The Analysis of Risk Management in Healthcare Construction Projects

Abstract

Realization of construction projects is a very complex process, which is accompanied by potential risks, shortcomings and challenges. Energy consumption for buildings represents 30–45% of global energy use. The realization of Health Care Buildings is a great challenge due to the size of the facility, the complexity of the required installations, the need for specific equipment, qualified trained workforce, implementation and / or installation of specific systems and commissioning. Buildings such as residential, education, office, healthcare, and industrial are emerging as critical consumers in energy consumption. The problem of exploitation of the building after the realization motivates that during the process of realization and construction of the building, the total costs and energy consumption are reduced to a minimum. The idea is to observe all the phases of a project at the same time, because the realization of a project is as important as its exploitation. By applying automation during the execution and realization of the construction project, many risks can be predicted and prevented, but also by applying automation when using the building the energy consumption of the building can be directly affected. It is important to recognize risks in time and manage them. With large projects, all types of risks are much higher and more pronounced. Risks related to the occurrence of unforeseen costs are very high on the scale of large construction projects. That is why the idea arises to find a way to recognize and manage risks in time during the realization of health-care building. The research deals with the risks that are most common in realization of health-care buildings. The idea is to investigate all potential risks, make a classification and hierarchy from the largest to the smallest with factor influencing the project and propose an approach to solving and manage them.