Deberetsion message

In today's changing world, the need for housing due to the global growth of the population is pressuring the construction sector to discover more ecological and sustainable approaches. Along with the growing demands of the comfort of the occupants, the growing awareness of the relationship between the environment, health and productivity, the purposes of the BPS have been displaced from the functions mentioned above to the construction of an environment built more Cash and stable (Hensen, 2007, p.7). In other words, the new objective is optimization, which can be achieved with the great BPS help.

BPS transition from an investigation oriented to an industrial and educational tool.

The presence of BPS in the construction workflow has essentially changed the way we build, from the concept to the decision-making process. The pilots are implemented with improvement in robustness and fidelity, while quality assurance on design, construction, operation, maintenance and administration construction is now equipped with many applications with embedded simulation. The automated detection and diagnosis of failures in the building, helped by BPS and the technology of IOT technology, computing and communication, has become a valuable tool to maintain the efficiency of high-performance buildings: the paradigm of Construction of the era. Even so, before the time when the BPS tools were widely available with the graphic interfaces of the users, the term BPS released experts with deep knowledge in the field and was used mainly for research purposes. Fortunately, during the last decades, BPS tools and their progress offer a wider range of users have allowed "potential to improve competitiveness, productivity, quality and efficiency in buildings and in the construction industry, In addition to facilitating future innovation and technological progress. "(Hensen, 2007, p 59). In a way, these changes have converted the simulation to be a tool not only for research, but also for industrial designs. In addition, a BPS user-centered approach leads to a variety of even broader uses: product development to market, policy formulation to adapt climate change, or to improve existing standards and regulations. The participation of BPS in the prediction, evaluation and verification of construction performance can alleviate the achievement of international environmental programs, such as Leed (Leadership in Energy and Environmental Design) and Breeam (Environmental Assessment Method of the Research Establishment of buildings).