The aim of this master project is to design café and roastery building in Brno - Líšeň. There are three parts, documentation for building permission, conception of HVAC documentation and facility management study. The building has three floors: basement with storage and utility rooms, ground floor with a café, coffee shop and roastery and first floor with a barista training room, offices and a roof garden with a terrace. Outside, there is an outdoor seating, children’s playground and a parking lot for customers and staff. The vertical loadbearing structures are designed from ceramic blocks and permanent formwork. The horizontal loadbearing structures are designed as cast-in-place reinforced concrete slabs and beams. There are three staircases in the building, one is designed from steel and the other two from cast-in-place reinforced concrete. The building is insulated with expanded polystyrene panels. The foundations are cast-in-place concrete strips. There are solar panels situated on the flat roof over the first floor. The building has mechanical ventilation with heat recovery. There is an underground tank for collecting rainwater that is used for toilet flushing and watering the garden. For heating and DHW there are two gas boilers, for cooling there is a VRV system.

The newbuild library is situated close to the bank of the river Bečva in the historical part of the town. The library is a place to save the values of knowledge, culture and the era itself. It should be strong and durable. It should last for centuries and saveguard its fragile content. However, it should also be an open place for people because information itself is worthless without the human mind to interact with. The contrast of openness and seclusion is expressed not only by shape of the structure but also its facade. The whole building is center-oriented – to the central hall, which is surrounded by books. Secluded volume of the hall is accessed via opening to the library's foreground.

Fuktskador har drabbat flera förskolor i Nynäshamns kommun. Skadorna är så stora att valet står mellan att göra omfattande reparationer eller att riva och bygga nytt. Vilket val är det mest byggnadstekniskt riktiga? För att försöka ta reda på det så har Midgårds förskola studerats. Den byggnaden är extra intressant på grund av två skäl: • Den är den första av kommunens fuktskadade förskolor där man har valt att reparera. • De övriga fuktskadade förskolorna i kommunen har liknande konstruktion. Slutsatsen är att det är bättre att bygga nytt. Huvudorsaken är den befintliga byggnadens begränsande originalskal som omöjliggör att man uppnår alla de krav som ställs på en förskolebyggnad idag. / Several kindergartens in Nynäshamn are damaged by damp. The damage is so severe that only two options remain; extensive repairs or demolition and build new buildings. Which option is best from a building technology point of view? In search for the answer Midgård’s kindergarten has been studied. That building is especially interesting for two reasons: • It is the first kindergarten damaged by damp in Nynäshamn to go through extensive repairs. • The other kindergartens damaged by damp in Nynäshamn have a similar construction. The conclusion is that it is better to demolish and build a new building. The main reason is the restrictions set by the building’s original shell. It makes it impossible to live up to today’s all building standards for kindergartens.

Zukunftsmodell Bibliothek? Man muss ganz sicher kein Prophet sein, um unserer Wissens- und Informationsgesellschaft auch in den nächsten Jahren eine dynamische Entwicklung vorherzusagen. Zumindest die Quantität des Faktenwissens wird mindestens ebenso rasch wie bisher zunehmen. Gleiches dürfte für die Menge und für die Vielfalt der Informationsangebote gelten, für die der technologische Fortschritt auch künftig neue elektronische Austauschformen stimulieren wird. Die bereits heute festzustellende Enträumlichung von Wissen und Informationen wird sich damit weiter fortsetzen und über veränderte Rezeptions- und Kommunikationsformen unser soziales Zusammenleben auch in Zukunft entscheidend prägen und beeinflussen – so wie wir dies seit dem „Phänomen Internet“ und in der „Digitalen Revolution“bereits täglich erleben.

Im Dezember 2010 zieht das Deutsche Musikarchiv (DMA) von Berlin an den Standort der Deutschen Nationalbibliothek Leipzig. Mit dem DMA wird sich in Leipzig die zentrale nationale Sammlung von Musikalien und Tonträgern und das musikbibliografische Informationszentrum Deutschlands ansiedeln.

This thesis develops around the theme of new building problem in historical settlements. Rapid and uncontrollable urbanization due to industrialization and over dense population is resulting in the demolishment of the existing historical settlements in our country. Despite this change, as the main goal of conservation is to provide historical continuity, the existence of the new buildings in historical settings as the products of this process come out to be an urban conservation problem. The current regulations for the new buildings in historical settings being applied in the norms of conservation plans are usually inadequate to bring out successfully integrated new buildings with the traditional setting due to their standard approaches to the problem. In that sense within this thesis study, Kizilmurat district of Tarsus is selected as the study area and a methodology is referred that considers the identity of the settlement and comments on the current regulations for the introduction of a proposal new building principles. Within the light of these proposed principles existing new buildings as the latest layer of the settlement are also evaluated and several interventions are brought out.

This final thesis deals with a project documentation of a new multifunctional building. The building is located in Žďár nad Sázavou, in the Neumannova street. The building is divided into residential units and areas for a small company and a shop. The house is projected as a detached building with a partial basement and three floors. The residential part has 8 apartments in total – four apartments with three bedrooms, one with two bedrooms and three with one bedroom. It includes also cellars belonging to the apartments. The non-residential part includes space for a shop and an administrative part consisting of a reception, a meeting room, offices, stores and sanitary facilities. The main entrance in to the residential part is located on the level of staircase half landing. Main entrances into the non-residential parts are on the level of the ground floor. The house dispose with 24 parking places, two of them are dedicated for drivers with disabled parking permit. The building is based on concrete strip foundations. The external load-bearing structures are walled with clay masonry in the floors and with permanent formwork in the basement. The ceiling structure is formed with prestressed floor slabs. The house is covered with a warm flat roof. The staircase is pre-fabricated. In the thesis, there was put a stress on the appropriate dispositional, structural, technical and architectural design and on the safety in the use of the building. The drawing documentation is processed in the AutoCAD.

The aim of the master thesis is to process the project doucmentation for a mixed-used building in the cadastre unit of Brno-Líšeň. The object is designed as a building with a basement and four above-ground floors. The building has a regular floor plan with partial basement and flat roof and comprises 12 housing units. On the ground floor there is a mixed-used zone. The building has a wall structural system. It is designed with filigree floor slabs. The vertical structural system is mainly made from sand-lime blocks, while the rest is made from permanent formwork. The roof is designed as flat - single and green. The structure is based on strip foundations.

The subject of this project is a new building of art school in the administrative area Brno – Královo Pole. It is a stand-alone building with two above-ground floors. The building is made of brick from (lime-sand blocks). The ceiling above the 1st floor is made of reinforced concrete, the ceiling above 2nd floor is made of pre-stressed reinforced concrete roof panels of spiroll type. The roofs are designed as a flat surcharge. The walls are double-layered, contact-insulated with fiber-cement cladding. The object is designed according to Feng Shui and as barrier-free for people with reduced mobility and orientation.

This diploma thesis deals with the design of the new polyfunctional residency building in Olomouc. Object has square shape and five upper floors and basement. Building is designed as a stand-alone building comprising three operational units. In the first floor is located a café and a bookstore and separate building entry. In the second floor are located offices and the rest of the building is formed with total 12 housing units with different layouts and sizes. In the basement are located cellars for housing units and utility room. The object is designed with separate parking lot. Vertical support system is formed by reinforced concrete skeleton and filling masonry from ceramic fittings Porotherm. Horizontal support system is formed by beams and ceiling slabs from reinforced concrete. Object is based on foundation footings made from reinforced concrete. Roof is designed as a single-shell flat roof. Object is insulated with mineral wool and a ventilated facade made of fiber-cement slabs is designed. The work contains a documentation and design part and is processed as a documentation for the costruction execution.