Overturning assumptions that nonwestern architecture has been static over time, new scholar ship focused on colonial and postcolonial architecture and urbanism and on nonwestern modernism has made a significant contribution to our understanding of the history of architecture. Muchmore, however, remains to be done. Comparative studies of colonialism, especially between empires, attention to innovation outside Europe and the English-speaking world and more consideration of memory and migration are among the most exciting possible new directions.
A city is a vital organism that lives and grows like other organisms. Therefore, implementing development plans that would provide a sense of unity and integration in relation to the city as a whole is necessary. Traditional Iranian architecture is full of samples evolved during the course of Iranian history that can serve as architectural paragons of the city. In Iran's traditional cities, a sense of unity exists in various urban areas. The traditional city of Isfahan is one of the most valuable samples and was selected as the case study in this research. Accordingly, the most important questions of this research are as follows: (1) What is the role of bazaars in creating a sense of unity in the traditional cities of Iran? (2) How do bazaars play out their role in the integration of these cities? This research focuses on the concept of a “traditional city” to determine the role of bazaars in such cities. The results show that bazaars are crucial in giving a sense of integrity to the concept of a traditional Iranian city. Bazaars provide cohesion among the different parts of cities, such as residential areas, as well as socio-political and trade centers. This condition means that traditional bazaars play two important roles in traditional cities: (1) they interconnect the different parts of the city's physical structure; and (2) the crucial role of bazaars in a city's social and cultural structure brings about unity among the citizens in the city. Bazaars as a unifying element connect the main urban functions and guarantee the city's economic and social life.
This study investigates the effect of house-types on the assessment of residential quality in Osogbo, Nigeria. Through a questionnaire survey , this study employs a stratified systematic sampling method to select 406 (10%) households from three (3) major residential districts of Osogbo. Data are analyzed using descriptive statistics and one-way analysis of variance (ANOVA). The study showed that 80% and 14.8% of the respondents live in contemporary vernacular houses, that is, the “face-me-i-face-you” house, andwesternapartmenthouses, respectively. Meanwhile 2.5%, 1.5%, and 1.2% of the respondents live in duplexes, single family houses, and traditional courtyard dwellings, respectively. This result suggests that in Osogbo, the Yoruba traditional courtyard house-type is gradually being replaced by the contemporary vernacular house and the western apartment house-type. Confirming the linear relationship and level of significance among the variables, the ANOVA Test F-value is 2.17 (where p<0.05 probability level), which indicates that house-type significantly affects the assessment of residential quality in Osogbo. The need for the government and others involved in housing delivery to consider the appropriate house-types for and residential preferences of end-users within different sub-cultures when planning for future housing in Nigeria is highlighted.
In the digital age, physical models are still used as major tools in architectural and urban design processes. The reason why designers still use physical models remains unclear. In addition, physical and 3D virtual models have yet to be differentiated. The answers to these questions are too complex to account for in all aspects. Thus, this study only focuses on the differences in spatial understanding between physical and virtual models. In particular, it emphasizes on the perception of scale. For our experiment, respondents were shown a physical model and a virtual model consecutively. A questionnaire was then used to ask the respondents to evaluate these models objectively and to establish which model was more accurate in conveying object size. Compared with the virtual model, the physical model tended to enable quicker and more accurate comparisons of building heights.
The present research introduces the Activity Counter Maps (ACM) as a methodology for visualizing people's social spaces, arguing that accurate representations of these spaces are crucial for understanding the role of human activity as a place-making coordinate. The ACM were tested in two case studies conducted in Ueno Park (Tokyo). The first case study is focused on the visualization of the intensity of activity in the totality of the park. The second case study is focused in two sub-places of the park, generating representations of people's personal spaces combined into a three-dimensional “Common social space”. The research concludes with the analysis of the generated visualizations and their potential for incorporating place-variables into the digital design process.
Climate change policies imply significant reductions of energy use in buildings. For this, prevailing energy performance standards fall short, notwithstanding the emergence of stricter national building regulations. Regulations cover new built and renovation projects. New built houses that miss the best energy performance are soon candidate for energy upgrading. We investigate the architectural and economic aspects of upgrading recently built detached massive brick houses in Flanders (Belgium). For representing actual building practices, consecutive upgrading steps from lower to higher energy performance levels are considered. Questions addressed are: What is technically feasible in upgrading such houses? Which construction works are easy, which difficult? What are the architectural and financial consequences of a thorough upgrading?
The analysis shows that deep energy transformations are financially unacceptable, related to the irrevocable character of investments in energy efficiency attributes of massive brick houses. This confirms that energy performance endowment measures should be designed and implemented at the time of first construction of a building.
A questionnaire study was conducted to investigate the soundscape preferences of the sonic environment in Cairo. Participants, who were Cairo residents, were questioned about their appraisal of familiar urban soundscapes in a close- and open-ended format questionnaire.
Psycholinguistic data analysis of verbal descriptions expressed by respondents was conducted to identify the relevance of semantic categories of environmental sounds and quantitative soundscape aspects for the urban sonic environment of Cairo. Results confirmed a direct relevance of the linguistic semantic auditory judgment and of the outputs of the quantitative close-ended questions. Cairenes were also found to express their sonic environment linguistically based on physical properties rather than semantic features and values.
Analyzing the relative annoyance increase (RAI) of the close-ended part, overall positive RAI values for all sound categories reveal how sensitive to noise Cairo residents are. Results further showed that at an RAI value of approximately 27%, sound category perception transforms from positive to negative.
The competence of fresh graduates of architecture has been continuously criticized by the industry for inadequate knowledge. This is often blamed on the poor standard of education evidenced by poor performances in professional and degree/diploma examinations conducted by various schools of architecture in the country. Although, factors responsible for the scenario are well documented in the literature, most of these works are based on testimonial and circumstantial evidences relating to management of architectural education only. The aim of this paper is to investigate the relationship between entry qualifications and the performance of architecture students in Nigerian Polytechnics with a view to determining the relevance of current admission policy to architectural education in Nigeria. Data were obtained from of ficial records in the Department of Architecture in four randomly selected polytechnics in the southwestern part of Nigeria. Pearson Product Moment Correlation (r) was used to test the hypotheses. Findings reveal weak relationship between the two variables (physics and mathematics). This is contrary to the expectations of most scholars and policy makers who opine that students′ proficiency in these subjects would enhance their performance at higher levels. The paper traces the contradiction to the poor handling of public examinations and misconception of architecture as being pure science. It holds that if these requirements are still relied upon for the admission of students into schools of architecture, wrong candidates would continue to gain entry into the profession. The paper concludes by recommending certain measures that are capable of reversing the trend.