No abstract

This study uses cross-case analysis, this study aims to provide an innovation on housing policy which is frequently fail. Housing becomes a part of the basic needs for all citizen, especialy for those who have low incomes and poor citizens as mandated on the State constitution. The decentralization era is threathenedby a massive intervention of the Central Government which only creates the Local Government to be a charity chain and burden its potential innovation of both institutions and partnerships. Besides that, housing is a part of city. Therefore, it is necessary to build a strong relationship between fulfilling theneed of housing and the concept of urban planning

Bugis ethnic in South Sulawesi Province, Indonesia is known as an old tribe who domiciled in the south peninsula of Sulawesi island. They have characteristics of high legacy, culture by the script called lontaraq and life in a traditional stilt house called bola ogi. This house was built in certain methods and become a research problem. The goal of this study is to reveal the construction method and the performance of the Bugis traditional house in facing of wind disaster. The research methods are field observation and in-depth interview. Field observation to reveal the old construction methods of 100 years traditional the Bugis house and its performance in collapse by wind disasters. In-depth interview to strengthen information. The research revealed that Bugis house made of wood and its built-in certain construction methods called mappasituppu. Structure system consists of the main and secondary structure which is joined together rigidly an appropriate hierarchy. The part of the structural member is setting follows natural way. The wind attack saw that building structure collapse step by step depend on its function in the structure as a whole. The lesson from Bugis in construction method is the part of the structure system best to design in the proper strength hierarchy. The strength, structure hierarchy is the maximum strength part of structure equal to the minimum strength of the structure which supports them.

Surface materials that turn into hard surface material and lack of vegetations are some of the effects of rapid development that can affect the micro climate in urban areas. This happened on Cik Ditiro corridor in the city of Yogyakarta which had quite dense activities, this was marked by various functions of land use and human activities throughout the day. The method is simulation method that uses the EnviMET 4.0 software and the empirical measurements. This method is to simulate the value of each climate variable in existing conditions and ideal conditions. The results of this research show that the condition of the Cik Ditiro corridor still belongs to the heat which is uncomfortable thermal conditions. Recommendations result of this research is to make better thermal comfort on corridor. The result of this research to give recommendations in terms of improving better for thermal comfort.

Energy has an important role in human life so it must be considered in its use. Its use is found in all sectors, namely transportation, industry and buildings. If energy usage is uncontrolled, the main problem that occurs is global warming which will damage the environment. Therefore, development planning in all sectors applies the concept of sustainable energy efficiency, especially for buildings and urban development. The efficient use of energy can minimize environmental damage and improve prosperity so that the results obtained in an environment are maximized. The Urban Modelling Interface is used as a simulation tool to find out energy use from the environment and cities. This paper provides not only a review of the literature on energy operations in sustainable development through the use of systems of heating, ventilation, and air conditioning but also an evaluation related to factors that influence energy use and its standards in Indonesia. This research is expected to make a contribution related to the use of energy in city development.