The architecture of spas and recreational complexes is increasingly being analyzed not only through the prism of its formal diversity but also through its functional, technical, and esthetic responses to evolving societal expectations. This article descriptively examines the context of evolving user needs and select examples representing new architectural forms integrated into the landscape, responding to the growing demand for beauty (understood subjectively), experiences, and emotional value in 21st-century tourism and recreation. The most diverse and characteristic examples were selected and described in order to maintain a broad context of analysis and illustrate contemporary changes as faithfully as possible. The descriptive approach enables a systematic and comprehensive representation of phenomena, identifying recurring patterns, spatial trends, and contextual relationships. Rather than being limited to numerical data, it provides a structured analytical framework that supports the objective documentation of architectural and urban processes. The aim of this study is to systematize selected design trends that reflect contemporary cultural aspirations and environmental concerns, and to illustrate the evolving relationship between architecture, nature, and users. The results indicate a consistent shift toward landscape-integrated, experiential, and esthetically driven architectural solutions, demonstrating that contemporary tourism facilities increasingly prioritize atmosphere, immersion in nature, and sensory engagement over traditional utilitarian design. This study concludes that beauty, understood as subjective esthetic experience, has become a key determinant in shaping new architectural forms, reinforcing the role of architecture as both a cultural expression and a tool for enhancing well-being in tourism and leisure environments.

The portrayal of the city in art has evolved over the centuries, reflecting social, artistic, and philosophical transformations. The aim of this article is to trace these changes by analyzing the depiction of city fragments in paintings from various eras. The research method employed consists of analyzing three main elements: iconography, semiotics, and spatial analysis. These approaches facilitate an understanding of how artists depicted the city, its hierarchy, dynamics, and the relationships between its individual components. The city is examined as a space with diverse symbolic meanings sacrum, profanum, utopia, and dystopia. It can be a spiritual space, as in the case of Jerusalem or Rome in religious art; an everyday reality with its streets, squares, and marketplaces; an ideal city expressing harmony and order, as seen in Renaissance urban planning; or a space characterized by chaos, destruction, and dehumanization, as depicted in works associated with industrialization and modernism. The article also analyzes the evolution of the city's silhouette: from the enclosed walls of medieval towns to the skyscraper-dominated skylines of 21st-century metropolises. Furthermore, selected paintings from different epochs are presented to demonstrate how the imagery of cities transformed in response to prevailing ideas and values. The conclusions indicate that the representation of cities in art serves as a mirror reflecting shifts in the understanding of both urban space and human experience.

The influence of topography on the design process of medical facilities located in areas with complex topography, such as slopes or hillsides, is crucial in the context of many aspects, including safety, accessibility and functionality. The complexity of the terrain is associated with the need to adapt the foundations to specific ground conditions, which may require the use of modern construction technologies and specialist solutions that will ensure the appropriate stability of the structure. In addition, the design of medical facilities in such locations requires taking into account specific communication requirements, ensuring easy access to various areas of the facility – from main entrances to rehabilitation spaces, which may be crucial in the context of people with limited mobility. In this case, properly designed ramps, elevators and stairs with appropriate angles of inclination become necessary, which must be adapted to the topography. The research method based on case studies and spatial analysis, enriched with the results of surveys, taking into account the experiences of users and designers, allows us to understand the challenges that architects must face when designing in such conditions. The analysis of examples provides valuable tips on how to use topography in a way that not only meets building standards, but also has a positive impact on the aesthetics of the facility. An appropriate approach to integrating the building with the landscape and providing access to key areas can improve the efficiency and ergonomics of the building, as well as contribute to its harmonious presence in the surroundings. This approach allows for the creation of spaces that not only function in accordance with technical requirements, but also fully meet the needs of users, both patients and employees.

The influence of topography on the design process of medical facilities located in areas with complex topography, such as slopes or hillsides, is crucial in the context of many aspects, including safety, accessibility and functionality. The complexity of the terrain is associated with the need to adapt the foundations to specific ground conditions, which may require the use of modern construction technologies and specialist solutions that will ensure the appropriate stability of the structure. In addition, the design of medical facilities in such locations requires taking into account specific communication requirements, ensuring easy access to various areas of the facility – from main entrances to rehabilitation spaces, which may be crucial in the context of people with limited mobility. In this case, properly designed ramps, elevators and stairs with appropriate angles of inclination become necessary, which must be adapted to the topography. The research method based on case studies and spatial analysis, enriched with the results of surveys, taking into account the experiences of users and designers, allows us to understand the challenges that architects must face when designing in such conditions. The analysis of examples provides valuable tips on how to use topography in a way that not only meets building standards, but also has a positive impact on the aesthetics of the facility. An appropriate approach to integrating the building with the landscape and providing access to key areas can improve the efficiency and ergonomics of the building, as well as contribute to its harmonious presence in the surroundings. This approach allows for the creation of spaces that not only function in accordance with technical requirements, but also fully meet the needs of users, both patients and employees.