Construction software is a management system for construction companies that integrates and centralizes all the information from various areas and phases of a project into a single platform.

 

It is an essential support for these companies as it allows tracking the execution of a project, automating processes, and planning construction resources. This results in greater control throughout the process, improved service effectiveness, reduced costs, and increased productivity.

The construction sector generates a vast amount of data on various aspects such as costs, activities, times, materials, and people. The complexity of these data and the projects themselves necessitates detailed customization, making decision-making difficult.

 

Additionally, asset management in these companies is often very complicated. It is common for construction assets (machines, equipment, tools, vehicles, etc.) to be lost or stolen on-site. The accumulation of lost or stolen assets can cause significant losses for the company.

 

Therefore, construction companies need software that allows them to plan, budget, and track their projects, as well as control and organize all the resources and teams involved in the construction process easily. Software like Hube provides the necessary information and technological solutions at each stage to maximize the work of all stakeholders.

Building Information Modeling (BIM) is a collaborative working methodology for creating and managing building and civil works projects, significantly transforming the design, construction, and asset management process.

 

Its objective is to centralize all the information of a project in a virtual model developed by its agents (architects, engineers, builders, promoters, facilities managers, etc.) throughout the entire project lifecycle, from conception and construction to demolition, aiming to eliminate inefficiencies and problems that arise during the construction process.

 

BIM is the result of an evolution from traditional design systems based on plans (2D) as it incorporates geometric (3D), time (4D), cost (5D), environmental (6D), and maintenance (7D) information.

The BIM methodology helps improve reliability, speed, and productivity when designing a project or remodeling a building, optimizing the construction and asset management process throughout the project lifecycle. This results in reduced costs and execution and delivery times.

 

Additionally, it offers multiple advantages over traditional systems:

 

Collaborative and Multidisciplinary Work

 

All stakeholders involved in the construction process can work simultaneously and share information in real-time through a single cloud-based platform, making it easier to coordinate, control, and manage projects.

 

Error Minimization

 

BIM platforms automatically update information edited in any part of the model. There is no possibility of human error as the information is always consistent and reliable.

 

Project Customization

 

Allows having the necessary information at all times, as well as making real-time modifications, increasing the degree of customization and the project's suitability to each client's needs.

 

Visualization and Simulation

 

Provides a real simulation of the project during the pre-construction phase thanks to 3D visualizations. This allows foreseeing and solving problems before starting the work, avoiding additional costs due to unforeseen events.

 

Conflict Detection

 

With BIM, each project is planned in detail beforehand, helping to detect and avoid internal or external conflicts before construction begins, reducing last-minute changes and associated costs.

 

Increased Safety

 

Helps improve construction safety by identifying hazards preventively before they become problems. Additionally, visualizing and planning site logistics in advance avoids physical risks.

 

Procedure Sequencing

 

BIM reduces project cycle time and eliminates setbacks, facilitating the coordination of activities, construction processes, and personnel, resulting in an orderly sequence of procedures.

hiberus has been collaborating with leading companies in the engineering and construction sector for years. This collaboration has allowed it to apply new approaches and services to improve the planning, management, and control of construction projects, as well as to streamline business needs in a changing and demanding sector.

 

Moreover, hiberus has committed to leading the development of improvements for BIM integration processes and extensions, aiming to maximize the potential of these technologies and support the implementation of new methodologies and processes.

 

This experience, combined with the work of a team of experts in technological development related to construction processes, results in Hube, software designed to improve the quality of services offered by construction companies.