Renga Collaboration is a Building Information Modeling (BIM) system designed for the integrated design of architectural, structural, and MEP engineering aspects of buildings. It allows multiple team members to work concurrently on the same project model, facilitating efficient BIM design and reducing discrepancies between different model types. Users can track changes made by colleagues in real-time. The system merges all data into a single information 3D model within seconds, leading to increased productivity, greater optimization, and improved modeling quality by eliminating misconceptions. It supports a common data environment for all project stakeholders, enabling informed space-planning decisions, rational structural concepts, and capturing design intent, which saves time and boosts productivity. By allowing team members to work with local versions of the 3D model and transfer only updates, it significantly reduces network loading and saves web traffic. The worksharing tool provides a consistent experience for all users, enabling remote collaboration and offline work. Administration is simplified with the Renga Collaboration Server, requiring minimal setup. Furthermore, Renga Collaboration maximizes the use of graphics cards and multicore processors, allowing it to run on nearly any PC and minimizing hardware costs for BIM adoption. The system includes modules for Renga Architectural, Electrical, Piping, Structural, and Ventilation, and supports English and Russian languages.

Features & Benefits

• Worksharing: Allows multiple team members to work on the same project model simultaneously, reducing discrepancies and enabling real-time change tracking.
• Integrated Design Environment: Architects, designers, and MEP engineers work in a single environment with the same 3D model, merging data instantly for increased productivity and quality.
• Efficient Data Exchange: Transfers only updates and modifications, reducing network loading and saving web traffic.
• Remote Collaboration: Enables team members to work together effectively, even remotely, with offline capabilities.
• Cost-Effective Hardware Requirements: Can run on nearly any PC by maximizing graphics card and multicore processor usage, minimizing hardware adoption costs.