The planning area is situated on the border of historical city of Brno and the district of Stránice in the close vicinity of the important transport hub Vaňkovo square. It spreads between two main streets - Tomešová and Tvrého. The main dominant of this location is a built-up area of The Hospital. The uniqueness of this place is also related to the city’s historical centre, the view of the Špilberk Castle and at the same time the historical uniqueness hidden underground of the plot. Therefore, the aim of the work is to increase the attractiveness of the area and pleasant environment for inhabitants of the city regarding to the surrounding buildings. Also to open up magnificant spaces of historical water reservoirs to the public and thus increase the social level and attendance of this locality.

The diploma thesis deals with the possible use of now defunct reservoirs on the Yellow Hill. This water supply complex consists of three underground reservoirs and a technical house. The area is spread over a large plot of land overgrown with wild vegetation in the middle of a residential area. The set of underground reservoirs, covered by a system of arches supported by pillars, represents a unique architectural and technical monument. The aim of the proposal is to make the reservoir area accessible to the public through new functions while preserving their historical value. The main motive of the concept is an interactive water museum built in the youngest reinforced concrete reservoir. The exhibition deals, among other things, with a very current topic of sustainable water management. The complex is complemented by a new visitor center, which will make it possible to access the reservoirs through a new entrance to the underground. The existing unmaintained area of greenery will be transformed into a public park independent of the operation of reservoirs.

The project deals on one hand with means of activation of the site trying to establish new connections in the city. One the other it tries to redefine standards of bath culture.

The proposal is to create an architecturally interesting and unique, comprehensive, research-modern complex information and visitor center "WATER TOWN AQUADOMOS". The project addresses the urban design concept of the complex and its individual elements - visitor center with aquariums, museums and galleries with the history of the river Svratka outdoor recreation area with a water surface, the input element and an underground car park for visitors. The design of all elements are reflected themes of inspiration vody.Navržený house responds to the urban context in the area and complements the present block of buildings on the waterfront. The main entrance is placed on the most exposed part of the plot, the entrance to the underground garage and restaurant supply is oriented to the street Pisárecká, near křižovatky.Budova is fashioned in the shape of two prisms, which are linked through a central part. The shape of the building is influenced by communication and development plan.

Subject of the thesis is to design a new shipyard. Our site is located on the beach of Brněnská přehrada. Place is narrow, in the slope. Inspiration of my project were at first the Mediterranean city whose houses follow the slope. Place will be use for the sport. And the sport was the second inspiration. Sport is opened for everybody and same is my building. Integrate everybody, not only athletes. All sport tools are especially useful. My project places great emphasis on the functionality that is to be traced in the form of buildings. And sport is mainly fun. Shipyard is not closed, but use a lot of free space for the free time and fun.

Design of the spa complex in the town of Yverdon. In the city, which lies on the shore of Neuchatel Lake. However, our plot is located off the coast. Place the design looks like taken out of context the development of the city. Spa react to immediate surroundings and situation within the parcel that is. This is the regular structure of the volume of a rectangular shape with a shed roof. Objects are abstractly as discussed in industrial halls, which are in the form of individual features of the program are mounting

Peace in the shadow of the trees. A spring coming up from depths. The spa park is an island at the edge of the town. It is the highest value of its surroundings. That is why I place the volume of the spa on the side of the park along the road. There is a promenade connecting the constituent elements of the building. Full, heavy masses alternate with airy and bright ones. The park grows through the buildings, and in this way the spa and the park become closely intertwined. The interweaving of the built and the natural as the central theme of the project.

<p>Učestale smene veoma vlažnih i izuzetno su&scaron;nih perioda mogu prouzrokovati značajne negativne<br />posledice na poljoprivredu, životnu sredinu, ekonomiju i na dru&scaron;tvo u celini. Strogi zahtevi<br />poljoprivredne proizvodnje i specifičnosti agroklimatskih uslova i samog područja Vojvodine čine ga<br />veoma vulnerabilnim na pojavu vi&scaron;ka ili manjka vode. Jasnije sagledavanje vremenske i prostorne<br />pojave vi&scaron;ka i manjka vode i procena rizika od njihove pojave moglo bi dovesti do preduzimanja<br />odgovarajućih mera pripreme i ublažavanja negativnih posledica i pre pojave hazardnog događaja.<br />U ovom radu su kreirane metodologije na osnovu kojih su izvr&scaron;ene procene rizika od suficita i<br />deficita vode na melioracionom području Vojvodine. Procene rizika dobijene su kombinacijom procena<br />ranjivosti i procena hazarda, a baziraju se na identifikaciji ključnih faktora koji utiču na pojavu suficita i<br />deficita vode, na njihovoj analizi i adekvatnom vrednovanju i uz kori&scaron;ćenje geografskog informacionog<br />sistema. Ključni faktori su odabrani na osnovu njihovog uticaja na samu pojavu ili na ublažavanje<br />efekata su&scaron;e ili pojave vi&scaron;ka vode, na osnovu dostupnosti podataka i na osnovu istraživanja brojnih<br />autora. Vrednovanje faktora ranjivosti je izvr&scaron;eno objektivnom metodom entropije. Analize hazarda su<br />izvr&scaron;ene savremenim hidrometeorolo&scaron;kim stohastičkim metodama koje sveobuhvatno sagledavaju<br />opasnosti od pojave su&scaron;e ili vi&scaron;ka vode. Rezultati procena ranjivosti, hazarda i rizika su dobijene<br />kori&scaron;ćenjem geografskog informacionog sistema u vidu karata.<br />Metodologije na osnovu kojih su u ovom radu sprovedene procene rizika od suficita i deficita vode<br />na melioracionom području Vojvodine, omogućavaju stvaranje uslova za podizanje pripravnosti na<br />pojavu ekstremnih hidrometeorolo&scaron;kih događaja, unapređenje planiranja meliorativnih mera kao i izbor i<br />dono&scaron;enje optimalnijih odluka vezanih za upravljanje i ulaganje u meliorativne sisteme, a sve u skladu<br />sa načelima i principima održivog razvoja poljoprivrede, vodoprivrede i melioracija.</p> / <p>Frequent changes of very dry and wet periods can cause significant adverse effects on agriculture,<br />environment, economy and the whole society. Strict requirements of agricultural production and special<br />characteristics of agro-climatic conditions of the Vojvodina region makes it very vulnerable to the<br />occurrences of excess water or drought. A clearer understanding of the temporal and spatial occurrence<br />of excess water or droughts and the risk assessment of their occurrence could lead to taking appropriate<br />measures of preparedness and mitigation of negative impacts before the onset of hazardous events.<br />In this dissertation, methodologies of risk assessments of water excess and water deficit on the land<br />reclamation areas in Vojvodina were created. Risk assessments were obtained by a combination of<br />vulnerability assessments and hazard assessments, and they are based on the identification of key factors<br />affecting the occurrence of water excess and water deficit, on their analysis and adequate evaluation and<br />by using geographic information systems. Key factors were selected based on their impact on the<br />occurrence or on mitigation of the effects of drought or excess water, on the basis of data availability<br />and based on the research of numerous authors. Valuation of the vulnerability factors is made by<br />objective method of entropy weighting. Hazard analyses were performed by using contemporary<br />hydrometeorological stochastic methods that comprehensively perceive threats of drought or excess<br />water. Assessments of vulnerability, hazard and risk are preformed in GIS and results are presented in a<br />form of thematic maps.<br />Methodologies for risk assessments of water excess and water deficit in land reclamation areas of<br />Vojvodina region, created or modified in this dissertation, allows the creation of conditions for<br />increasing preparedness to extreme hydro-meteorological events, improvement of land reclamation<br />measures planning as well as improvement of selection and decision-making regarding management and<br />investment in the irrigation and drainage systems, all in accordance with the principles of sustainable<br />agriculture, water management and land reclamation.<br />&nbsp;</p>

This master’s thesis deals with the overall sanitary and gas pipeline installation in a supermarket. The theoretical part deals with equipment and requirements for large kitchens with regard to the food preparation in this building. The computing and design part deals with the sewerage, water supply and gas distribution in the supermarket. The property counts over six thousand square meters and is partly two-storeyed. There are also several smaller sales units in addition to the sales areas, facility for staff and warehouses. The diploma thesis is based on current Czech and European regulations.

The thesis focuses on comparison of the original and the new solutions of cooling water circuit of the York cooling units for the purpose of cooling water flow increase for the absorption units in the Dukovany Nuclear Power Plant. The individual parts of the cooling units that were changed and modified within a reconstruction are described here. The aim of the work is also to process and compare the original and the new solutions of the cooling units and the cold source station from the available measured data. The data are processed into illustrative graphs and tables. Based on the obtained data we can observe the changes achieved by the reconstruction that have affected the effectiveness of the cooling units.