Our design solutions are not a collection of drawings, but full-fledged digital models that work on site and in operation. We combine engineering expertise, BIM, and modern analysis methods to create projects that consider risks, installation logic, cost, timeframes, and operational requirements in advance.
Short announcement / subtitle
We design industrial, infrastructure, and civil projects using BIM, laser scanning, computational systems, and digital twins. This allows us to identify errors before construction, optimize costs and timelines, expedite approvals, and ensure perfect compliance with design documentation.
What we design
Industrial facilities
Metallurgy, energy, processing, chemistry, water treatment, factories, RTO, utility networks.
Infrastructure and hydraulic engineering
Bridges, logistics hubs, transport schemes, hydraulic structures, coastal protection.
Civil Engineering
Schools, kindergartens, residential complexes, sports and social facilities.
Unique and high-precision objects
Rocket and space industry, heavy engineering complexes, mine shafts, underground workings.
Our approach to design
1) Design based on data, not assumptions
Every project begins with the collection of accurate information—drawings, standards, specifications, surveys, and laser scanning. Instead of outdated data, we use real geometric models—point clouds, drones, measurements, and monitoring.
2) A complete digital model (BIM) is the core of the entire project
We create not a picture, but a digital twin (LOD 200–400), in which:
— precise geometry
— materials and characteristics
— utility networks
— equipment
— cost (5D)
— terms (4D)
— operation (6D)
This ensures absolute precision and avoids rework.
3) Integration of engineering calculations into the model
We perform calculations in LIRA-SAPR, combining them with a BIM model:
— static and dynamic calculations
— checking of nodes
— searching for critical rods
— load analysis
— visualization of calculation results
As a result, the project is not just beautiful – it works under load.
4) Identification and elimination of conflicts before construction
We check for intersections between:
— sections of the AS/KZ/KM/TH/KIPiA/OV/VK/ES
— engineering networks
— equipment
— the old and new parts of the facility (during reconstruction)
Before going to site, the customer receives the project without any conflicts.
5) Documentation that is fully related to the model
Drawings, specifications, statements, and calculations are all generated automatically from the model.
This eliminates errors, speeds up approvals, and makes the project transparent.
6) Project support and author’s supervision
We manage the model from start to construction and beyond, providing monitoring, updates, consultations, and technical supervision.
Why our design is more reliable than the classic one
Accuracy
Laser scanning, point clouds, surveying, VR surveys, drones.
No “approximately so,” just the facts.
Speed
BIM processes reduce the time required for approvals and estimate recalculations significantly.
Saving
Automatic volumes, 5D costing, clash detection → less rework → lower budget.
Transparency
The customer sees the model, graphs, risks and alternatives.
Reliability
The model is easily put into operation as a digital passport of the object.
How we work
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Collection of initial data and technical specifications
Our engineers review drawings, plans, standards, and the client's requests. We determine the project's objectives, scope of work, BIM requirements, and levels of detail. We then create the foundation for the future digital model.
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Examination and laser scanning
A team of specialists visits the site. We perform 3D laser scanning, aerial photography, and structural inspection. We create a point cloud and verify the actual data against the documentation.
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Data processing and 3D model construction
The point cloud is cleaned, aligned, and georeferenced. Based on this data, we create precise geometry, equipment, and utility systems. We perform collision analysis and node refinement.
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Development of a comprehensive BIM model (3D/4D/5D)
We create a complete digital twin. We link construction timelines (4D) and costs (5D) to the model. We also create a logical structure for the facility.
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Engineering calculations and verification of solutions
We integrate the model into LIRA-SAPR. We perform static and dynamic calculations, check joints, loads, and deformations, and make adjustments to the design.
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Preparation of design documentation
We generate drawings, specifications, bills of quantities, estimates, and explanatory notes. All documents are linked to the model and are error-free.
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Approvals and examinations
We prepare the package for examination, support the process, correct any discrepancies, and ensure a complete review.
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Project handover and author's supervision
We deliver the complete BIM model and documentation. We provide support, consultations, and implementation oversight.
