When memory and logic fail us and it feels like the brain is slowly breaking apart, we need help with the physical details of our everyday lives. When planning housing options for people with dementia, we need to keep in mind that we are building for someone who will not be able to adjust the room according to their own needs. We need to step into that person’s world and focus on the smallest details. The room and the physical items need to remind the residents of what they usually do and how they do it. We need to think about how a physical environment can be adapted to people with severe cognitive failure. There is already so much technology that could be adapted and really helpful appliances. My task has been to search for details that can serve as guidance when memory and logic fail, and to look at how these can be planned for already in the construction of the housing.

Today, more than 50 percent of people worldwide live in urban areas and the World Health Organization predicts that the urbanization of our planet will continue to increase. Question is how the rural communities will evolve?  Will they simply become remains from out past, or will they play a part in our future societies?  Village Reimagined is a case study about the sparsely populated communities in Iceland. Why they are struggling and how the circle of decline could be turned around. The project concluded in a transformation and a reimagination of the small icelandic village Bíldudalur in the southern parts of the West fjords.

Mitt i den urbana miljön i Henriksdal, intill Hammarby Sjöstad, bildar den stora innergården en grön oas för elever från förskoleklass till sjätte klass. Skolbyggnaden är sluten från omgivningen för att skydda mot intensivt vägbuller från Värmdövägen, men glasad inåt för att möjliggöra odling i ett tempererat klimat. Växtligheten i odlingskorridorerna ska ge både en lugn miljö med frisk luft och en tidig förståelse för hur naturen fungerar. På taket finns biodlingar och solpaneler för både el och varmvatten. Odlingskorridorerna, utformade som slingrande ramper, sammanlänkar våningsplanen med varandra samtidigt som de ger ytor både för lek och vilsamma pauser. Här får man möjlighet att experimentera och studera växterna på nära håll. Skolans utformning ger en ständig kontakt med årstidernas skiftningar: Stora träd på innergården filtrerar ljuset under de varma månaderna men släpper in ljuset under vintern. Den höga delen av byggnaden skärmar av den värsta trafiken och den lägre delen släpper in ljuset från söder. / In the heart of the urban environment in Henriksdal, next to Hammarby Sjöstad, the large inner courtyard forms a green oasis for the students. The school building is closed from the surrounding area to protect against intense road noise, but have glass facades inwards to allow for cultivation in a temperate climate. The vegetation in the Cultivation Corridors should provide both a calm environment with fresh air and an early understanding of how nature works. On the roof, there are beekeeping and solar panels for both electricity and hot water. The Cultivation Corridors, designed as winding ramps, connect the floor plan with each other while providing surfaces for play as well as restful breaks. The school's design provides constant contact with the shifts of the seasons: Large trees in the courtyard filter the light during the warm months but emit light during the winter. The tall part of the building is protecting from the worst traffic and the lower part emits the sunlight from the south.

Transformation of Beckholmen through topological sitemapping of hidden layers.

Projektet handlar om att ge ett alternativ till den kontextlösaarkitekturen och undersöka hur en platsdriven arkitektur kanrelatera till den homogena 1800-tals stadskärnan i Sundsvall.

My master thesis aim to propose a vistors observation center in abisko natural park in the north of sweden.As a center the program this building aim to provide a interesting place between to learn and exprience nordic arctic climate and astronomy for public.At same time.This building also want to exihibit the local sami culture.The building perspective considers how to integrate with the relation to landscape in a new norrland understanding of place and identity.The architectural objective is try to find balance between Big structure intervention and original nature. to create a place connect mountain and lake.while providing a space for interesting and engaging learing-envrionment.

Jag heter Reza Mahmoodi, har ritat ett äldreboende med larm och servicetjänst blandat med några studentkorridorer.

This thesis explores the threshold between the analog and digital realms through various investigation of theories and methods. My interest in this subject came as a result when reflecting upon my 5 years at KTH, describing a gradual transition from analog to digital. This raised questions of the relevance of analog in an otherwise digital reality. The aim of this project was never defined in advance, instead a selection of questions and observations emerged as a result. The intension was never to declaim one or the other but rather to investigate in new possibilities connected to its use.

This project is a new type of game center in the "game paradise" Akihabara, Tokyo. In Japan, anime, cosplay, Game industry and virtual world have developed very mature and attractive, while in the reality society, most people are under great pressure. Those lead to the Otaku culture, refer to people like to stay at home, obsessed with virtual world and avoid the real social activities. Game and game center tend to become negative things in many ways. So in this project I want to add new fun circulations in the building, and create new games which help people have better interaction with spaces, to encourage those "negative""lazy" gamer to go out to look around the real world.

Timber Tower: 10 20 30 offers a conceptual structural system for tall wooden buildings. The thesis has been a noumenal design process into the subject of timber towers, where the conceptual system is designed to work in accordance with engineering concepts for tall buildings. The system uses mass timber as the primary structural material supported by embedded steel plates. The introduced system plays to the strength and weaknesses of both corresponding materials. Mass timber is used as the primary material that is designed to take care of the dead & live loads, while steel is used as a secondary material to give additional support to the vertical loads. The structural system is interpolated to three different height categories; 10, 20 & 30. The timber & steel system is designed to be prefabricated in parts and assembled on site. Other considerations also addressed in the thesis has been fire-, weather- and soundproofing of the structure.