جستجوی مقالات مرتبط با کلیدواژه "آینده معماری" در نشریات گروه "هنر و معماری"

Indigenous architecture has roots from nature, context and natural archetypes. The main goal of this research is to reframe Persian architecture as biocompatible, biophilic and eco-friendly architecture. It is to extract indicators that highlight biophilic aspects of Persian architecture as a reliable representative of the architecture of MENA region.

The research strategy is logical argumentation and the research method is descriptive-analytical. The theoretical framework of the research is based on highperformance architecture theory. The Delphi method, discipline of anticipation (DoA), and the Shannon algorithm have been adopted to extract effective indicators. For the discussion group, the opinions of twenty experts in the field are referred to. The tools for collecting opinions are in-depth interviews and structured questionnaires.

The quantitative research findings show that there is a meaningful correlation between the principles of Iranian architecture and biophilic architecture. These surveys show that the most dominant criteria might be summarized as: 1- socio-cultural dimensions: the occupant behavior, culture of context, measuring happiness instead of incomes, compatibility with the environment and the life cycle assessment; 2- economic dimensions: Persian culture of contentment, flexibility and design optimization; 3- environmental dimensions: performance-based design, carbon neutrality, and bio-compatible materials.

Persian architecture is an invaluable representative of highperformance architecture theory which might be acclaimed for focusing on nature-based solutions. It is to highlight the "process" more than the product; long-term benefits instead of short-term gains; nature-based value creation to encourage a zero-waste building industry, to reduce carbon footprint and biophilic architecture.

Emerging technology is a part of the international identity of contemporary architecture. Architectural algorithms as a practical tool have influenced modern designs. The aim of the research is to reformulate future architecture through examination of the visual, form and functional characteristics of buildings. Achieving the goal of the research requires creating a theoretical framework for the role of emerging technologies and determining the levels and mechanisms of their application to form the identity of highperformance architecture.

The research methodology is a combination of quantitative and qualitative methods with a theorization approach and exploratory survey of examples of projects that have been influenced by emerging technologies. The results have been analyzed based on three-way analysis, Likert scale and using SPSS statistical software.

The main indicators investigated in the research have an effective role with an impact rate of 40 to 100 percent. The obtained numerical results indicate the confirmation of research hypotheses and the necessity of a designerly approach to highperformance architecture.

The results of the research emphasize the capacity of emerging technologies in interaction with contextual identity. The results concluded in the significance of highlighting the Islamic Iranian identity of the country as a field for realizing the highperformance architecture theory. The conclusion of the research shows that a designerly approach to highperformance architecture is a prerequisite to interaction between context and emerging technologies. Islamic Iranian identity should be seen as a scene for visioning the future architecture and the architecture of the future.

Pathology shows that conventional training methods have not been able to be successful in transmitting energy consumption reduction concepts. Therefore, this study uses the intellectual device of "high-performance architecture theory" to explain the characteristics of the “designerly” approach to “energy efficiency” and its effect on increasing the efficiency of architectural design training.

Through closed-ended questionnaires, the research, with self-expression with the participation of 20 professors and 85 graduate students of architecture, asks how much the audience is familiar with the topics of "building physics" and energy efficiency and to what extent does the audience evaluates the relevant academic teachings practical.

The results indicate that the training at the country's top universities is based on the information-based model (not the design-basis) and is therefore evaluated "non-practical" by the audience.

High-performance architecture theory suggests using designerly patterns in reduction of energy consumption in “architecture design training” and change of perspective to replace "emotional-formalist" super-architect training (conventional methods) with training an architect familiar to the use of up-to-date technology. The most important topics for the realization of this theory in architectural education are: move from "tacit knowledge" to "deep learning", from "unique data" to "super-data", from "conventional control and monitoring methods" to the internet of things, and from the old system of "building mapping" to "building data modeling".