Rodinný dům, Hlubočepy, Skalní

Project idea

The design of the house responds to the unique topography and views of the Barrandov cliffs, offering visual connections to both the Prague skyline and the surrounding greenery. The architecture is composed of clean, intersecting volumes that reflect a modern and timeless character. Emphasis is placed on spatial clarity, natural light, and the seamless integration of indoor and outdoor living. The project also incorporates flexible spaces, including a recording studio and a separate guest unit, to adapt to the evolving needs of a growing family.

Project description

The subject of this bachelor thesis is the design of a family house in Prague, intended for a four-member family. The plot is located in the district of Hlubočepy, specifically in the villa development area of Barrandovská Street. The site lies in a desirable part of the neighbor hood, set back from the main street, on the very edge of the Barrandov cliffs. The majority of the plot is situated on a flat terrain cut, while its northern tip naturally slopes downward. The main access is from the south, where the street ends with a shared turning area. The location offers good transportation accessibility the Serpentina bus stop, with regular connections to Smíchovské nádraží, is within walking distance. The house is designed to adapt to the changing needs of a four-member family over time. The proposal includes a home studio/office, referencing the film history of the nearby Barrandov studios, and an independent studio apartment intended for grandparents, teenage children, or for occasional rental. The house layout takes advantage of the sites orientation the interiors are directed toward the wooded slopes of Hlubočepy and the panoramic view of central Prague. The design emphasizes a clear and rational floor plan, composed of two main volumes connected by a shared entrance hall and the primary living space. The house has two above-ground floors, with the structural system designed as a reinforced concrete monolith. The project also includes selected parts of the building permit documentation and a conceptual design of the technical building systems (HVAC, plumbing, and electrical)

Technical information

The structural system is designed as a reinforced concrete monolith, allowing for large open spans and generous glazing without the need for additional supports. The building is founded on strip footings adapted to the gently sloping terrain. This construction approach ensures long-term durability, clean architectural detailing, and efficient thermal mass performance.

Documentation

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