Inom Sverige flyttade 1,6 miljoner människor år 2020 varav 60 000 av flyttarna skeddeinom samma fastighet. Genom att utveckla bostäder och göra dem anpassningsbara går det enklare att möta människors behov vid val av bostäder. Genom att utforma bostäder med fokus på arkitektoniska kvalitéer och anpassningsbarhet går det att bidra till och stödja social hållbarhet. Syftet med arbetet är att utforma anpassningsbara planlösningar för ett flerbostadshus med målet att bidra till ökad social hållbarhet, samt att redogöra för vad som kan bidra till en socialt hållbar bostad. Syftet uppnåddes genom att göra en fallstudie och projektera för planlösningar utifrån de teoretiska utgångspunkterna.En planlösning som kan stödja social hållbarhet ska möta de boendes behov. Genom anpassningsbarhet går det att möta behov vid förändrade familjesituationer och olika faser i livet. Att smidigt kunna få ett extra rum eller få bort ett rum som ej används till en behövande granne stödjer social hållbarhet i byggnaden. De arkitektoniska aspekternasom planlösningarna utformas efter berör den inre miljön i lägenheterna. Genom att jobba med ljus via fönsterplacering och axialitet, rumsorganisation, rörelser, omslutenhet, tillgänglighet och trygghet går det bidra till social hållbarhet. Individens välbefinnande har också haft en central roll i projekteringen och även det kan stödjas utifrån aspekterna studien arbetar omkring. En viktig faktor i social hållbarhet är social interaktion, att utforma en byggnad där hänsyn tas till sociala interaktioner stödjer social hållbarhet. Arbetet begränsas till flerbostadshuset och berör därför inte området runt bostaden. Gemensamma ytor finns ofta belägna runt om huset, en gemensam yta bidrar till sociala interaktioner men kan vara svårt att få plats med inuti ett flerbostadshus utan att ta yta från lägenheterna, att använda flerbostadshusets tak till en gemensam yta medför att lägenhetsstorlekarna inte blir beroende av ytan den gemensamma ytan tar.Social hållbarhet är ett komplext ämne, förslaget studien har arbetat fram är ett av många förslag på vad social hållbarhet i en planlösning kan innebära. Resultatet av studien visar att flera olika aspekter har betydelse när det handlar om social hållbarhet, flera av aspekterna går att koppla till varandra, ljus är hälsofrämjande och samspelar med axialitet som leder till trygghet via naturlig övervakning. Att utforma anpassningsbara flerbostadshus stödjer också social hållbarhet ur ett längre perspektiv, möjligheten att möta människors behov och marknadens efterfrågan blir enklare med ett anpassningsbart flerbostadshus. Social hållbarhet är ett ämne för framtida forskning och studien visar ett resultat som går att arbeta vidare på. / The purpose of the work is to design adaptable floor plans for an apartment building with the goal of contributing to increased social sustainability. And explain what can contribute to a socially sustainable home.The result shows that there are several aspects to consider in social sustainability. The study has chosen to focus on aspects related to the floor plan. The surroundings and location of the apartment building have therefore not been studied. By working with aspects such as light, axiality, room organization, immersion, adaptability, security, movements and accessibility, it is possible to contribute to social sustainability. Customizable floor plans can be designed in different ways, the study's proposal describes floor plans that are adapted between the different apartments to change the area of the apartments and the availability of an extra or fewer room. To support social sustainability, residents' needs need to be met.The difficulty with the study is that social sustainability is a complex subject and linking it to a single floor plan makes the work more difficult than if the environment and location had been included. What is considered socially sustainable and what needs tomeet can be subjective.

Diploma thesis deals with the design of the automatically controlled ramp for the boarding of physically disabled people in city buses. The initial research section deals with the regulations and directives that must be respected in the design, the issue of wheelchair mobility and the analysis of design considered elements. In the second part the thesis goes to the chosen design solution. The design input parameters are the height of the ramp cassette, the slope of the ramp when boarding and the width of the boarding platform. The platform is extended by a pair of pneumatic cylinders along with a scissor mechanism guided in a linear ball guide. The boarding platform is made of an aluminium honeycomb panel which strength is verified by analytical calculation. At the front edge, the boarding platform is equipped with a pressure-sensitive edge The ramp cassette is made up of a welded frame of steel profiles and subjected to stress strain analysis. The thesis is accompanied by complete drawing documentation.

This work deals with the structural solution of selected parts of load bearing structure of apartment house - floor slabs of 1.PP and 2.NP, deep beam and its supporting column. The analysis is made by Finite Element Method, deep beam is solved by Strut-and-Tie model. The elements are designed and assessed according to valid standards.

The aim of the diploma thesis is design a hotel in Žďár nad Sázavou. The hotel is designed for 36 guests. The building is with partial basement and it is composed of three parts. These parts have one, two and five above-ground floor. Structural system is frame and load-bearing elements are columns and beams. The roof is flat. Part of the design is also a thermal assessment and fire safety assessment.

The thesis deals with design and assessment of all supporting parts of cast-in-place reinforced concrete tank. The thesis includes a technical report, static analysis, drawing documentations, construction proces and visualization. The drawing documentation consists of shape and reinforcement drawings of supporting parts.

This diploma thesis deals with design and elaboration of project documentation of library. The building is located on plot No. 6167/2 in Žďár nad Sázavou, number of cadastre unit 795232. The library have three above-ground floor and basement. Irregularly-shaped floor plan of the library is in the shape of the letter "K". In addition to the individual departments of the library, there are study rooms, a multifunctional hall, an information center and a café. Structural system is designed as a cast-in-place concrete frame with a ceramic blocks infill. Horizontal structures are made of cast-in-place reinforced slab. Building has ventilated facade with mineral wool insulation. Roofs constructions are designed as flat green roofs.

The diploma thesis is focused on the design of heating and forced ventilation for the project of the family house Doubrava. In the first two chapters is briefly described the theory and there is also described the project of the family house. The next chapter deals with the design of the forced equal pressure ventilation with the heat and moisture recovery. Than the heat loss are calculated according to the norm ČSN EN 12831-1. The next part is focused on the design of heating system and the heat source for the family house Doubrava. There is described detailed design of the floor heating, including necessary calculations, and also the type of the heat pump, as the heat source and source for hot water heating, is chosen. This part also contains a selection of expansion tank and safety valve and approximate calculation of the size of the primar circuit. The last part deals with the possibilities of using renewable energy sources. At the end of the thesis, there are more detailed results of the calculations and the mechanical drawings of individual designs of the ventilation and heating system and also there are tables of the acquisition costs.

This diploma thesis deals with the detection of the current floor during elevator ride. This functionality is necessary for robot to move in multi-floor building. For this task, a fusion of accelerometric data during the ride of the elevator and image data obtained from the information display inside the elevator cabin is used. The research describes the already implemented solutions, data fusion methods and image classification options. Based on this part, suitable approaches for solving the problem were proposed. First, datasets from different types of elevator cabins were obtained. An algorithm for working with data from the accelerometric sensor was developed. A convolutional neural network, which was used to classify image data from displays, was selected and trained. Subsequently, the data fusion method was implemented. The individual parts were tested and evaluated. Based on their evaluation, integration into one functional system was performed. System was successfully verified and tested. Result of detection during the ride in different elevators was 97%.

This thesis solves the new building of commercial building with flats in vacant space in Prague street in Hořovice. This building is with the cellar in a part of object and it has four floors. Commercial building has rectangular ground plan and it is covered with flat roof. The facade will be furnished with contact thermally insulated system with improved plaster and cladding tape. The object is proposed to be made with brick from block. Ceiling is made from iron-concrete ceiling panels. In the basement there are cellar boxes for the each apartments, store room and boiler room. In the ground floor there are four shops which are directly approachable from the outside. Every shops have own store room, office and restroom. There are also situated pram room for apartments and two stores for household rubbish. The first floor is constructed for offices where two companies can be located. In the second floor there are six apartments. Two of them can be adapted for the person with reduced mobility. The third floor is identical with the second floor.

Thesis "Training Center" is processed in the form of project documentation containing all requirements according to applicable regulations. The designed facility is located in Babice Svitavou. The building is divided into several zones, which provide visitors with all comfort. The center includes also accommodation facilities with a restaurant area and a relaxation area. It is a brick masonry building roofed with flat roof, which is divided into four usable floors. Horizontal ceiling constructions are designed from pre-tensioned ceiling panels. The project also includes specialization in the field.