Low Impact Development (LID) is a sustainable stormwater management approach that aims to control runoff close to its source, mimicking the natural hydrological processes such as infiltration and storage. It is being adopted by many cities, where its implementation is rapidly evolving. The LID practices are small-scale measures; therefore, they need to be widely implemented to impact significantly. The selection of LIDs depends on the land use and characteristics of the area of interest. This study focuses on residential LIDs. First, a systematic and bibliometric literature review is conducted on the residential LIDs articles published up to the year 2020; a total of 94 papers were found in the Web of Science. This review resulted that LID implementation in residential areas still needs to be investigated. To assist the City, engineers, and policy-makers in implementing the suitable LIDs for detached houses, a multi-criteria decision analysis framework incorporating a hydrological model is developed in this study. The commonly used LIDs were identified, which are rain gardens, permeable pavement, rain barrels, soakaways. Seven criteria were selected – runoff depth reduction rate, peak runoff reduction rate, installation cost, maintenance cost, retrofit cost, life cycle, and aesthetical view. For the properties of the single-detached house and LIDs, the standards of Credit Valley Conservation (CVC) and Toronto and Region Conservation Authority (TRCA) were followed. The proposed decision-making framework also was applied to a case study. This framework is still in the preliminary stage, thus holds the potential to convert into a tool that will be handy enough for the homeowners and consume less time. / Thesis / Master of Applied Science (MASc)

The subject of the diploma thesis is the solution of chosen parts of the construction technology project of the 1st phase of the construction „Komplex RD Slavkov, Pod Zlatou horou“. These are 4 semi-detached houses, overall 8 family houses. The work deals with technological regulations for the superstructure including roof, study of the realization of the construction technology project, design of the main construction machines and mechanisms and control and test plan. For the whole construction is elaborated time and financial plan in two variants, namely the gradual and current method of construction, and a detailed schedule for one semi-detached house. The technical report of the building site equipment is completed with the drawings, itemized budget of the building part of the house, noise study and specialization focused on the photovoltaic system, with an alternative solution to use solar collectors. The thesis also includes a case study of construction methods focused on the gradual and current method of construction.

This master thesis describes a detached house, requirements for the detached house, price, technical-economic index and card of cost indicator. The author performed an analysis of selected houses and itemized budgets of selected houses. Different shapes, technologies and solutions of materials are included in the analysis. The author, from the analysis, inferred the behavior of technical-economic index (TEI) of detached houses. The author described behavior in the particular and sub models. The author suggested methodology of calculation of the price data, the spatial data and the structure of price TEICF2 (technical-economic index, complex formula, version 2) of planned detached house. The author founded his methodology on particular and sub models. The principle of methodology TEICF2 consists in the analogy of the planned detached house with the model with same parameters. The author implemented TEICF2 into application dyCBI. Application dyCBI is working on Microsoft Excel.

The master´s thesis "Multifunctional house" is in form of project documentation containing all appropriateness in accordance with valid regulations. The house is designed as a detached house and with a cellar. The house is rectangular dimension, with a flat vegetation roof. The house has four floors with balconies and terraces. The house has 10 housing units and 2 offices. On the first floor is the technical room, 2 flats and two offices. In the house is projected a lift. The house is made of brick system with a contact insulated system.

This thesis is focusing on market value and cost price of a real estate. The difference between the above-mentioned market value and cost price in relation to a specific real estate is emphasized. To regard and evaluate this difference a database of real estates was needed to be established. Building plots in the region of Opava with a planned construction of a detached house were chosen to establish this database. In all cases, the cost price of the structure and the future market value of the building plot with a completed building of the detached house was known. Based on the database, the main impact of each characteristic of the structure and the building plot on the difference in market value and cost price of particular real estates is evaluated in the main part of this thesis. In it’s last part this thesis comes to the application of ascertained conclusions on the problematic of municipalities management with municipal real estates in the most economical effective way.

This Master's thesis "Multi-function building" deals with a project of new multi-function building. It is in a stage of project documentation. An object is design as a detached house. The house is slab-on-ground with four stories. In the object are designed 8 flats with 7 garages. In the first story is situated a wellness centre and an office. The roof is flat, projected as single-skin. A carrier system is made from sacrificial formwork system. A construction of a ceiling is projected as ribbed floor. Windows and entering doors are plastic, interior doors are wooden. A part of work is a specialization from a branch concrete structures.

The master´s thesis "Apartment house" is in form of project documentation containing all appropriateness in accordance with valid regulations. The house is designed as a detached house and without a cellar. The house is rectangular dimension, with a flat vegetation roof. The house has four floors with loggias, balconies and terraces. The house has 10 housing units. On the first floor is the accessory apartments: bicycle room, technical room, cellar room and garage. In the house is projected a lift. The house is made of brick system with a contact insulated system. The part of thesis is a heat-technical opinion, calculations staircase and foundation construction.

This thesis solves the design of multifunctional building. The building is situated on the outskirts of Mikulov in the cadastral area Mikulov in Moravia. Plot number is the 5087th. Multifunctional house will be used for housing of 26 people and providing commercial services. There are considered groceries and hairdressing salon. The building is designed without a basement, four-storey, with a gabled roof. It is based on the footings of plain concrete. The structural system consists of wall formwork system from VELOX.

The aim of my master’s thesis is a project of a new apartment building at a level of the documentation for the structure realization. The thesis contains text, drawings and calculation part. The house is designed as a detached house. Residential house is situated in flat terrain. The building is full basement with four above-ground floor. The house has 16 housing units. The construction system is a combined brick. The structural system of the basement part is made up of permanent shuttering. The floors are of brick blocks HELUZ. In the middle of the building is constructed elevator. The ceiling structure is made of prefabricated prestressed panels Spiroll. The roof consists of single-layer flat roof. The thesis also includes thermal and technical expertise and the calculation of the foundation structure.

Diploma thesis is focused on the construction of a two-storey, partly basement, family reinforced concrete house. The ARCHICAD 22 program was used to design this object, the SCIA 21.0 program was used for the model and the subsequent calculation of internal forces. In addition to the static calculation, the work includes reinforcement drawings and drawings of the shape of selected monolithic parts made in AutoCAD 2021. Reinforced concrete elements are assessed in accordance with ČSN EN 1992-1-1.