The Starigrad project will be characterized by a simple, functional and moderate architecture, typical of Kasicism. A significant accent will be placed on the use of natural materials, such as stone, wood and crowns, which will contribute to creating a harmonious and integrated structure with the surroundings. The spaces will be functionally organized so as to provide optimal use of each surface. The Starigrad project will be compatible with the environment in every aspect, from design to the use of renewable materials. The goal is to create a structure that will have minimal impact on nature and the environment, and at the same time will be functional and attractive for use. The project represents a significant step in the development of the coastal rocky area, with a special emphasis on the cultural and historical importance of classicism in the region. Its architecture will be in harmony with its surroundings and will provide a harmonious and functional living space for the local population. By including classicism in this project, the local community will have the opportunity to connect with its cultural past and feel the spirit of old Mediterranean classicism. Of course, the Starigrad project will provide all the necessary amenities and facilities for tourists coming to this coastal area. It will be designed to allow tourists to explore and experience all that this region has to offer. In addition to quality accommodation units, the project will also provide various additional facilities, such as restaurants, bars, cultural facilities, sports fields and the like, in order to provide tourists with a complex and unforgettable experience. By including Kassicism in this project, tourists will have the opportunity to explore the unique architecture and culture of the area and connect with its history.

"The Starigrad project will be characterized by simple, functional and moderate architecture, typical of Kasichism. A significant emphasis will be placed on the use of natural materials, such as stone, wood and crowns, which will contribute to the creation of a harmonious and integrated structure with the environment. The spaces will be functional organized to ensure optimal use of every surface. The Starigrad project will be compatible with the environment in every respect, from design to the use of renewable materials. The goal is to create a structure that will have minimal impact on nature and the environment, while at the same time being functional and attractive for use. The project represents a significant step in the development of the coastal rocky area, with a special emphasis on the cultural and historical significance of classicism in the region. Its architecture will be in harmony with the environment and will provide a harmonious and functional living space for the local population. By including classicism in this project, local community c will have the opportunity to connect with its cultural past and feel the spirit of the old Mediterranean heritage. "

When we talk about the construction of buildings, one of the important factors is the use of materials. In order to be sustainable and protect the environment, it is important to use materials that are as closely related to the environment as possible, instead of using materials that have been produced for a long time and transported over long distances.

For example, we can use wood from the local forest as the main material for construction, use renewable energy sources such as solar and wind energy to provide the necessary heating and lighting, use materials such as earth, stone and solid waste to make walls and floors.

Also, with the help of appropriate techniques and processes, materials from the environment can be recycled and reused in construction. This practice not only saves resources, but also reduces the amount of waste and reduces the impact on the environment.

In short, the use of materials from the environment itself in the construction of buildings is important for sustainability and environmental protection. This means using local sources, recycling materials and using renewable energy sources.