Since energy simulations are used to verify that projected Residential buildings will reach the current energy requirements it is important that the results are reliable.This report investigates the extent of uncertainty in energy simulations, estimates the causes of the uncertainty and its economic and environmental consequences.The method used in this report is based on three validation methods; empirical validation, analytical validation and comparative validation. The analysis was carried out for five multi-family dwellings in Uppsala with installed meters for energy measurements. One of these objects, Klockarlunden, was studied in more detail than the others.The results show that the deviations are between 10 and 29% for the studied objects, which means that the uncertainty is estimated to be at least 29%. All simulations underestimate the buildings need of energy. The simulation for Klockarlunden can predict the energy consumption to be within the range of 46-98 kWh/m2year with 90% confidence level based on the current uncertainty.

This Bachelor?s thesis consists of two parts; one with prefabrication (prefab) in focus and thesecond part includes detail design of a house project. These parts are linked together by designingsome parts of the house project as prefabricated.The focus section investigates how prefabrication can act time-, costs- and environmentallyeffective to a building project. This is investigated by combining literary sources with sourcesbased on reality in the shape of interviews. The result of the investigation is that prefabcould acteffectively on previously mentioned factors,if this way of building is used in a proper way.The detail design of the house started in a Residential area with a new local plan in Huddinge,named Sjöängen II.

The energy consumption in the sectors of Residential and public buildings is 40 % of the total energy consumption in Sweden. The main part, 85 %, of the energy use in these sectors is for operation of the buildings. The rest is used in the building process. When energy-efficiency measures are taken the energy use during the operation time decreases and the fraction of energy consumption during the building time increases. This project is carried out in cooperation with JM AB and concerns the energy use during the building time of production of blocks of flats at the building site.The main part of the electricity that is used during the production of apartment buildings goes into the heating of portacabins and illumination of the building during the construction phase.

In recent times the number of children and youth, that have been forced to flee to Sweden due to various circumstances, has increased. The majority of said children and youth seek refuge along with their parents. In recent years, however, the count of this mentioned group, coming separately from their parents, has gradually increased. Children in such situations are called unaccompanied children. A knowledge gap in previous research, regarding the commitment of unaccompanied children, might be filled by neighborhood attentiveness to Residential care homes i.e.

The BA thesis Front Yard Gardens ? spatiality, design elements, expression and social aspects is a summary of the entrance and front yard garden phenomenon ? where the entrance is the set design and the designer is the director. The thesis touches the social context of which entrances have been and still are shaped. The various appearance of the entrance and front yard gardens throughout the history, starting with the first entrance by the edge of the wood and coming up to the front yard gardens of today, is described. It touches the present day through an analysis of some entrances and front yard gardens of modern Residential areas.

This examination work brings up opportunities to invest in a construction for heating with grain or pellets on farm level. As example we have chosen Fröberga Gård which is a farm located in Östergötland outside of Söderköping. The farm`s Residential buildings is to day heated with oil and electricity. The result of our investigation shows that heating with grain is the best alternative, partly because of economical issues but also because you can grow the grain on your own farm and by that you can get better economy in your seed cultivation. To grow 16 tonne of grain as is needed demand gives a insignificant increase of work. Further an advantage is that no investment in machines is needed because all the machines witch is needed already is in use on the farm. In a situation where a new investment is needed as in the case we studied, is it often profitable to invest in a integrated furnace. Because all the components are well adapted to each other, and because that gives a high efficiency. If you already own a well working furnace is it often most profitable to connect a burner to it. It is important to know that heating with grain need more work than heating with pellets, because the high contents of ash in grain. Even if you choose pellets instead of grain the calculation shows good results. Because peat is an excellent but fairly untested raw material for pelletsproduction we have chosen to watch little more on its quality and conductions. We discovered that peat has a high heating value which makes it possible to raise the heat value in pellets through mix up peat and wood. Or you can make pellets with only peat and get a pellet with high heating value. Even the calculation with peatheating shows good results..

The Youth Outcome Questionnaire 2.0 Self Report (Y-OQ 2.0 SR) has been implemented in Residential treatment centre in the Municipality of Örebro as a result of the strive for a more evidence-based working approach within social work. This study aims to examine how personnel and adolescents describe the treatment/counseling and support and the application of the Y-OQ 2.0 SR in the units. The questions cover the values the personnel and adolescents ascribe to the application of the Y-OQ 2.0 SR, if the result from Y-OQ 2.0 SR is congruent with how the adolescents have been affected during the placement, which obstacles and/or possibilities emerge in the management of the instrument and if there are any indications that the Y-OQ 2.0 SR is advantageous or disadvantageous in the treatment process. The study has a qualitative approach; four interviews were carried out with adolescents and five with personnel. The result shows that structure is an important component in attaining a change in behaviour.

This study aims to examine how the students ethnic background affects them in their social relationships at school. The main research questions in this study have been: How does the ethnic background of students affect there social relationships with their friends at school?How does the identity creates and develop in the context of social relationships? What significance does the language that is spoken hold in the social relationships of the childrenThe main research questions have been investigated based on the students perspective, where the two main methods were individual interviews and observation on the schoolyard during recess. The interviews and observations where carried out at eight informants with three different ethnic backgrounds. The three ethnic backgrounds were Swedish, Somali, and Syrian.           The results of the study showed in the interviews that no one of the informants differentiated themselves from their friends who came from different ethnic backgrounds from which they did, they did not categorize themselves based upon their ethnicity.

The design of the building envelope affects the energy consumption of a building. As the energy requirements for new buildings are becoming more demanding, the performance of the building envelope must be improved. Energy efficiency and durability are important attributes to consider.This report includes investigations of the building envelope, moisture and passive solar energy. It is based on the analysis of two different buildings with different designs. These buildings stand as reference for two of the companies who are working on a new, climate smart, Residential area in Uppsala, Sweden.Studies and analyses on energy consumption and moisture transportation were made.

The Swedish government has introduced a goal to reduce the energy intensity by 20% to the year 2020. To reach this goal actions need to be taken throughout the energy sector which includes Residential and commercial buildings. This thesis considers the possibility to reduce the energy usage in a building located close to Uppsala. The analyzed building is a combined office, cafeteria and entrance and was completed about half a year before this project started. Therefore the measures presented for a more energy efficient building are presented as measures for future constructions.Simulations have been made in VIP-Energy, a dynamic energy calculation program.

Uppsala County has ambitious environmental aims for the planned Residential area inÖstra Sala backe. In this thesis different energy sources have been evaluated todetermine which system that would be most favorable given currently availableinformation about the project. Planned energy usage has been divided into tap waterheating, space heating and power. Three base case scenarios were made with districtheating, small scale bio fuel and heat pump. Solar power and solar heating were thensimulated and the production from the two could individually be deducted from theenergy need in the base cases, constituting 9 different scenarios.

Syfte ? Att skapa en ny produkt inom kategorin mingelbord, som erbjuder fler användningsområden för att bli mer anpassad för privatpersoner och i hemmamiljö. Att genom en innovativ konstruktion och en kombination av moduliserade- och hantverksdelar skapa en unik produkt på marknaden.Metod ? Grundmetoden för det här arbetet är den första fasen i en produkts liv: produktutvecklingsprocessen; identifiera behovet, planera designprocessen, ta fram kundkraven, utveckla konceptet och till sist utveckla produkten.Resultat ? Designkoncept på ett mingelbord har tagits fram och redovisas i bilder. Dessa bilder är resultatet av en uppmodellering i datorn med hjälp av 3D-progam.

Title: Elderly deaf - The significance of an own senior housing. A qualitative interview studyon how special senior housing affects the experience of well-being of elderly deaf [translated title]The purpose of the study was to examine how elderly deaf people experience living in aspecial senior housing, which is the country?s first and only housing with sign language fordeaf and deafblind in the region of Stockholm. The focus was to study how this seniorhousing affected the well-being of the residents and their experience of this accommodation.The study was based on a qualitative method with semi-structured interviews. Interviews wereconducted with four residents who have lived in the senior housing for deaf and deafblindpeople since it opened in spring 2013.

This thesis is a study of Residential environments and a design concept for a proposed housing area in Tierp. The industrial era created a need for the central planning of housing. The confined environments that arised in cities during the 19th century, together with modernistic and democratic ideas, led to regulations in planning and housing. Though the overall goal has been the same: to create a good standard in living, the ideas of how to achieve that have varied. The starting point for following generations has been to attend to the insufficiencies of the earlier planning periods.

The world is in a stage of climate crisis where the average temperature is rising, with consequences such as, melting ice sheets, increasing sea levels, and floods. The climate panel of the UN, IPCC, has stated that this is a reaction of anthropogenic emissions of greenhouse gases. The most important gas is carbon dioxide, which contributes with 80 per cent to the on going climate crisis.The increasing emissions of carbon dioxide are connected to human consumption patterns. This puts pressure on the earth, as humans demand more and more resources. Today the earth needs one and a half year to regenerate the resources humans? demand of it, by the year 2030 we will need two planets in order to cope with this increasing demand of resources.At a global level it is established that richer countries have a stronger consumption pattern than poorer, and thus generate higher levels of carbon dioxide emissions.