The subject of the work is the preparation of a project for the construction of a twostorey
partially basement family house for a family with an immobile member – a
wheelchair user. The construction is also designed as a building with almost zero
energy consumption. Given that this is a complex solution, it was necessary to use
knowledge across disciplines in the design, from the layout specifics and
requirements of this type of building, the ergonomics of some details, to the static
demands resulting from the requirement for barrier-free access to most of the
building's spaces. It was also necessary to take into account the requirements for
technologies such as an elevator.
The required valid regulations and standards were respected during the processing.
The layout solution was designed with regard to the requirements for the use of
buildings by people with reduced mobility and orientation.
The output of the work is digital and printed documentation processing, including the
digital output of Industry Foundation Classes (IFC).
This is a detached family house on the outskirts of the village of Jemníky, in a
location defined by the zoning plan for the construction of family houses. The location
is currently only partially networked and future buildings will only be connected to the
public low-voltage and water distribution. According to the valid zoning plan, the
municipality of Jemníky does not plan to build a sewage system or gas supply in this
location. The building will be connected to its own wastewater treatment plant using
purified water, together with retained rainwater for watering the garden. The building
will be heated by a ground/water heat pump connected to two deep wells.
The building itself is designed to be built of precise ceramic blocks of the THERM
type, supplemented with a contact mineral insulation system ETICS. The
underground floor of the building is designed to be monolithic, reinforced concrete,
supplemented with a contact EPS insulation system. The basement walls below
ground level will be insulated with boards based on extruded polystyrene.
The ceiling structures of all floors will be reinforced concrete, monolithic. The roof of
the building will be hipped with a slope of 20°. The geometry of the roof planes is
determined by the intersection of hipped roofs. The truss structure is designed as a
purlin.