Create. Develop. Explore.
//BIM model and construction lifecycle management
//BIM model and construction lifecycle management
Was developed a comprehensive software system based on a BIM model to manage the lifecycle of construction components, ensuring timely ordering, precise tracking, and efficient integration of prefabricated parts. This solution enhances project efficiency, organization, and quality control through seamless BIM integration and robust management tools.
//BIM model and construction lifecycle management
//BIM model and construction lifecycle management
Was developed a comprehensive software system based on a BIM model to manage the lifecycle of construction components, ensuring timely ordering, precise tracking, and efficient integration of prefabricated parts. This solution enhances project efficiency, organization, and quality control through seamless BIM integration and robust management tools.
Proper construction lifecycle management, BIM integration, and efficient handling of prefabricated construction elements are crucial for maintaining project timelines and ensuring overall construction quality.
Challenge
In building construction, numerous prefabricated parts, such as foundation elements, concrete structures, windows, and facade elements, are used at various stages. A key factor in the success of a construction project is the ability to effectively organize the process for these parts, including timely ordering from suppliers, managing delivery logistics, on-site storage solutions, precise installation, and rigorous quality control. Proper construction lifecycle management, BIM integration, and efficient handling of prefabricated construction elements are crucial for maintaining project timelines and ensuring overall construction quality. Coordinating these activities effectively is essential for the seamless execution of construction projects.
In building construction, numerous prefabricated parts, such as foundation elements, concrete structures, windows, and facade elements, are used at various stages. A key factor in the success of a construction project is the ability to effectively organize the process for these parts, including timely ordering from suppliers, managing delivery logistics, on-site storage solutions, precise installation, and rigorous quality control. Proper construction lifecycle management, BIM integration, and efficient handling of prefabricated construction elements are crucial for maintaining project timelines and ensuring overall construction quality. Coordinating these activities effectively is essential for the seamless execution of construction projects.
In building construction, numerous prefabricated parts, such as foundation elements, concrete structures, windows, and facade elements, are used at various stages. A key factor in the success of a construction project is the ability to effectively organize the process for these parts, including timely ordering from suppliers, managing delivery logistics, on-site storage solutions, precise installation, and rigorous quality control. Proper construction lifecycle management, BIM integration, and efficient handling of prefabricated construction elements are crucial for maintaining project timelines and ensuring overall construction quality. Coordinating these activities effectively is essential for the seamless execution of construction projects.
Challenge
Solution and delivered value
To ensure end-to-end control of the construction component lifecycle, NATLEX developed a comprehensive software system based on a BIM (Building Information Modeling) model. This BIM model, created before construction begins, assigns a unique identification number to each component. This identification number links all relevant documents and information throughout the construction process.
This solution facilitates seamless BIM integration, improves construction lifecycle management, and ensures precise tracking and management of prefabricated construction elements. The result is enhanced efficiency, better organization, and improved quality control in construction projects.
The developed system has the following functionality:
This solution facilitates seamless BIM integration, improves construction lifecycle management, and ensures precise tracking and management of prefabricated construction elements. The result is enhanced efficiency, better organization, and improved quality control in construction projects.
The developed system has the following functionality:
- A large number of built-in integrations and an open API for easy addition of new integrations with third-party systems, such as concrete producers, window manufacturers, facade manufacturers, and other external companies.
- Ability to print QR codes on stickers with additional information for easy tracking of parts during storage, installation, and transport.
- Visual display of a 3D building model with one-click access to information associated with each element, including delivery notes, movement history, quality control data, current installation status, and more.
- Customizable color indication of elements on the 3D model based on installation status, delivery date, available repair information, and other criteria.
To ensure end-to-end control of the construction component lifecycle, NATLEX developed a comprehensive software system based on a BIM (Building Information Modeling) model. This BIM model, created before construction begins, assigns a unique identification number to each component. This identification number links all relevant documents and information throughout the construction process.
This solution facilitates seamless BIM integration, improves construction lifecycle management, and ensures precise tracking and management of prefabricated construction elements. The result is enhanced efficiency, better organization, and improved quality control in construction projects.
The developed system has the following functionality:
This solution facilitates seamless BIM integration, improves construction lifecycle management, and ensures precise tracking and management of prefabricated construction elements. The result is enhanced efficiency, better organization, and improved quality control in construction projects.
The developed system has the following functionality:
- A large number of built-in integrations and an open API for easy addition of new integrations with third-party systems, such as concrete producers, window manufacturers, facade manufacturers, and other external companies.
- Ability to print QR codes on stickers with additional information for easy tracking of parts during storage, installation, and transport.
- Visual display of a 3D building model with one-click access to information associated with each element, including delivery notes, movement history, quality control data, current installation status, and more.
- Customizable color indication of elements on the 3D model based on installation status, delivery date, available repair information, and other criteria.
Solution and delivered value
Used technologies
Used technologies
Other use cases
Other use cases
Read how our team Create. Develop. Explore. new opportunities for our clients in their challenges.
Mining industry
TBM maintenance and replacement.
A software solution was developed to automate component replacement and visualize the tunnel boring machine.
Smart buildings
Sensor-based elevator monitoring.
Successfully determined elevator positions, processed data from thousands of elevators simultaneously, and optimized maintenance scheduling by assessing shaft lighting.
Data processing
Interactive data visualization.
The Dashboards module was developed to analyze and summarize information from various sources, with the ability to plot graphs and statistics for data processing
Infrastructure and Operations
Migration to k8s (Kubernetes).
Migrating to Kubernetes enabled scalable environments, seamless microservice orchestration, and efficient disaster recovery for the customer's growing teams.
Data security
Unifying authorization and authentication (SSO AD)
A unified single sign-on with Microsoft Azure Active Directory was developed to streamline access and enhance security.
Data management
Document management & Form builder
A form builder was created to automate processes with customizable forms, dynamic rules, and third-party integration for accuracy and efficiency.
Tunneling
Shift management and technical data processing
A module was designed to document TBM work, detailing shifts, personnel, and integrating manual and automatic machine data with file attachments.
Other use cases
Read how our team Create. Develop. Explore. new opportunities for our clients in their challenges.
Mining industry
TBM maintenance and replacement.
A software solution was developed to automate component replacement and visualize the tunnel boring machine.
Smart buildings
Sensor-based elevator monitoring.
Successfully determined elevator positions, processed data from thousands of elevators simultaneously, and optimized maintenance scheduling by assessing shaft lighting.
Data processing
Interactive data visualization.
The Dashboards module was developed to analyze and summarize information from various sources, with the ability to plot graphs and statistics for data processing
Infrastructure and Operations
Migration to k8s (Kubernetes).
Migrating to Kubernetes enabled scalable environments, seamless microservice orchestration, and efficient disaster recovery for the customer's growing teams.
Data security
Unifying authorization and authentication
A unified single sign-on with Microsoft Azure Active Directory was developed to streamline access and enhance security.
Data management
Document management and Form builder
A form builder was created to automate processes with customizable forms, dynamic rules, and third-party integration for accuracy and efficiency.
Tunneling
Shift management and technical data processing
A module was designed to document TBM work, detailing shifts, personnel, and integrating manual and automatic machine data with file attachments.
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