Autodesk® Alias® software products ― Alias® AutoStudio, Alias® Surface, Alias® Concept, Alias® SpeedForm and Alias® Design ―offer a premium range of tools for industrial designers, modelers and technical surfacing experts in automotive and other industries. Through a continuous workflow from concept to production quality surfaces, the Alias software provides industry-leading surfacing capabilities ― supported by best-in-class sketching, modeling and visualization tools ― helping you to create innovative and compelling designs faster than your competition, while maintaining design intent throughout the process.

Autodesk Revit is a software package for computer-aided design that implements the principle of building information modeling (Building Information Modeling, BIM). Autodesk Revit is aimed at architects, designers and design engineers, provides the ability to 3D modeling of building elements and 2D drawing of design elements, creating custom objects, organizing collaboration on a project, from concept to the release of working drawings and specifications.
Autodesk Revit provides a high level of collaboration between professionals from different disciplines and significantly reduces the number of errors. This system allows you to create building structures and engineering systems of any complexity. Based on the projected models, specialists have the opportunity to develop an effective construction technology and accurately determine the required amount of materials.

AutoCAD Plant 3D is used for the design of technological equipment, pipelines and instrumentation of industrial enterprises, as well as for the release of documentation. At the disposal of technical designers and constructors is the ability to create the most modern 3D projects in the familiar AutoCAD environment.
Requirements-based design capabilities and a library of standard components optimize the design and layout of piping, process equipment, and support elements. Built-in AutoCAD P&ID functions allow you to create and edit piping and instrumentation diagrams, and then reconcile the data with the 3D model. From a 3D model, you can create isometric and orthogonal views of drawings.