The Autodesk Fabrication products help extend Building Information Modeling (BIM) workflow to mechanical, electrical, and plumbing (MEP) specialty contractors for designing, estimating and fabricating ductwork, pipework, electrical containment and other mechanical systems used in buildings. These products let you use manufacturer-specific content to generate better estimates, create more accurate detailed models, and directly drive MEP fabrication. Autodesk Fabrication CADmep supports detailing and installation workflows for mechanical, electrical, and plumbing (MEP) contractors. It is typically used by detailers to create "fabrication intent" models of piping, plumbing, and or duct work systems. Models that originated from AutoCAD, AutoCAD MEP, Revit or Fabrication CADmep can be used as starting points for adding the data necessary to make the design intent models fabrication-ready.

The Autodesk Fabrication products help extend Building Information Modeling (BIM) workflow to mechanical, electrical, and plumbing (MEP) specialty contractors for designing, estimating and fabricating ductwork, pipework, electrical containment and other mechanical systems used in buildings. These products let you use manufacturer-specific content to generate better estimates, create more accurate detailed models, and directly drive MEP fabrication.

Advance Steel detailing software is built on the AutoCAD platform. Intelligent 3D modeling tools help you accelerate accurate design and detailing. Speed time to fabrication and construction with tools that automatically generate shop drawings and deliverables.

Another AutoDesk software developed on the AutoCAD platform is the AutoCAD Plant 3D program designed to design and model industrial units for oil, gas and petrochemicals. With the use of this software, it is possible to design a variety of industrial equipment and plumbing facilities with a wide library. Increasing accuracy and speed, as well as reducing production costs, are the results of using and benefiting from this program.

Another AutoDesk software developed on the AutoCAD platform is the AutoCAD Plant 3D program designed to design and model industrial units for oil, gas and petrochemicals. With the use of this software, it is possible to design a variety of industrial equipment and plumbing facilities with a wide library. Increasing accuracy and speed, as well as reducing production costs, are the results of using and benefiting from this program.

The industry-standard vector graphics software lets you create logos, icons, drawings, typography, and illustrations for print, web, video, and mobile.

AutoCAD Plant 3D is used for the design of process equipment, pipelines and instrumentation of industrial enterprises, as well as for the release of documentation. At the disposal of technical designers and designers - the ability to create the most advanced 3D projects in the familiar AutoCAD environment.

The cartographic software product AutoCAD Map 3D is intended for infrastructure planning and management. It allows you to work with CAD and GIS data coming from various sources. Using complex models of gas and electricity supply systems, water supply and sewerage, you can streamline information about objects, subordinating it to industry standards and business requirements. Integrating spatial information into a database makes data accessible to all professionals, helping to improve the quality, productivity and efficiency of facility management.

AutoCAD MEP is AutoCAD for design of heating, ventilating, electric and sanitary systems of buildings. The familiar AutoCAD environment delivers more accurate MEP documentation. Drawing automation and clash detection help improve productivity and reduce errors. Maintenance of the engineering systems project during construction and at other stages of the building life cycle is made possible thanks to reliable DWG technology.

AutoCAD Electrical is AutoCAD for designers of electrical control systems. AutoCAD Electrical includes all the features of AutoCAD, as well as a set of specialized functions for designing electrical control systems. Automation of common tasks and extensive libraries of symbols save a lot of time, which can now be devoted to innovative developments.