SUSTAINABILITY

DOMinvest Group is committed to sustainability as a key element of its business. In our approach, sustainability is not only a responsibility toward current generations, but also an investment in a better future for those to come. We strive to create new development opportunities that not only strengthen our business but also contribute to the prosperity of the community.

Our business strategy is based on an integrated approach to sustainability, where economic, social, and environmental dimensions are an inseparable part of our daily operations. We understand that sustainability is not only an ethical responsibility, but also an opportunity for economic growth and social progress.

Our activities in the field of sustainability are reflected in several directions. First, we continuously work on improving our processes to minimize negative environmental impact and promote sustainable practices in the construction industry. Through the use of environmentally friendly materials and energy-efficient technologies, we strive to reduce greenhouse gas emissions and preserve natural resources—especially water.

Second, we invest in the development of our employees, recognizing that they are key to achieving our sustainability goals. We create a supportive environment that promotes workplace safety, work–life balance, and gender equality across all aspects of our business.

Third, we communicate openly and transparently with our investors and suppliers about our sustainable practices and goals. By collaborating with partners who share our sustainability vision, we can achieve a greater impact and drive positive change within the industry.

By connecting globally important topics (the European Green Deal), the needs of our stakeholders, and our strategic priorities, we have identified key areas of action and defined five clear sustainable development goals, which are embedded in all of the company’s strategic plans:

Innovation in technology and processes

Encouraging innovation in the construction industry that can reduce environmental impact and improve efficiency.

Green Construction

Promoting the concept of green construction through the use of environmentally friendly materials, reducing waste on construction sites, and creating energy-efficient and sustainable buildings.

Efficient use of resources

Reducing the consumption of natural resources such as water, energy, and materials through improved resource management and the recycling of construction materials.

Workplace safety

Setting targets to reduce the number of accidents and injuries on construction sites, while promoting a strong safety culture among employees.

Employee education and training

Creating programs for employee education and training to enhance their expertise and contribute to the development of human resources.

DOMinvest Group remains committed to achieving these goals in order to contribute to a more sustainable future for all. Sustainability is not only our vision, but also our responsibility toward future generations.

INNOVATION

The most important “partner” in delivering innovative services aligned with the highest standards of modern construction is Building Information Modeling (BIM) technology, which we have recognized as the best environment for achieving optimal, cost-effective, and original solutions.

Architects and engineers use a modern approach, leveraging Building Information Modeling (BIM) technology to develop all types of projects for every building category. We prepare conceptual designs in which, through alternative solutions, we identify the best functional, aesthetic, and conceptual options to meet all client needs. With a strong commitment to balancing nature and technology, we achieve the most effective sustainable and “green” construction solutions.

Building Information Modeling (BIM), or Building Information Modelling, is a design approach that involves constructing a building virtually—through the creation and management of digital representations of its physical and functional characteristics. As a modern modelling method in construction, BIM is a powerful tool for improving project delivery and reducing fragmentation across the architecture, engineering, and construction (AEC) industry.
Moreover, BIM is not only a tool for project modelling and execution, but also for the maintenance and management of a building throughout its entire lifecycle. It serves as a shared knowledge base for all project stakeholders, where all project data—from initiation to operation—are integrated within a comprehensive parametric model.

Building Information Modeling (BIM) is the creation of a digital, integrated model (information) of the existing or future built environment. The BIM approach can be understood in two directions: as a technology and as a methodology. As a technology, BIM represents a digital representation of the physical and functional characteristics of a building. As a methodology, it enables collaboration among different stakeholders across various stages of a building’s lifecycle.

Building Information Modeling (BIM) is applied throughout all phases of a project’s lifecycle—planning, design, construction, building management, and maintenance—thereby enabling:

  • support in project decision-making processes,
  • early detection and identification of potential project errors,
  • detailed analyses,
  • quick modifications and easier change management,
  • a clearer understanding of project goals and relationships with other project stakeholders,
  • visualization of design solutions,
  • improvements in design and project coordination,
  • enhancing and ensuring the quality of construction processes and the final product,
  • efficiency of processes during the construction phase,
  • increased safety during the construction phase, as well as throughout the other stages of a building’s lifecycle,
  • support in lifecycle and project cost analysis.

Practical applications of the Building Information Modeling (BIM) approach can be grouped into four categories. The first is conceptual, where space is planned for the future building. The second involves the design phase, in which multiple disciplines collaborate. The third phase assumes the application of BIM during the construction of the building. In the fourth phase, the building is put into operation, and proactive management and maintenance are planned.

  • Planning
    • Spatial analysis of potential building locations
    • Survey of existing conditions
  • Design and engineering
    • Preparation of the BIM model for the architectural project—detailed definition of all building elements (layers, details, heights, etc.)
    • Development of structural BIM models—enabling more detailed and accurate analyses using the FEM method—and supporting the design of more complex and architecturally demanding structures
    • Development of BIM models for building services systems—including water supply and drainage, electrical, and HVAC installations—ensuring precise positioning of key components, pressure calculations, and accurate system sizing
    • Bills of quantities – more accurate quantities extracted directly from the BIM model
    • Clash detection – coordination of routing between different building services systems and coordination of installations with structural elements
    • Cost estimation – faster and more accurate
  • Construction
    • 4D time planning – planning and monitoring of construction progress
    • 5D cost planning – real-time modelling and cost planning (time + costs)
    • Site planning and organization
    • Geodetic monitoring and management
    • Planning of construction systems and technologies
    • Survey of as-built conditions
  • Commissioning and management
    • Planning of (preventive) maintenance
    • Asset Management
    • Praćenje i upravljanje prostorom
    • Space monitoring and management.