The final thesis designs an apartment building with terraces, bikeshop and underground garage. The building is situated in the city of Hradec Králové. Building has four floors and one underground floor. The main root area is designed as extensive green roof. The supporting system consists of a cast-in-place reinforced concrete frame with masonry of brick blocks. The whole building will be insulated by external thermal insulation composite system of mineral fibers. The building design meets the requirements for almost zero energy consumption houses.

The master´s thesis is focused on the preparation and design of project documentation of the multi-functional building. The building is designed on land in Beneš street in Kutná Hora. The concept of the building respects the territorial plan of the city and complements the existing buildings. The building has one underground and four floors, the last floor is the attic. There is an underground garage, two stores and six flats. The building is designed from construction system Porotherm.

The object of the project is to design a new building of fire station. The building is consisted of two sub-sections - administrative building storey flat roofed with shed roof and one-story building flat roofed garage with roof vegetation. The house is without the basement. The structural system is a brick-constuction with a heat insulation.

The thesis is focused on the preparation of documentation project of new residential building with twenty flats. The building is located in Valašské Meziříčí. The building has four floors, which are used for housing and one underground technical floor with garage and cellar booths. The building is brick ceramic blocks Porotherm and it is covered with a flat roof. The drawings were processed in a computer program AutoCAD.

The object of the project documentation is the design of new multifunctional building. The construction will be used for housing and business, in business there will be office spaces, small shops and coffee bar.

Dissertation on multifunctional building which is a part of a project which is about a transformation of an industrial district into a residental district with an additional function of shops and services including relaxation zone which is planned on the roof terrace. The dissertation is divided according to the legislation and made in the extent of the documentation of the building.

Detta examensarbete bygger på ett förslag från vår näringslivskontakt Sara Eriksdotter som är anställd på Haninge kommun. Förslaget bygger på konverterbara byggnader. Målet är att bygga ett parkeringshus som går att byggas om till ett flerbostadshus i framtiden. Idén grundar sig på Haninge kommuns plan att arbeta för ett minskat bilanvändande i centrala Haninge, vilket på sikt kommer medföra ett minskat behov av parkeringsplatser jämfört med idag. Samtidigt vill Haninge kommun ta hänsyn till det bestående behovet av bostäder. Vår målsättning med examensarbetet har varit att ta fram ritningar och illustrationer som visualiserar vårt förslag på en konverterbar byggnad; i detta fall avser projektförslaget en byggnad som ska klara av ombyggnaden från parkeringshus till flerbostadshus avsedd för studenter. Arbetsgången för att nå målet började med en litteraturstudie i form av böcker, elektroniska källor och intervjuer med relevanta personer. Litteraturstudien sammanställdes till kravlistor över absoluta krav för de båda funktionerna som lagts som grund för hur projektet skulle påbörjas. Kravlistorna bygger även på en tomt- och områdesanalys vilken gjordes dels för att få en känsla för helhetsbilden som byggnaden kommer att skapa och dels för att kunna skapa en förenklad situationsplan över området då en sådan inte funnits att tillgå. Med kravlistorna som grund gjordes en 3D-modell av byggnadsverket för att visualisera resultatet. 3D-modellen fungerar som en hjälp för att redovisa den vision som finns med projektet samt att den ger en ökad förståelse för hur byggnaden ser ut in i sin tänkta miljö. Programmen som använts för att ta fram och bearbeta 3D-modellen är Revit, Sketchup och Photoshop. Resultatet av arbetet presenteras genom ett typexempel av den konverterbara byggnadens funktioner, parkeringshus och flerbostadshus, konstruktionsritningar över husstommen samt en förenklad byggnadsbeskrivning. Utöver detta har möbleringsförslag tagits fram för samtliga lägenhetstyper för flerbostadshusets lägenheter och renderingar av 3D-modellen i sin tänkta miljö. Vi hoppas att konverterbara byggnader ska bli ett erkänt begrepp där man förbereder nybyggnationer på ett sådant sätt att de enkelt kan fylla andra funktioner i framtiden. / This examination paper is based on a suggestion from our business world contact Sara Eriksdotter who is employed by Haninge Municipality. The project proposal is based on convertible buildings. The goal is to build a multi-storey car park which in the future can be rebuilt into an apartment block. The idea is based upon Haninge Municipality’s plan on working for the reduction of automobile usage, which in the long term will lead to a decreased need of parking spaces for cars than what it is today. At the same time, Haninge Municipality wants to take the lasting need of housing into account. Our objective with this degree project has been to produce drawings and illustrations that visualize our project proposal of a convertible building; in this case the project proposal concerns a building that will manage the conversion from a multi-storey car park into an apartment block destined for students. The work process to achieve the goal started with a study of literature in books, internet and an interview. The literature was consolidated into a list of absolute requirements which is needed to achieve the functions of the buildings in the project. The list is also based on an analysis of the area which was done partly to create a feeling of the total impression that the building will create and partly to create a simple site plan of the area, because there was none available. With the help of the lists a 3D-model was created of the building to visualize the results. The 3D-model works as an aid to present the vision of the project and it provides a greater understanding for the building in its intended environment. The modelling programs used to create and refine the 3D-model are: Revit, Sketchup and Photoshop. The results are presented as drawings of the multi-storey car park and the student housing, drawings of the construction and a simplified building description. Additionally we have included furnishing suggestions for three types of apartments along with illustrations of the 3D-model in its intended environment. We hope that convertible buildings will become an accepted and recognized concept where new buildings in the future will be prepared to fulfil functions other than its original function.

Something is an institution and exhibition space for art and architecture in Stockholm, located within the urban fabric on and underneath a former schoolyard on Södermalm. / Something är en institution och ett utställningsrum för konst och arkitektur i Stockholm, placerat som en del av den urbana strukturen, på och under en tidigare skolgård på Södermalm.

In this modern era, it has been very difficult for a driver to judge the distance between a vehicle and obstacle while parking in a blind spot areas like garage. The driver should be aware of the surroundings in order to park a vehicle safely without any damage. But without any guidance it will be difficult for a driver to judge the distance manually which in most of the cases ends up in a collision. This causes damage of property and sometimes leads to the injuries to the people. In this proposed work, a Parking Assistance system is introduced to avoid the collision between a vehicle and an obstacle while parking in a blind spots. While parking, the System detects the presence of obstacles and alerts the driver accordingly. The main objective of this project is to build a system which is used to avoid the collision between a vehicle and an obstacle while parking in a blind spot areas like garage. Parking Assistance System uses ultrasonic sensor to calculate the distance between a vehicle and an obstacle. Arduino board is used as the microcontroller. LED's are used to indicate the respective zones of the vehicle while parking, LCD is used to display the distance between the vehicle and obstacle. A buzzer is used to warm the driver and the people present around the vehicle when the vehicle is too close to the obstacle. The proposed system makes the driver fully aware of the surroundings while parking a vehicle. Parking Assistance System is wall mounted device which is designed to guide and help the driver to park a vehicle safely without any damages while parking in a blind spot areas like garage. The manual efforts to calculate the distance can be avoided and helps in reducing the time consumption. This parking system can be useful and needed to avoid the collision while parking. It prevents accidents and damages caused during the parking.

The task of my master´s thesis was to work up a project and a check of a bearing steel construction the multi-storey office building with a garage in Brno. The building is composed of five storey office section and two storey of garage. Ground dimension of administrative part is 38,8m x 35m with distance of pillars 7m,6m and 6,4m. The structural height of floor is 3,5m.Garage is designed with dimensions 36m x 24,8m with structural height of floor 3,5m. Distance of pillars is 5,6m, 6,4m and 7,8m.Total height building is 17,5m