Aveva Outfitting

Aveva Outfitting is the solution for three-dimensional design of saturation of courts and offshore facilities without discrepancies and collisions.

2020: Concept of end-to-end informatization on the basis of digital doubles of the enterprises

The updated AVEVA company in April, 2020 submitted the concept of end-to-end informatization on the basis of digital doubles of the enterprises.

Transition to the third decade of the 21st century became for the British company AVEVA an important business mark: there passed two years after fatal consolidation with Schneider Software, software division of Schneider Electric, and the company, really, reached the new level of development. Say large-scale system changes about it, both in the most engineering software of AVEVA, and in market segments to which these software products are addressed. Read more here.

2015: Aveva Outfitting properties

(Data are relevant for May, 2015)

Screenshot of the program window, 2014

Properties of a system

• Completely interactive, three-dimensional environment easy in use supported by the user Microsoft Office interface and the most modern three-dimensional graphic means.
• Designers see at the same time all project such what it looks also in Aveva Hull and AVEVA Outfitting.
• Rules of check of discrepancies and integrity of information which can change the user allow to identify errors and manifestations of inconsistency in the project.
• Conventional processes of control of changes can be applied without delays in projects of any scale.
• The system of the statuses has possibilities of setup that allows to estimate degree of readiness of the project always correctly.
• Automatic release of drawings and reports directly from the database of the project (with a possibility of setup), supporting all requirements of ship-building production processes.
• Outfitting is integrated with all applications of a line Aveva Marine and creates thus a unique system with ample opportunities for setup of design of objects of shipbuilding in the three-dimensional environment.

Screenshot of a window of a 3D model, 2014