of service

H4GEO Service

Get an “as-built” of buildings

This service will allow you to know all the variations and changes of an existing building through time and renovations in order to generate “as-is” plans.

Over time and constant renovations, construction drawings become obsolete, not offering details of the condition of the premises and structures. Thus, our plans and models replace old construction plans to meet current industry standards.

Whether it is to verify your rental space or to plan architectural changes, our “as-is-existing” drawing services will provide you with precise and detailed floor plans, all in accordance with current BIM standards.

This service includes the following steps:

  • Lidar scanning
  • Drone scanning (photogrammetry)
  • 3d modeling
  • CAD drawing

May be suitable for the following areas:



Why is BIM Digitalization Essential in Architecture and Construction?

BIM (Building Information Modeling) digitalization for the fields of architecture and construction significantly influences the planning, design, and execution of your projects. This innovative technology goes beyond simple 3D models.

Indeed, it has the ability to create a complete digital representation (digital twin) of buildings and infrastructures by integrating detailed information about each component, such as the materials used and mechanical and electrical systems.

What are the Advantages of BIM Digitalization for Architecture and Construction Projects?

Increased Precision

The primary advantage of BIM digitalization is the improvement it brings to precision.

BIM models provide a detailed and accurate visualization of each element in a project, minimizing design errors. Planning professionals can now anticipate and solve potential issues even before the start of construction, avoiding delays and additional costs associated with mid-project modifications.

This precision translates into increased efficiency, superior construction quality, and better customer satisfaction.

Reduction of Additional Costs

BIM digitalization significantly contributes to cost reduction.

Through precise planning in the early stages of the project, professionals can make more informed decisions regarding materials, construction methods, and necessary resources. This results in resource optimization, reduced unforeseen expenses, and staying within budget.

Additionally, more efficient project management helps minimize costs related to delays that could lead to potential disputes and legal actions. In the long term, owners also benefit from reduced maintenance costs through effective asset management.

Effective Project Management

Project management is greatly simplified with BIM digitalization. BIM models serve as a central point for collaboration between teams, enabling smooth communication and efficient coordination.

Real-time updates ensure that all stakeholders have the latest information, significantly improving decision-making and change management.

Furthermore, integrated geospatial data facilitates planning and spatial analysis, helping to solve complex design and construction issues.

Why Choose BIM Digitalization Service for Your Architecture Projects?

BIM digitalization has become a necessity in the architecture and construction industry due to its essential advantages, including:

  • Improved precision
  • Significant cost reduction
  • Efficient, cost-effective, and accurate project management

BIM Service for Architecture and Construction: Frequently Asked Questions

BIM is used in an architectural project to create detailed digital models of buildings, enabling more precise planning, design, and management throughout the project’s lifecycle.

The integration of BIM digitalization into a renovation project begins by creating a BIM as-built model through scanning and capturing existing building data. This model serves as a foundation for renovation planning and design.

The benefits of BIM for architects include more accurate design, streamlined collaboration with other project stakeholders, reduced design errors, immersive visualization, and more efficient project management.

Yes, BIM can improve sustainability in construction by enabling better resource management, more efficient energy planning, and sustainability-oriented design, thereby reducing the environmental impact of buildings.

Adopting BIM improves accuracy by enabling detailed visualization and early detection of design conflicts. This promotes better coordination among teams and ensures more accurate execution, contributing to superior construction quality.

The financial benefits of BIM lie in reducing costs related to delays, mid-project changes, and design errors. It also optimizes resource management, contributing to better control of construction budgets.

BIM facilitates communication by providing a centralized and shared model that allows all stakeholders to access real-time updated information. This promotes more efficient collaboration, reduces communication errors, and contributes to project success.


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