This diploma thesis presents a project documentation for construction of a zoo pavilion with a restaurant. The structure has to be designed in compliance with regulations for buildings with almost zero energy consumption. Its construction site is located within the existing compound of Prague’s zoo on plot no. 1491/1. The pavilion is proposed to house giant pandas. The building has three floors- one underground and two above. It is covered by a flat green roof. In terms of circulation, the structure is composed from two parts. The first one is formed by premises for the pandas, including necessary facilities for their wellbeing and their breeding; and the second part is visitors’ part, including restaurant, gift shop and amenities. The building is enclosed by two exterior expositions for pandas which are connected with the interior exposition premises by two ramps- tunnels. There is a roof terrace adjacent to the restaurant for visitors to enjoy the view of pandas in their exterior grounds. The vertical structure of the pavilion for giant pandas is a combination of load bearing brick walls and cast-in-place concrete walls- the underground floor and the ground floor is formed by the cast-in-place concrete walls and the upper floor is formed by the brick walls made out of autoclaved aerated concrete blocks. The horizontal structures are formed by prestressed concreted floor panels or in the case of the upper floor by cast-in-place reinforced concrete slabs.

The Master’s thesis is about processing design documentation for a new bulding of firehouse type P4. Location of the bulding is chosen so the firehouse is near the industrial precinct , further to be near to the planned highway connection and city bypass so they don’t have to pass in the event of an alarm through the city. The firehouse is design as partly two-storey and partly single-storey building. On the first floor is on the north storage part with technical utility rooms. In the middle is garage for fire trucks, and on the south side of the station is hygienic and wet areas, gym and meeting room for emergency staff. On the second floor are rooms for firefighters and offices for officers. Construction system of the building is precast concrete frame with longitudinal construction system. Building envelope is due to the local architecture designed as infill wall with contact thermal insulation systém ETICS. Warm flat roof are green. In the station are placed eight firetrucks (3x CAS, DA, TZA, RZA, AŽ, NA) and 17 fireman in the one shift in three teams.

The subject of my thesis is to elaborate the project documentation for construction execution of an administrative building with added production hall which is found in the town Benešov near Prague. The object of the administrative building has one underground and free above-ground floors. The underground floor serves for operating purposes connected with production. The first above-ground floor serves for staff catering. On the second above-ground floor we can find social rooms, dressing rooms and washrooms for employees. Offices can be found on the last third above-ground floor. Vertical supporting constructions on the underground floor are made of blocks filled with concrete i.e. 300 mm. On the above-ground floors rhere are vertical supporting constructions which are made by walled technology from ceramic Therm blocks i.e. 300 mm. Vertical constructions partially consist of precast wall panels and partially of monolytic panels i.e. 250 mm. The roof is designed as a flat green area. During the design processing the impact was put on increased comfort for using and overall modern concept of the object.

The subject of this diploma thesis is the design of a crematory with two ceremonial halls. Building is situated on the high point, distanced from the surrounding buildings. There is a cemetery located five hundred meters from the crematory. Crematory is designed as a modern building, which has one above-ground floor from the most part, except of the large ceremonial hall that has two above-ground floors. This hall is a symbol of this structure. Vertical load-bearing system of exterior walls is 300mm wide made of Porotherm ceramic pieces, with exception of large ceremonial hall designed from reinforced concrete. Non-load bearing wall system is also made from Porotherm ceramic pieces. Roof is designed as a prefabricated rib-and-filler floor, except of the elevated part of large ceremonial hall designed from mono truss girders. The building is supported by the wall footing concrete system combined with the spread footing concrete system under the columns.

The subject of the final thesis is creation of project documentation for construction of a mixed-use building. The main services of this building are housing, offices and small markets. The building is four-storey with a partial basement. The building is founded on strip foundations, load-bearing structures are made of concrete system Velox. The mixed-use building has roofing made like a flat green roof. The building is situated on parcel number 366/1 in city Letovice, cadastre unit Letovice (680711).

The diploma thesis deals with the design of a new building for a children's sanatorium with speleotherapy in Ostrov u Macochy. Site is located in the valuable landscape of the Moravský kras nearby Císařská jeskyně, which is used in the healing process. The sloping plot is oriented to the southeast and offers optimal sun conditions. The designed building enters the existing terrain with respect and uses its natural slope. The sanatorium has three receding floors, their green roofs smoothly merge into the terrain. The building includes all required facilities - clinic, education, catering, speleology locker room, accommodation, administration, technical facilities, club rooms and games rooms. The construction system of the building is a combined brick and monolithic skeleton. The basic idea was playfulness and dynamism, simplicity of shapes, easy orientation in space and a terraced solution with ecological aspects of the design.

The aim of the diploma thesis is to create an evaluation and recommendation of measures in the field of water management within green infrastructures of cities according to appropriate size. These measures apply to typical urban buildings managed by cities of this size. The first part of the diploma thesis deals with a research focused on the current state of stormwater management within the green infrastructure of cities. The legislative aspect is also outlined and measures and technologies for stormwater management are described. The practical part of the diploma thesis deals with a case study for the design of stormwater management within the green infrastructure of the city of Třešť. Stormwater management methods for various buildings owned by the city of Třešť are designed and economically assessed.

The topic of the diploma thesis was to design an architectural study of a ski hotel in Králíky. The proposed building is located close to the existing urban development south of the city and in the southwestern part of the defined location for the implementation of the sports and recreation centre Králíky. The design of the hotel follows the project of the urban-architectural study of the sports and recreational resort, which offers leisure activities for all ages. The proposed building will serve as a four-star hotel with apartment rooms for 60 people, a restaurant for 100 people, wellness, gym, service, rental, shop, massage, hairdresser, manicure, pedicure and children's corner. The hotel has one underground floor and five above-ground floors. It is shown in slightly sloping terrain, below the proposed ski slope.

Diploma thesis entitled Influence of green roof insulation on the costs associated with one operation with an assessment of the design of alternative solutions for external contact thermal insulation system and their effects on the assessment of energy performance of the building and the associated costs of construction and operation. Alternatives for the design of a flat roof with a vegetation layer are also chosen in the construction solution of the building. The first part of the diploma thesis deals with the general requirements for the design and assessment of energy performance of buildings. The second part describes the individual options of the selected contact thermal insulation system and variants of flat roofs with a vegetation layer. In the next part, the budget for individual variants of thermal insulation is solved and the price of all variants is determined. The last part demonstrates the assessment of all variants and the overall economic evaluation with the selection of the best variants. For all variants, the time for which the investment will return is evaluated.

Project of a hotel complex in a golf area. There are projected three detached buildings placed in surroundings of golf course. The main building, where a restaurant and a conference hall are placed, has a single storey and green roof. The buildings with guest rooms are designed as single-storey buildings with gable roof. Each room has its own entrance from outside. The buildings are designed from Porotherm system and insulated with certified insulation system.