The application of BIM (Building Information Modeling) technologies in the design process enables:

• improved quality of technical documentation;
• shorter decision-approval timelines;
• minimized errors during construction;
• transparency in project management throughout the entire life cycle.

Our company implements a BIM-based approach in the design of facilities in the oil and gas, mining, chemical, metallurgical, and construction industries. This allows us to efficiently solve complex technical tasks and meet international quality standards.

Advantages of Using BIM Technologies in Design

Integrating BIM technologies into the design process offers a number of significant advantages:

• reduced design time through the workflows automation and optimization;
• elimination of clashes between different systems and project elements;
• flexibility in modifying initial data at any stage, enabling rapid updates to the model;
• streamlined document management, improving accessibility and control over project documentation;
• accurate budgeting enabled by precise data extracted from the model, helping prevent cost planning errors;
• enhanced communication between the client and contractor via a shared digital platform for real-time data exchange and issue resolution;
• reduced overall construction costs through detailed planning and minimization of costly errors;
• continuous monitoring of design solutions throughout the entire project lifecycle — from conceptual design to operation — ensuring compliance with plans and standards.

BIM Quality Control

At all stages of project development, a comprehensive audit of the information model is carried out to ensure its accuracy, completeness, and compliance with regulatory requirements:

• clash detection — automatic identification of intersections and conflicts between architectural, structural, and engineering systems in accordance with the approved clash matrix;
• standards compliance check — both visual and automated validation of adherence to internal and international design standards;
• geometric integrity analysis — verification of the continuity of structural element junctions and the “connectivity” of engineering systems;
• data validation — automated and visual checks to ensure the completeness and correctness of element parameters (name, tagging, specifications, etc.).

Upon completion, the information model is delivered to the Client along with a detailed 3D model verification report confirming its compliance with the technical specifications and quality standards.

BIM-Modeling

We provide comprehensive building and structures information modeling using BIM-technologies, ensuring full integration of all design data within a unified digital environment.

3D-Modeling — development of accurate digital models with detailed representation of architectural, structural, and engineering systems to enhance coordination and consistency of design solutions.

4D- and 5D-Modeling — incorporation of time (4D) and cost (5D) parameters into the 3D model for effective scheduling, construction planning, and budget assessment at all stages of project implementation.

Modern specialized software is used for the development of Building Information Models (BIM), ensuring a high level of detail, precise coordination of engineering systems, and efficient collaboration among all project stakeholders. Information modeling technologies enable the integration of architectural, structural, and process engineering solutions within a unified digital environment, significantly improving design accuracy and reducing the number of clashes during the construction phase.