The object of this diploma thesis is the processing of technical documentation for a implementation of Halls of Residence with Refectory and collective parking. The building is without cellar, has seven aboveground floors and a flat vegetation roofs. Supporting system consists a reinforced concrete frame with steel concrete stiffening cores, filling walls are made of ceramic blocks. The whole building is insulated. The facade is ventilated, aluminum cartridges.

This diploma thesis addresses the project documentation of a autosalon. This building is situated in the region Vysočina, the city Jihlava. Autosalon is projected for a car dealerdealership and a comon administration. Building has two floors. Structure is column beam system. Building is covered with flat roof.

Sammanfattning Denna studie undersöker möjligheten att använda återanvänt trä från rivningsvirke i prefabricerade fasadsystem, med fokus på att minska bygg- och fastighetssektorns koldioxidutsläpp. Syftet är att med hjälp av finita elementmetoden (FEM) modellera och dimensionera fasadelement som kan användas i FÅTT-projektet och Arctic Center of Energy (ACE) i Skellefteå. Studien jämför mekaniska egenskaper mellan gammalt och nyproducerat trä samt undersöker hur fuktinducerade rörelser påverkar fasadelementen. Studiens resultat visade på att Fasadelement 1 med dimension 70x195 mm i ramen alternativt Fasadelement 3 med 45x145 i ramen var bäst lämpade för projektet. Resultaten från litteraturstudien visar att återanvänt trä kan uppfylla de nödvändiga kraven för hållbarhet och formstabilitet, vilket innebär att det finns stor potential för industriell produktion av fasadelement med återbrukat virke. Denna studie bidrar med underlag och kunskap för framtida utveckling och användning av hållbara byggmaterial inom byggindustrin. / Abstract This study investigates the potential of using reclaimed wood from demolition waste in prefabricated facade systems, aiming to reduce carbon emissions in the construction and real estate sector. The purpose is to model and design facade elements using the Finite Element Method (FEM) for the FÅTT-project and the Arctic Center of Energy (ACE) in Skellefteå. The study compares the mechanical properties of old and newly produced wood and examines how moisture-induced movements affect the facade elements. The results of the study showed that Facade Element 1 with dimensions 70x195 mm in the frame or alternatively Facade Element 3 with 45x145 mm in the frame were best suited for the project. The findings from the literature review show that reclaimed wood can meet the necessary requirements for durability and dimensional stability, indicating significant potential for industrial production of facade elements using recycled wood. This study provides insights and a solid foundation for future development and use of sustainable building materials within the construction industry.

This master´s thesis elaborates a project documentation of sports rehabilitation center in Brno–Bystrc. The building object is four-storeyed and a partial basement. On the basement floor there is a pool with sauna, gym and fitness with support to assist for all activities offered. On the ground floor there is an entrance, reception for accommodation, restaurant and kitchen for the restaurant. The 2nd overground floors is determined by the rehabilitation clinic. On the grand and overground floor are designed sanitary appliances for the restaurant and patient surgeries. There are projected 9 apartments for weekend accommodation. Apartments allow access to the terrace. Foundations are made strip foundations. The building object is bricked and insulated with ventilated facades. Load bearing structure of the roof create roof trusses.

The theme of master´s thesis is treated newly built medical facility - polyclinics in Piestany. This work aims to develop project documentation for building construction. The building is partial basement four- storey. The building is designed as a monolithic reinforced concrete frame with infill exterior walls of ceramic blocks Porotherm. The ceiling structure consists of reinforced concrete slabs. The facility is designed flat and pitched roof with single-layer vegetation. In the building surgery for doctors, nurses, dressing room, pharmacy, cafe-bar, administrative part. In the basement there is a technical background as an engine room ventilation, boiler room, storage. Outside, next to the building is a terrace, which is for cafe-bar customers and also there is a playground.

Städerna växer och allt fler strukturer av olika material byggs upp, och med detta minskar de gröna ytor som finns. Träd huggs ned och olika växter dras ut med rötterna och ersätts av metall, betong, lera m.m. De ytor som en gång varit gröna och fulla av liv blir allt mer gråa och livlösa. Människan skapar större städer, med höga och stora byggnader som ersätter den vegetation som en gång legat på platsen. Den fråga som då uppstår är: Hur kan vi fortsätta bygga strukturer, men samtidigt inte minska på de gröna ytor som finns? Ett alternativ kan vara att integrera grönska och vegetation på byggnadernas fasader, terrasser och tak, samtidigt skapa ytor på olika nivåer som ersätter den mark som finns under byggnaderna. Samtidigt är det viktigt att fundera över den påverkan som grönska har på oss människor och arkitekturen som den vistas bland. I Sverige, som i många andra delar av världen, väljer en stor mängd människor att vistas bland vegetation/grönska eller tycker om att ta hand om sin trädgård och befinna sig i den. Bland vackra och väldoftande blommor och växter. Därför är syftet med arbetet att både fundera över hur man kan integrera grönska i arkitekturen, men även undersöka vilken påverkan denna integrering kan komma att ha på människans psykiska och fysiska välmående. Resultatet av den studie som utförts visar en positiv inverkan av integration av grönska på arkitektur, men att mängden spelar en stor roll för de som besvarade enkätens frågor. Likaså visar experternas påståenden att detta stämmer in på det arbete de tidigare utfört och/eller det arbete de strävar efter. Dessutom kan resultatet av dessa stärkas med hjälp av den teoretiska bakgrund som stödjer studien, där ett flertal forskare för diskussionen vidare i sin forskning och belyser vikten av att utföra fler studier av denna sort för att säkerställa vikten av ämnet i fråga. Integreringen av grönska på terrasser, fasader och tak blir allt mer aktuellt, även här i Sverige, och med denna studie hoppas den studieansvariga att frågan tas upp ännu mer och vidare forskas inom den nordiska, eller mer specifikt den svenska sektorn. / The cities are growing and more and more structures made up of different materials are being built, and with this follows the reduction of already existing green spaces. Trees are cut down and different plants are pulled out along with their roots and replaced by metal, concrete, clay etc. The spaces that used to be green and full of life are becoming increasingly grey and lifeless. Humans are building larger and larger cities, with high and massive buildings that are replacing the vegetation that was once present on the ground beneath them. The question that then arises is: How can we continue building and expanding our cities, without damaging and reducing the green spaces that already exist? An alternative can be the integration of greenery and vegetation on the building’s façade and on its rooftops, and at the same time create surfaces on different levels that can replace the ground beneath the building.  At the same time it is important to think about the impact that greenery has on us humans and on architecture. In Sweden, like in many other countries around the world, a large quantity of people choose to walk or stay where there is vegetation/greenery or like to take care of their garden and enjoy the beauty of it. Among beautiful and fragrant flowers and plants. Therefore, the purpose of this study is to both reflect on how one can integrate greenery in architecture, but also examine the impact that this form of integration can have on the human psyche and physical well-being. The results of the conducted study shows a positive impact of the integration of greenery on architecture, quantity, however, plays a large part for the respondents of the enquiry. Also the claims made by the experts within the field of architecture shows that this does in fact align with the work that they either have conducted in the past or the work that they are striving for. In addition, the results can through these be strengthened with the help of the theoretic background that supports the study conducted, where several researchers further the discussion in their research and highlight the importance of conducting more studies of this sort to ensure the importance of the subject at hand. The integration of greenery on facades and rooftops is becoming increasingly more relevant, even in Sweden. With this thesis, the study supervisor and author hope that the question is brought to light more and that more research is conducted within the Nordic, or more specifically the Swedish sector.