L’activité de recherche a eu lieu alternativement dans le cadre de l‟École doctorale le Simion Mehedinți”, Faculté de Géographie, Université de Bucarest et au laboratoire „PAVE- Profession, Architecture, Ville, Environnement”, École Nationale Supérieure d‟Architecture et du Paysage de Bordeaux, France. Durant la réalisation de cette thèse on a suivi également des stages de formation et perfectionnement au laboratoire de recherche „ThèMA”, Université de Franche Comté, France, ESRI Roumanie et dans le cadre de l'Unité Régionale de Formation à l'Information Scientifique et Technique, URFIST de Bordeaux, France. / The research period took place alternatively to the Doctoral School “Simion Mehedinţi”, Bucharest University, Geography Department and to the PAVE Research Laboratory (ENSAP Bordeaux), member of the Emile Durkheim Research Center (UMR5116). During the realization of this PhD work we have also was also carried out training courses to the research laboratory „ThèMA”, University of Franche-Comté, France, ESRI Romania and to the Regional Training Unit for Scientific and Technical Information, URFIST de Bordeaux, France.

Tomtmarkerna i urban bebyggelse blir allt mer attraktiva. En minskning av byggnadsarean medger positiva ekonomiska effekter på markkostnaden då tomtpriserna tenderar att bli allt högre i stadsmiljö. En stor del av totalkostnaden vid nyproduktionen av ett enbostadshus är tomtpriset. Framtidens enbostadshus bör utformas med ett begränsat tomtbehov samt uppfylla framtida energikrav.   Examensarbetet har utförts i samarbete med småhustillverkaren Eksjöhus, vilka till följd av de ökade markpriserna upplever en minskad efterfrågan för nyproduktion av småhus. Likt övriga hustillverkare står Eksjöhus också inför uppfyllandet av framtida energikrav.   Syftet med examensarbetet är att utforma framtidens enbostadshus, genom att effektivisera tomtutnyttjandet och förbättra energiprestandan. Frågeställningarna vilka besvaras i arbetet är ”Vilken är den minsta möjliga bostadsarean för entréplanet i ett enbostadshus, med bibehållen tillgänglighet enligt svenska krav?”, ”Hur kan rumsfunktionerna disponeras för ett enbostadshus i tre våningar med bibehållna boendekvalitéer?”, ”Hur kan ett enbostadshus utformas för att klara EUs direktiv för år 2020 beträffande byggnaders energiprestanda?”. Målet med arbetet är att utforma ett enbostadshus i tre våningar med minsta möjliga bostadsarea på entréplanet, som klarar EUs direktiv för år 2020 beträffande byggnaders energiprestanda.   En litteraturstudie genomfördes för att utreda kompaktboendets effekter på boendekvalitén samt energieffektiv byggnadsutformning. En fallstudie av tre byggnader utreddes boende i flera plan. Utformningen av framtidens enbostadshus genomfördes i ett skissarbete och slutligen beräknades byggnaden för att uppfylla den rådande kravspecifikationen för NNE-hus.   En yteffektiv planutformning åstadkoms genom överlappandet av betjäningsareor, effektiv disposition av rumsfunktioner samt gemensamma kommunikationsytor. Entréplanets utformning resulterade i en bostadsarea på 51,4 m2. Byggnaden är utformad för att tillgodose kravet på tillgänglighet i enlighet med BBR och SIS. Rumsfunktionerna som finns representerade på entréplanet är kök, badrum, avskiljbar sängplats samt utrymme för sittgrupp, matplats, tvätt och förvaring. Plan 2 utgörs till största del av ett vardagsrum vilket knyts samman med entréplanets sociala funktioner. Byggandens privata våning utgörs av plan 3 vilket inrymmer två av byggandens tre sovrum.   Byggnaden följer nu gällande krav för 2020-målet, utformat som ett NNE-hus genom en energieffektiv utformning och egenproduktion av el från solceller. Vår slutsats är att förhållande, disponering, kommunikation av rumsfunktioner samt åtskild placering av privata och sociala utrymmen är väsentligt för att minimera bostadsarean samt för att bibehålla en god bostadskvalité. / Building plots in urban settlements are becoming more attractive. A reduction of the gross floor area allows a positive economic impact on the cost when the prices tend to become high in urban settlements. A large amount of the total cost for the production of a new one-family house is the price of the building plot. The future one-family house should be designed with a limited need of land and also meet future energy demands.   The work was performed in collaboration with the small house manufacturer Eksjöhus, which due to the increased price of land are experiencing a decline in demand for construction of new one-family houses. Like the rest of the small house manufacturer, Eksjöhus are also facing the fulfillment of future energy requirements.   The purpose of this study is to design tomorrow's one-family house, by increasing the efficiency of land use and to improve the energy performance. The questions, which are answered in this work are "What is the minimum floor space for the ground floor of a one-family house, while maintaining accessibility according to Swedish demands?", "How can room functions be arrange for a one-family house in three floors with maintained housing qualities?", "How can a one-family house be designed to meet the future EU energy strategy towards 2020 concerning energy performance of buildings? ". The goal of this work is to design a one-family house in three floors with a minimum floor space on the entrance floor, which meet the future EU energy strategy towards 2020.   A literature study was conducted to investigate the impact of compact living on the living quality and energy efficient building design. In a case study of three buildings, housing in several floors was investigated. The design of a future onefamily house was conducted in a sketch work and finally the building was calculated to fulfill the current specification for a Zero-energy building.   A space-efficient plan design is accomplished by overlap the service areas, efficient disposition of room functions and by shared communication areas. The design of the entrance floor resulted in a gross internal area of 51,4 m2. The building is designed to meet the requirement of accessibility according to BBR and SIS.   Room functions which are represented on the entrance floor are kitchen, bathroom, separable bed space and space for sitting, dining, laundry and storage. Plan 2 consists of a large living room which is connected to the social functions on the entrance floor. The private floor of the building is plan 3 which consist of two of the building's three bedrooms.   The building is designed to meet the future EU energy strategy towards 2020. The building is a Zero-energy building due to the energy efficient design and the selfproduction of electricity from solar cells.   Our conclusion is that the relationship, disposition, communication and the separate placement of private and social spaces is essential to reduce the living space and to maintain good housing quality.

This diploma thesis deals with the valuation of five family houses and the degree of influence of the construction type on the usual price of the family house. Valuation of houses, including the price of land in a single functional unit is made by using cost and comparison approach, according to the current pricing regulations and market valuation method (method of direct comparison). The final part of the diploma thesis compares the established prices of family houses and the prices of usual individual houses.

The topic of the diploma thesis is a comparison of evaluation methods of family houses in the Czech and Slovak Republic, a legislation in relation to the evaluation in mentioned countries and a definition of particular terms: family house, value and price. There are basic methods of the evaluation of the immovable property used in Czech and Slovak Republic described in this thesis. The important part of the thesis is an analysis of the real estate market. On the basis of this analysis were chosen two comparable localities. Methods of the evaluation of the immovable property were applied on specific cases. Chosen family houses were valued at the common price, time price and ascertained price. The result of the diploma thesis is the comparison of evaluation methods used in the Czech and Slovak Republic.

The diploma thesis deals with the cost determination of the family house reconstruction, which was built at the beginning of the last century and has already undergone one reconstruction in the 90s of the last century and the assessment of the building's valulation by the building modifications. The construction technical state of the house before reconstruction and description of the construction works and used technologies in the reconstruction realized in 20132015 are detaily described as well. Expected construction costs are determined by an item budget and actual reconstruction costs which were largely self-made are determined according to the tax documents of building owner. The determination of value change by house reconstruction was evaluated using the cost and comparation method.

The diploma thesis deals with energy assessment and proof of energy performance of the building when replacing the heat source in a family house. The theoretical part deals with thermography and thermocamera in energy practice. The experimental part of the thesis was focused on the thermographic survey of the object and the evaluation of the outputs. The computational part focuses on the energy analysis of the assessed energy economy.

The main content of this thesis is a design and an assessment of energy-saving measures with an objective of energy economical optimization of a particular family house. The theoretical part of the thesis describes problems of the energy performance of the building. The calculating part is devoted to economical and environmental assessment of two solving options with a use of a computer program which enables a monthly calculating measure. One part constitutes a design of air-conditioning systems, heating and drawing up an Energy Performance Certificates. The part of the thesis which is focused on a computer technology application deals with energy performance optimization with a use of a program which enables a daily calculating measure and making models of pictures of flowing with a use of CFD methods.

The diploma thesis deals with determination of the price of a family house, located in Vranovice. The theoretical part discusses the basic procedures and terminology necessary for property valuation. The aim of the thesis is to use different valuation methods, to evaluate them and to determine the difficulty in terms of the job and the amount of input data needed. Property will be evaluated by direct comparison and cost method. At the end of the thesis we will assess to what extent the price shares listed in the Valuation Ordinance, correspond with the price shares in the item budget and evaluate the calculated prices of the family house.

The diploma thesis deals with the influence of the type of construction on the usual price of a family house, based on the valuation of five family houses, including the price of the plots in the single functional unit. The following methods are used: cost and comparative method according to valid valuation and market valuation method (direct comparison method). The final part of the diploma thesis compares the established prices of family houses and the prices of usual individual houses.

The diploma thesis deals with the design of nearly zero energy buildings. It focuses primarily on optimizing the thermal insulation thickness at a cost-optimal level. Based on energy consumption analysis, three heat sources are selected and then evaluated using an energy assessment. The building is evaluated in terms of energy, economic and environmental.