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"Public architecture United Arab Emirates"
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Sharjah Sustainable City: An Analytic Hierarchy Process Approach to Urban Planning Priorities
In 2020, the Sharjah Investment and Development Authority (SHUROOQ) initiated the Sharjah Sustainable City (SSC) project, with an investment of 2 billion AED (approximately 545 million USD) covering an area of 668,900 km2. This pioneering residential community in the United Arab Emirates (UAE) provides its residents with access to renewable energy storage solutions while adhering to the highest standards of green economy and environmental sustainability. This paper aims to examine the urban planning components of SSC and establish suitable priorities for these elements. To achieve this, we first reviewed and extracted sustainable urban planning elements from existing research. These elements were then organized hierarchically for an expert survey, which was conducted via email. The results were subsequently analyzed using the analytic hierarchy process (AHP). Our findings revealed that the transportation system sector was deemed most important, with a score of 0.283, followed by the energy/building sectors at 0.263. Conversely, the park/green area held relatively lower importance, with a score of 0.092. Upon examining the relative importance of 15 specific planning elements (lower criteria), energy-efficient building design emerged as the most critical aspect (0.121). Other highly valued elements included public transportation-oriented development (0.115) and the use of renewable energy (0.102). In contrast, building greening (0.029), establishment of accessible greenway and green matrix in residential areas (0.029), and creation of hydrophilic features for the water circulation system (0.026) were perceived as less significant. This study is expected to serve as foundational data for the future implementation of the SSC master plan in Sharjah. Moreover, it offers valuable insights and a methodology for sustainable urban planning that can be adopted or adapted globally. The worldwide applicability of this research fosters knowledge transfer, international cooperation, and innovation, thereby promoting sustainable development, urban resilience, and progress towards the United Nations’ Sustainable Development Goals (SDGs), specifically, SDG 11 (Sustainable Cities and Communities) and SDG 13 (Climate Action).
Journal Article
Evaluating the Impacts of Courtyards on Educational Buildings, Case Study in the University of Sharjah
Courtyards are traditionally associated with the Middle East countries, where climate and culture have given shape to a particular type of traditional architecture. The study evaluates the environmental and social impacts of courtyards in an educational building integrated with occupant’s interaction behavior. The case study of the University of Sharjah includes eight different courtyards unoccupied for many years, in different locations around the building with various proportions; the objectives were to examine and evaluate the impact of redesigning the interior spaces of the courtyards in terms of environmental and social aspects. The inductive and experimental approach were adopted in this research, where two surveys were conducted for the occupants, before and after the design applications. In addition to the use of eco-tech software for simulation. In conclusion, the results of surveys and interviews clarified the problem and offered some recommendations and simulation analysis provided recommendations and guidelines for designers.
Journal Article
Tangential Heritage Values in Museum Communication
This paper seeks to examine aspects of tangentiality connecting heritage tourism goals, on the one hand, and museum architecture, on the other. It does so through the specific angle of communication, understood as a complex process that fluctuates, to a very large extent, at a level external to that of conventional institutional practice. The assumption is that determining factors are in fact tangential in nature and that, contrariwise, mainstream communication remains contextual and transient. This reasoning is illustrated by three museums in the United Arab Emirates, and substantiated by insights on their architectural significance.
Journal Article
A Study and Assessment of the Status of Energy Efficiency and Conservation at School Buildings
The building sector consumes a significant portion of global energy use. In this regard, this work was undertaken to study the status of energy efficiency and conservation at a large school building in the northern part of United Arab Emirates (UAE). The annual electrical consumption at the school was analyzed and an awareness survey among the students and teachers was conducted to measure the level of awareness as well as to assess the current energy consumption practices. In order to identify energy saving opportunities, an energy audit was carried out wherein the school energy consuming systems, particularly the lighting and air-conditioning systems, were assessed. Furthermore, thermography scanning of the school building envelope was conducted to examine the building insulation and identify air leakage locations. The building electricity supply and distribution systems were assessed using power analyzer and thermography devices. The energy conservation measures identified include removing the extra lighting, installing motion sensors in classrooms and labs, as well as integrating a Networked Optimization Software with the current HVAC (heating, ventilating and air conditioning) system. The methodology consists of seven fundamental steps: (1) case study data collection (analysis of buildings and utility data); (2) survey of real operation conditions; (3) understanding of building behavior; (4) analysis of energy conservation measures; (5) estimation of energy-saving potential; (6) economic assessment; and (7) proposing Energy Conservation Measures (ECMs). In this regard, the school energy consuming systems (lighting, building envelope, and air conditioning (AC)) were examined to identify possible ways to reduce the school energy consumption. The results indicate that the cost of installing motion sensors in classrooms, and labs is approximately AED 20,000 (United Arab Emirates Dirham), which yields an annual energy saving of AED 93,691. Furthermore, with all energy saving measures, a total annual saving of AED 364,000 is anticipated, which is approximately 16% of the annual electricity bill.
Journal Article
Public Involvement in the Design of Public Projects
The involvement of the public in the decision-making process is essential, especially in the early stages of a design process. This study aims to achieve the development of an architectural program for a memorial public project, using the outcomes of the Analytical Hierarchy Process (AHP) based on public opinion. It employs a novel approach that sharply focuses on public involvement in the design process, using a quantitative methodology for the development of a suitable building program and selecting a memorial form that meets the public's needs in a practical way. The study drew on data from various memorial projects to identify possible spaces and their selection criteria. A written questionnaire was distributed to a sample of 105 members of the public, to narrow down the number of spaces according to public response. Then, a hearing (spoken) questionnaire was conducted on a sample of 20 to produce the program for development by generating the most strongly preferred form of memorial. The results contradicted the existing norm for a memorial as a sculpture; it was revealed that most of the public preferred memorial landscapes to buildings and great structures. The study concluded that AHP could be used to further involve the relevant stakeholders in the decision-making process of the design of a public project.
Journal Article
IRENA - Masdar City (UAE) - exemplars of innovation into emerging markets
Purpose - This paper aims to highlight efforts of an emerging market economy, the United Arab Emirates (UAE), in complementing the International Renewable Energy Agency (IRENA) initiative. This is a growing phenomenon that has brought about a major shift in the international business landscape with emerging markets at the center.Design methodology approach - The exploratory nature of the paper prompted the need to draw upon media reports and other official documents in a bid to stimulate academic interest in Masdar City - the world's first zero-carbon city in Abu Dhabi (capital of the UAE) as a business case illustration.Findings - Masdar City remains arguably the world's acclaimed first zero-carbon, zero-waste city fully powered by renewable energy and poised to attract leading international expertise, academics, commerce, and residents. It also sets a standard for other emerging market players to emulate in this resurgent wave in the \"internationalisation of innovation into emerging markets\".Social implications - The aspiration to live within ecological limits and still improve the quality of people's lives is undoubtedly the cornerstone for sustainable development. Be that as it may, developments at Masdar City would require further monitoring and of course academic and policy research into how it feeds into (as well as feeds off) the international support enjoyed by this emerging market.Originality value - By highlighting the efforts made in the UAE, in addition to securing headquarter status for IRENA and the rapid development of Masdar City, it looks quite obvious that the time for reflection is nigh and to learn lessons from the successful communities and emulate the ideas and innovations of these communities by the backward and not so successful nations and regions.
Journal Article
Post-2012 CDM multi-criteria analysis of industries in six Asian countries: Iranian case study
The prospects of the Clean Development Mechanism (CDM) and for carbon income, up to and beyond 2012, in the industrial sectors of Iran and five other Asian countries are investigated. The attractiveness and suitability of each host country, the status of their industrial sectors (based on four post-2012 scenarios), and the post-2012 potential of the CDM (or similar carbon projects) in these sectors are all examined. A multi-criteria analysis of Iran, Saudi Arabia, the UAE, Qatar, China, and India, based on seven sets of criteria (institutional, regulatory, economic, political, social, CDM experience, and energy production/consumption), is conducted, and the post-2012 potential carbon incomes of each country – based on CO ₂e emissions of industrial processes – are calculated. Finally, the Iranian industrial sector and the impact of deregulation of energy prices are examined. The post-2012 potential savings in the Iranian industrial sector are calculated based on energy savings, carbon income, and environmental savings. The results indicate that there is strong demand for investment and new technology in this sector to combat several-fold energy price increases. Moreover, high-priced carbon credits could play a meaningful role in post-2012 energy policies in this sector. Policy relevance This research is the first study to quantify the carbon market potentials in the industrial sectors of the selected Organization of the Petroleum Exporting Countries (OPEC) members. The Kyoto Protocol is considered by most OPEC countries to be a mixed bag of threats and opportunities and they have shown ambivalence towards it, mainly due to the threat a reduction of fossil fuel consumption poses to their economies. On the other hand, energy efficiency is a desirable goal for their industrial sectors. Iran, as an OPEC member country with vast energy resources, has mostly ignored the CDM during the first commitment period of the Kyoto Protocol and has performed poorly on CDM implementation. However, the current deregulation of energy prices in Iran, with profound cuts in energy subsidies, would definitely alter the perspective of its industrial decision makers on the post-2012 carbon potentials.
Journal Article
Green urbanism in Asia
The world is facing an age of scarcity which will challenge all cities to reduce their resource footprint, especially carbon, improve biodiversity and at the same time continue to create economic opportunities and liveable places. This is green urbanism. Asian urban growth is leading the world in the rapidity of its change but how is it doing on green urbanism? This book finds emerging innovations and first signs of green urbanism in Asia and suggests they may be the guiding light for the rest of the world. The authors highlight seven archetypal cities exhibiting green urbanism: the renewable energy city, the bioregional carbon neutral city, the distributed city, the biophilic city, the eco-efficient city, the place-based city and the sustainable transport city. The book is a must-read for all who are concerned with the future of our cities as it instills hope that a greener urban future is possible.
eBook
Planning Middle Eastern cities : an urban kaleidoscope in a globalizing world
Middle Eastern cities cannot be lumped together as a single group. Rather they make up the urban kaleidoscope of the title, as the diversity of the six cities included here shows. They range from cities rich in tradition (Cairo, Tunis, and Baghdad), to neglected cities (Algiers and Sana'a), to newly emerging 'oil-rich' Gulf cities (Dubai). The authors are all young Arab scholars and architects local to the cities they describe, providing an authentic voice with an understanding no outsider could achieve. These contributors move away from an exclusively 'Islamic' reading of Arab cities - which they regard as outdated and counterproductive. Instead, they explore issues of identity and globalization in the context of the struggles and solutions offered by each city from the late nineteenth century to the present day. Their focus is on how the built environment has changed over time and under different influences.
eBook