Graphic Modelling Software

The engineering discipline behind the dependence of the steel structural industry to 3D design modeling software is not only due to popularity and coping with the technology but also with the essential positive results brought about by it.

Digitally modeled plans and designs can result in the following benefits.

  • Cost efficient
  • Reduced project timeline activities
  • Shared knowledge resource
  • Reliable basis for planning and decision making during construction cycle
  • Easy utilization of projects
  • Faster development, fabrication, production, and construction
  • Effective synchronization of project phases
  • Accurate visual representation and design model
  • Stress – free update on changes
  • More output deliveries

Automation of Steel Processing and Assembly

BIM has become an integral advancement in the steel industry; it allows construction industry to become more efficient and cost-effective. Based on current statistics, there have been more or less 20% from the $4 trillion of non – residential construction alone is loss due to unexpected delay and other unnecessary overhead expenses. Engineers, fabricators, and builders can now prevent project delays using 3D Modelling software.

There are basically a lot of graphic designs software vendor around that provide such facility. Major steel companies rely and invest a great amount of budget on the specific software of choice, as long as vendors’ products are based on the international standard.