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The purpose of this paper is to attempt to bridge the gap between sustainable housing and the use of smart technologies to improve the level of sustainability in the housing construction in Saudi Arabia, by discussing the barriers and enablers concerned with applying sustainability to housing construction in Saudi Arabia, which utilises smart technologies.

A Delphi method survey was employed, for which 25 individuals from three key stakeholder groups of the Saudi housing sector participated. They were asked about their degree of agreement (or disagreement) about the various barriers and enablers of applying sustainability to housing construction in Saudi Arabia, which utilises smart technologies. This research paper must be considered as an indicative study of selected experts that do not represent in any way the total population of Saudi Arabia.

Lack of public awareness has been identified as the most significant barrier in implementing sustainable housing development in Saudi Arabia, which utilises smart technologies. Raising awareness of the public to the benefits of sustainable housing and enlightening key project stakeholders in the design of sustainable housing are both essential in order to overcome the barriers discussed in this paper. In addition, it is important to adopt smart sustainable construction methods, exemplified by but not limited to, appropriate water preservation and wastewater treatment systems that are simultaneously smart and sustainable.

This particular research has dealt with only barriers and enablers in the application of sustainability to housing in Saudi Arabia, which utilises smart technologies. For a more complete understanding, there is a need for further analysis of supplementary factors.

A study such as this, which identifies and prioritises barriers and enablers, could prove useful in guiding or encouraging the relevant ministry in Saudi Arabia to develop policies founded in the implementation of sustainability to the housing sector.

This research is a preliminary investigation into the implementation of sustainable housing development as it relates to Saudi Arabia.

This paper aims to develop a framework for the selection of private partners in the housing industry of Saudi Arabia under the scheme of the partnership between the public and private sectors.

By investigating criteria from a comprehensive literature review and experts input through surveys, developing further surveys incorporating decision-making methods: analytic hierarchy process (AHP) and multi-attribute utility theory (MAUT) to construct a framework for selection based on weightages and utilities.

The results identified criteria categorized under four categories: financial (C1), technical (C2), managerial (C3) and safety/environment (C4) and their sub-criteria. The study found that the main criteria were relatively close to each other in importance based on the subjective input of the experts with the technical and safety/environment criteria tying equally with 27% followed by the managerial with 24% and trailed by the financial with 22%.

The study and surveys were conducted for the Saudi market and the experts were within the country.

The study contributes to the Saudi housing initiative which is a part of the 2030 Vision and provides insight to international investors who would be willing to invest in the Saudi market; and to the literature as there is a notable lack of study on public-private partnership in housing in Saudi Arabia.

This study aims to examine the determinants that influence housing prices in Dammam metropolitan area (DMA), Saudi Arabia, by using the analytic hierarchy process (AHP) model. The study considers determinants such as building age (BLD AG), building size (BLD SZ), building condition (BLD CN), access to parking (ACC PK), proximity to transport infrastructure (PRX TRS), proximity to green areas (PRX GA) and proximity to amenities (PRX AM).

The AHP decision model was used to assess the determinants of housing prices in DMA, using a pair-wise comparison matrix to determine the influence of the investigated factors on housing prices.

The study’s results revealed that building size (BLD SZ) was the most critical determinant affecting housing prices in DMA, with a weight of 0.32, trailed by proximity to transport infrastructure (PRX TRS), with a weight of 0.24 as the second most influential housing price determinant in DMA. The third most important determinant was proximity to amenities (PRX AM), with a weight of 0.18.

This study addresses a research gap by using the AHP model to assess the spatial determinants of housing prices in DMA, Saudi Arabia. Few studies have used this model in examining housing price factors, particularly in the context of Saudi Arabia. Consequently, the findings of this study provide unique insights for policymakers, housing developers and other stakeholders in understanding the importance of building size, proximity to transport infrastructure and proximity to amenities in influencing housing prices in DMA. By considering these determinants, stakeholders can make informed decisions to improve housing quality and prices in the region.

Buildings are responsible for the consumption of around 40% of energy in the world and account for one-third of greenhouses gas emissions. In Saudi Arabia, residential buildings consume half of total energy among other building sectors. This study aims to explore the impact of sixteen envelope variables on the operational and embodied carbon of a typical Saudi house with over 20 years of operation.

A simulation approach has been adopted to examine the effects of envelope variables including external wall type, roof type, glazing type, window to wall ratio (WWR) and shading device. To model the building and define the envelope materials and quantify the annual energy consumption, DesignBuilder software was used. Following modelling, operational carbon was calculated. A “cradle-to-gate” approach was adopted to assess embodied carbon during the production of materials for the envelope variables based on the Inventory of Carbon Energy database.

The results showed that operational carbon represented 90% of total life cycle carbon, whilst embodied carbon accounted for 10%. The sensitivity analysis revealed that 25% WWR contributes to a significant increase in operational carbon by 47.4%. Additionally, the efficient block wall with marble has a major embodiment of carbon greater than the base case by 10.7%.

This study is a contribution to the field of calculating the embodied and operational carbon emissions of a residential unit. Besides, it provides an examination of the impact of each envelope variable on both embodied and operational carbon. This study is limited by the impact of sixteen envelope variables on the embodied as well as operational carbon.

This study is the first attempt on investigating the effects of envelop variables on carbon footprint for residential buildings in Saudi Arabia.

This study aims to explore the effect of Saudi Vision 2030 and its government initiatives on macroeconomic variables related to housing.

This exploratory study used an empirical–analytical approach. Based on secondary data, a set of hypotheses was contrasted to verify whether there has been any change in the trends of macroeconomic variables related to housing after Saudi Vision 2030 entered into force.

The results show that the trend of percentage of housing ownership went from a continuous decrease to accelerated growth since the implementation of Saudi Vision 2030. However, the effect of these advances is not observed in non-oil gross domestic product (GDP) or in the economic activities of the construction, real estate and financial services sectors.

This study notes that despite successful housing outcomes, it appears that Saudi Vision 2030 does not have a positive impact on non-oil GDP. Consequently, government entities should review the degree to which other economic activities contribute to non-oil GDP. A limitation of the study was that the GDP of housing construction and marketing and that of granting mortgage loans were not specifically available, nor were data on public and private investment made for implementing government initiatives.

To the best of the authors’ knowledge, this is the first study to explore the effect of Saudi Vision 2030 on housing and its contribution to the economy.

The purpose of this paper is to study the housing delivery in the Kingdom of Saudi Arabia (KSA) and to discuss the most significant government regulations and financial support that have been applied since the beginning of this century and especially during the past ten years, which constituted a qualitative leap in the housing sector in the country.

In this paper, the desktop study technique was used to review the key related literature, collect the data and analyze secondary data. This study used a mixed approach involving (1) literature search and review, (2) analysis of literature public documents and databases and (3) expert discussions. The content analysis technique was followed for data analysis of gathered documents and secondary data. This study used the three-step iterative process during the use of the content analysis technique.

The findings reveal that the demand for housing will continue to increase in the coming years with increase in population. The housing supply should not only match the demand but also should develop according to the social and economic characteristics of the population. Besides, the authorities have to both streamline and reinforce regulations pertaining to construction permits and building licenses. Nonetheless, the regulators are suggested to remain vigilant about potential fiscal and financial risks as the housing market develops.

The opinions of policymakers and stakeholders are very important, but because of the time limitation it has not been explicitly addressed. Instead, discussions with select experts were carried out to validate the findings. Future research can assess the housing delivery based on the viewpoints of the policymakers, professionals, academics and stakeholders to have better insights and broaden the boundaries of knowledge in this field.

Similar studies in this field are limited, which makes this paper one of the pioneering attempts to study the current housing situation in the KSA and shed light on the most significant government regulations and financial support for housing delivery in the country.

The purpose of this paper is to identify the obstacles to the availability of suitable housing units for various socioeconomic segments of society with an emphasis on single-family homes, which is the most preferred housing type in the Saudi society.

To achieve the aim of this paper, the Delphi method was used to explore the experts’ opinions on the most important obstacles.

The findings of the study underline 17 different obstacles affecting the availability of suitable housing units for various segments of the Saudi society. The most critical obstacle is the high cost of land followed by the low income of the families, high cost of construction, high interest rate of mortgages and shortage of suitable residential lands.

The study concludes with a number of proposed recommendations that can contribute to address the current shortage of suitable housing units.

The purpose of this paper is to discuss the main factors that affect the construction cost of affordable housing in Saudi Arabia.

A survey of 14 consultants, 16 contractors and five real estate investors was performed. The survey included 34 different factors affecting the construction cost of affordable houses and their degree of importance. The severity of those factors was measured by the level of importance and ranked according to the severity index for consultants, contractors and real estate investors and a combination of all respondents.

There is an agreement (correlation) by each group and the overall ranking by all participants. It was concluded that inadequate labor availability, material standards, design quality and design changes are the most severe factors with relatively high overall scoring.

The paper provides a holistic approach that considers all factors affecting affordable housing in Saudi Arabia and the interplay between them. It will serve as a guide to the focus areas to be considered in policy development aiming at improving conditions in the construction industry for affordable housing programs.

The purpose of this paper is to enhance sustainability in affordable housing in Saudi Arabia within an effective locally adopted sustainability assessment tool by discussing the multi interdisciplinary concept of sustainability in the built environment and introducing environmental indicators which are recently developed to foster environmentally responsible practices. The study aim expands beyond proposing sustainable feasible alternatives for existing affordable housing project in Saudi Arabia, namely, Al-Ghala project, to appropriating the measuring tool itself to make the review process easier, faster and more effective.

Al-Ghala project, a typical affordable housing project is selected to act as a case study for this research. The housing units are assessed according to LEED to obtain the overall evaluation which obviously reflects the quality of the project sustainability. Elements that negatively affect the score and suggested feasible remedies are then identified, as well as inapplicable and inappropriate LEED components. The data were complemented by observation, interviews with occupants and project management team, monthly consumption rates of water and electricity, in addition to computer modelling and analysis by Ecotect and Green Building Studio.

Sustainability in affordable housing requires a holistic framework that promotes environmentally responsible practices including design, construction and management phases. LEED provides evidence that it can considerably contribute in enhancing sustainability of post-occupied affordable housing units by identifying points of weakness that lead to inefficient use of energy, water and materials; paving the way for a wide range of sustainable modifications. In addition, for LEED to be competent in Saudi Arabia a native version needs to be developed in which local circumstances are taken into consideration.

According to the wide range of subjects covered by LEED, some elements could not be measured in depth. Impact of modifications proposed for LEED needs to be tested further.

The paper includes implications for the development of feasible environmentally sensitive affordable housing in Saudi Arabia.

This paper fulfills an identified need to study how affordable housing can be made sustainable.