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The development of an effective corporate vision is a necessary issue for corporate performance, and it is a key issue for corporate sustainable development as well. The recognition of questions like “what is the role of corporate vision in corporate performance” is directly related to the attitude and practice of entrepreneurs and managers toward the development of corporate vision as well as the effectiveness of the corporate vision itself. To better answer the questions concerning the role of corporate vision development and effectively guide the practice of corporations, the authors study the pathways and mechanisms by which corporate visions operate to assist businesses in achieving high performance.

The article completes the construction of indicators to measure each dimension of the corporate vision in line with social cognitive theory and analyzes the relationship between corporate vision and corporate performance by combining qualitative comparative analysis (QCA) and necessary condition analysis (NCA) research methods. The article provides insights into the logic of constructing and adjusting corporate visions from a process perspective.

The mechanisms by which corporate visions can be articulated, accepted and transformed within the organization are also the means by which corporate visions can improve corporate performance. In a dynamic environment, the corporate vision setting and acceptance process integrates the requirements of various stakeholders, leading to the adjustment and acceptance of the corporate vision. As a result, the vision has continuous validity in a changing environment. Both start-ups and non-start-ups can benefit from the guidance provided by a strong corporate vision in overcoming a variety of issues and obstacles to produce strong business performance.

This is the first study that shows the relationship between corporate vision and corporate performance from a process perspective. The authors are interested in understanding which characteristics for building a corporate vision are more accepted by organizational members and, in turn, create high corporate performance. The authors also explore the conditions for corporate vision acceptance. This research has positive implications for shedding some light on the mechanisms by which corporate visions improve corporate performance.

The purpose of this paper is to examine the use of artificial intelligence (AI) in human resource management (HRM) in the Global South.

Multiple case studies of AI tools used in HRM in these countries in recruiting and selecting as well as developing, retaining and productively utilizing employees have been used.

With AI deployment in HRM, organizations can enhance efficiency in recruitment and selection and gain access to a larger recruitment pool. With AI deployment in HRM, subjective criteria such as nepotism and favoritism are less likely to come into play in recruitment and selection of employees. AI deployment in HRM also has a potentially positive impact on the development, retainment and productive utilization of employees.

AI is an evolving technology. Most HRM apps have not gained enough machine learning capabilities with real-world experience. Some of them lack a scientific basis. AI in HRM thus currently affects only a tiny proportion of the population in the GS.

The paper explores the roles of AI in expanding recruitment pools. It also advances our understanding of how AI-based HIRM tools can help reduce biases in selecting candidates, which is especially important in the Global South. It also delves into various mechanisms by which AI helps in the development, retainment and productive utilization of employees.

We provide details of various mechanisms by which AI brings input and output efficiencies in recruitment and selection in these countries.

This research was developed to identify artificial intelligence (AI) opportunities and challenges in higher education.

This qualitative research was developed using the six-step thematic analysis method (Braun and Clark, 2006). Participants in this study were AI PhD students from Tehran University in 2022–2023. Purposive sampling was used to select the participants; a total of 15 AI PhD students, who were experts in this field, were selected and interviews were conducted.

The authors considered the opportunities that AI creates for higher education in eight secondary subthemes (for faculty members, for students, in the teaching and learning process, for assessment, the development of educational structures, the development of research structures, the development of management structures and the development of academic culture). Correspondingly, The authors identified and categorized the challenges that AI creates for higher education.

Concerning the intended research, several limitations are significant. First, the statistical population was limited, and only people with characteristics such as being PhD students, studying at Tehran University and being experts in AI could be considered the statistical population. Second, caution should be exercised when generalizing the results due to the limited statistical population (PhD students from Tehran University). Third, the problem of accessing some students due to their participation in research grants, academic immigration, etc.

The innovation of the current research is that the authors identified the opportunities and challenges that AI creates for higher education at different levels. The findings of this study also contribute to the enrichment of existing knowledge in the field regarding the effects of AI on the future of higher education, as researchers need more understanding of AI developments in the future of higher education.

This paper addresses opportunities available for meeting sustainability objectives in building construction by using the conceptual alignments of Open Building and LEED^™ Rating. These two systems utilize hierarchical, scalar categorizations to structure issues of design as a set of nested constructs and function as methodologies for affecting both problem definition and the management of strategic design process.

Each system addresses the distribution of control in the design decision−making process as a positioning of decisions in space and time. Establishing the correlation of the two systems can facilitate the conversation among all participants involved in the origination, construction, use, and management of buildings−and their systems−as they seek to assure the sustainability of what they design, build, and use.

Today, there is a growing tendency towards tourism based economical activities. However, the impact of tourism particularly in the less developed countries can be very destructive in terms of the environment that is also an attraction point for tourists. It is widely acknowledged that tourists prefer to experience the natural environment, the social and cultural life, the historical heritage of the region they are visiting. Hence it is obligatory to answer these needs in a responsive tourism development process. When sustainable tourism is mentioned it includes conservation of natural and architectural environment, as well as the cultural identity while providing economical benefits. In this respect, sustainability of these particular natural, cultural and architectural environments is a crucial issue. The integration of tourism with the local environment and local community is another important factor in successful planning. In light of this discourse, the ongoing tourism developments in Bafra region in the north of Cyprus are standing at a very challenging position for decision makers in terms of balancing the impacts of tourism on these resources. Bafra's coastline is recently becoming a new center for mass tourism by its increasing number of hotels, holiday villages, recreation areas, etc. This study proposes sustainable tourism planning for a unique traditional rural settlement-Bafra Village- which is located in close vicinity of this heart of tourism. The continuity by conversion of existing traditional housing stock of Bafra village for tourism purposes is critically discussed in order to minimize the potential threats of increasing tourism demands.

Much of the world, is currently experiencing intense growth, especially in and around cities. Most conventional practitioners of modern design and construction find it easier to make buildings as if nature and place did not exist. Cars and factories might be thought as the most obvious enemies of the environment, but buildings consume more than half the energy used worldwide. Attempts to destroy building traditions have been associated in some countries with a drive to modernize. Beyond the traditional aspects of dwelling, the impact of globalization and its effect on rural economies, environmental problems, rapid urbanization and the unprecedented scale of housing problems which confront the peoples of the world in the twenty-first century, bring a new urgency to the study of the vernacular architecture in a sustaining sense. In this work, the concept of “sustainability” will be taken into consideration especially within the building scale. Vernacular architecture in the past produced a built environment which met people's needs without deteriorating the environment. This paper discusses the concept of sustainability in building design and connects it to the vernacular architecture with the search of the vernacular Antiochia houses as a sample; focusing on its architectural properties in detail. The study concludes that what is expected of architects in the current century is, wherever they work, they are to understand and digest the nature of climate, history and culture, that is to say, to obtain inspiration from the essence of place and to contribute to the creation of relevant architecture and city for a sustainable future.

Sparse attention has been paid to the inevitable processes of change that enable progress in today's globalizing urban centres, but also threaten their unique identity, historic memory, and cultural heritage. The aims of this work are to understand the urban dynamics that trigger these change processes, uncover their effects, and discuss how these changes can be utilized to achieve sustainable development. The case study, which uses a comparative mixed method strategy consisting of archival research, fieldwork, and semi-structured interviews, is the Kosuyolu Housing Settlement, a project dating to the 1950s that represents one of Istanbul's best examples of urban development and housing culture. Displaying the architectural and urban planning ideals of the Modern period, this settlement is a concrete example that reflects the period's considerations regarding social housing. Through this case, change in housing has been evaluated in terms of sustainability indicators. The derived evidences show the significant role of governance and the maintained land use pattern for the achievement of the sustainable development and these evidences are used to suggest the development of an adaption guide that will assist in sustainable development in the short term, and the creation of alternative scenarios that are flexible and easy to adapt, active, and based on participatory processes for the long term.

This article reviews the development of low energy and sustainable housing in the UK and Germany. It illustrates that despite their close geographical proximity substantially different approaches have been applied in the two countries in the pursuit of an energy efficient, domestic built environment.

The article describes and compares the German Passivhaus and the UK Code for Sustainable Homes, both important drivers for low energy housing. It also relates them to two project examples, the ‘Energieautarkes Haus’ (energy independent house) in Freiburg and the BeDZED project near London.

A main conclusion from the article is that Germany has developed with the Passivhaus a design concept that holds a considerable potential to reduce the energy consumption of the UK housing sector, and points out the surprisingly limited uptake so far. It however also emphasises the ability of the UK to apply a holistic building design approach, and points out that the UK has developed with BREEAM and the Code for Sustainable Homes a framework that directs the flow of activity in the pursue of buildings with a low environmental impact.

Finally, the article emphasises the need for better collaboration between different countries.

Intermediate Technology Development Group (ITDG) recently completed the systematisation of their reconstruction projects which were implemented between the early 1990s and the year 2003 in the poor areas of Peru affected by disasters or internal war. Within these projects, technological housing reconstruction schemes were designed and validated as part of an effort to reduce the vulnerability of the affected population. 1,300 houses were built during 5 years; 600 houses between April 1992 and April 1994 and 700 houses between July 2001 and July 2003. The key factors for successful risk reduction identified during post-disaster reconstruction were: the location of reconstructed housing, the construction procedures and materials employed, the improvement of people's self-construction techniques, and the improvement of local risk-management skills.

ITDG's first experience in Alto Mayo during the early 1990s involved participatory management at a local level and the use of the so-called improved “wattle and daub technology” (i.e. structural reinforcement of mud, wood and cane buildings). This technique is more earthquake-proof than the construction technology predominating in Peru (i.e. cement and iron-based structures). The experience in Ayacucho, which concluded in 2001, provided the opportunity to apply the so-called “improved adobe technique” (i.e. structural reinforcement of mud buildings), as well as to install community water supply systems. The reconstruction work in Moquegua and Tacna, completed in 2003, was based on the organisation of workshops geared towards encouraging the participation of women in the use of various housing construction technologies and providing the facilities for them to adapt such technologies to traditional architecture.

This article highlights the ITDG approach and experiences to post-disaster reconstruction: the main activities carried out in preparation for and during the implementation of the projects, the lessons obtained during these experiences, and the monitoring and evaluation procedures recommended for future reconstruction projects.