As an architectural definition, facade is a term used to describe the exterior face, principal front of a building.

It creates a climate boundary by separating the interior space from the outdoor space. It refers all of the structural elements that fulfill the purpose and function to protect against negative external factors.

The building facades are one of the biggest and most important elements in the overall aesthetic and technical performance of a building. Facade consultancy is a unit that solves aesthetic, environmental and structural issues in order to maintain them effectively in the buildings.

As is known, the cost of the facade covers about 20% of the construction cost of the projects. The facade forms the exterior face of the building, and visuality and physical functions come into prominence every time. In addition, facade technology is constantly innovating, new materials, new systems, calculation methods, standards and regulations which are required to be applied and their supervision etc. are related to the improvement of consultants themselves. The accuracy of the selection of the facade materials is also up to some extent, furthermore, the critical point details need to be resolved smoothly. From my point of view this is the most important point. You need to create a problem free facade from the intersection of all of this. Serious knowledge and experience are needed for this. If this path is taken; the option to make your facades appear smooth is in the same proportion of the accuracy of your partner.

There are so many wrong preferences for the facade shell selection; a sub-group products are preferred in order to be cheap, which create too much cost in the long run. Facades suitable for Russia weather conditions are sometimes preferred in order to make high quality facades. This is causing very unnecessary cost. Of course, this is just a few of the detection we've done. So it is very important to be experienced and honest in this business. Everything should be accountable and based on norms, there are absolute musts. Beside exceptions, moving to the other side of the line brings nothing but damage the country, the contractor and the economy. In this sense, we are assertive as a company. Our answer to the questions with why and how is clear. Our presentations and expressions are so clear that even the most miscognizant person can understand what we do.

Particular attention should be paid to the installation because of the installation of each profile on site at the facade of the building and due to weather conditions at high buildings and the difficulty of full control at high altitudes. In this case, it is possible to face faults which are difficult to control in terms of caulking of the facade. Also, although the expansion of the building due to the difference in temperature and the movements of the facade seems to have been totally allowable by this system, it is not particularly the case for high-rise buildings.

As a result of making the production at the workshop and doing every type of control on the groundwork, the best result is obtained in terms of the impermeability of the facade. In this system, ready made projectized panels are separated from each other by horizontal and vertical joints on site and the panels are mounted on top of each other. The facade panels tolerate the building movements in the horizontal and vertical directions in the best possible way and so there is no noise generated in the facade as a result of expansion. It can also absorb earthquake loads. The system increases the amount of profile and hence the cost as a result of the horizontal and vertical joints foreseen by the detailing. However, fast installation work, little influence from the weather conditions, impermeability and doing installation from inside the building bring advantage to this system. Panel assembly is carried out with rail carrier system installed on certain floors and the platform is transported to the floors by horizontal transport and the assembly platform is made with specially designed equipment. The harmonious operation of the system requires careful preparation of the infrastructure and tolerances of ± 1 mm. Following the selection of the system, performance values should be examined and especially 1/1 mock-ups of the system to be applied to the tower type buildings should be made and earthquake tests should be performed in a test center. In line with these results, implantation to the building might come into question.

CFD (Computational Fluid Dynamics) or HAD (Computational Fluid Dynamics) is a simulation program in which the problems of fluid behavior are solved and analyzed on a computer with numerical methods and algorithms.

It is an engineering branch relating to sound and vibration. Acoustics, sound and vibration science are applied in technology. Acoustic engineers are often interested in voice design, analysis and control. One purpose of acoustic engineering is to reduce unwanted noise, called noise control.