The construction sector covers all stages of a building's development from design to demolition. This sector supports all other sectors of this industry.
- Digital twin
- Simulation of construction information
- Internet of things
- 3D printing
- Energy optimization
- Intelligent building management systems based on artificial intelligence
Automated and robotic construction for sustainable construction
Automation and robotics are considered the leading areas of innovation in the construction industry. Research has been going on for decades, and new automation and robotics technologies continue to evolve for the construction industry. Meanwhile, the construction sector is gaining increasing attention in the context of the global sustainable development agenda, as buildings account for over 30% of global greenhouse gas emissions and over 40% of global energy consumption. Construction automation and robotics can improve sustainability performance in terms of reducing construction waste, saving resources, improving occupational safety, creating a smarter living environment, and more.
Construction automation and robotics generally refers to the wide range of machine applications used to automate construction processes throughout the entire project lifecycle, from initial planning to on-site and off-site construction, maintenance and operations management to final dismantling / demolition.
Simulation of construction information
BIM is a technology that provides a platform on which many parties can participate to exchange information and analyze a building or facility in terms of time, cost and quality (to find out more check this https://www.autodesk.co.uk/bim-360/). The information that will be published in the database includes not only the appearance, but also the details of each component of the building. BIM represents an evolution from traditional 2D design to a dynamic 3D model based on a database of physical and functional properties of the project. This means that instead of the traditional paper-based 2D design, BIM provides a model generated from a database that contains all the necessary project information for discussion.
BIM creates an accurate model and thus can increase productivity, reduce construction costs and improve construction quality. This is because the information contained in the building model can be used to automatically obtain accurate quantities of materials, plan and control processes. Reducing waste of time and materials increases productivity and construction costs. In addition, one of the key findings of the report, the Smart Market is that 82% bim company About enterprise | the BIM believe in increasing productivity through the introduction of BIM. On the other hand, using the BIM rendering function, conflicts and conflicts in the model can be recognized and observed. Thus, corrective actions or changes can be made immediately to achieve the best build quality.