Heritage cities are facing unprecedented pressure, due to the combination of climate change impacts, rapid urbanization and uncontrolled growth. Historic urban centres in Middle East and North Africa (MENA) countries are particularly exposed. This paper discusses the benefit of applying digital technologies, and in particular Building Information Modeling (BIM), in supporting heritage conservation, by developing a proof of concept based on a purposely chosen case study, i.e. the traditional Jordanian city of As-Salt near Amman. Building on and moving forward the tradition of paper-based Conservation Handbooks for historic cities, this study aims at exploiting the potential of digital technologies for enhancing the development and implementation of Digital Conservation Handbooks. Documentation and promoting of As-Salt will be conducted through developing a set of virtual models (3D models and BIM objects) suitable to support the construction sector and traditional architecture and heritage, framed and delivered in form of Digital Conservation Handbook. This will be achieved by: developing a new set of BIM (Building Information Modeling) objects related to the traditional architecture heritage in Jordan, suitable to be used by engineers and architects in the development of interventions on the built environment; creating a library of 3D models of exemplar buildings (Jordan heritage and traditional architecture), suitable to be used to promote the tourist image of Jordan. This will set a precedent for further documentation and heritage conservation of traditional cities in Jordan, MENA countries and internationally. Finally, the paper will discuss issues and challenges of documenting traditional heritage and architecture in As-Salt and the impact that such process may achieve in raising awareness across the local communities, thus offering insights to the larger community of architects, conservationists, and planners.

Millions of people have been forcibly displaced around the world at an alarming rate. In 2018, approximately 70.8 million people (UNHCR 2018) were living in refugee camps. These camps are the most immediate response to the emergency. However, they have become more than a simple temporary solution, with refugees spending significantly longer than they should. Motivated largely by an economic rationale, the camps are often produced rapidly, cheaply and effectively to accommodate the largest possible number of shelters in the shortest time. The aim of this paper is to explore whether the concept of permanence should be embedded in the spatial configuration of a refugees’ camp, or whether the concept of transient and temporary community would better reflect the aspirations of the users. The Al Za’atari camp has been selected as a case study to explore the nexus between spatial configuration and social aspirations of the refugees’ community. Indeed, the findings revealed that the spatial configuration of the Al Za’atari camp reflects social fabric, habits and organization of the refugees’ community. This has occurred to the point that the camp has taken on the appearance of a sort of informal city. This study therefore suggests recommendations to support the design of spatial and architectural solutions that better meet the actual needs of the final users largely disregarded in the current emergency approach.

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The increase in refugee numbers is an increasingly important concern globally. Many countries in different regions have been accommodating refugees by providing temporary shelters made from ineffective and inadequate materials to provide thermal comfort for refugees. However, the shelters provided are often inadequate solutions for shelter and neglect the social and cultural diversity of the refugees. Socio-cultural norms, practices and values are rarely considered in the design of shelters and this has an adverse impact on how refugees live in these spaces. Using insights from the Al Baqa’a refugee camp in Jordan as a case study, this paper uses a mixed-method approach to explore how the challenges of inadequate shelter has consequently led refugees to self-organize and create new socio-cultural spaces to adapt to the place. The findings suggest that historically, Al Baqa’a camp has reorganized by users due to social needs and climate challenges. When the camp was created in 1967, the inadequacy of the housing and infrastructure to provide comfort influenced refugees to self-organize and create adaptive spaces of comfort. However, over the decades, these spaces have evolved into spaces of enterprise, belonging and memory of their homeland. Therefore, this paper argues that refugee shelter design should have an integrated consideration of the climatic elements and the social and cultural aspects of refugees. The paper concludes with lessons learned drawn from the evidence to act as guideline for the consideration of official humanitarian organizations in other camps and local communities.

Ti t l eTow a r d s s m a r t pl a n ni n g c o n s e rv a tio n of h e ri t a g e citi e s : di git al t e c h n olo gi e s a n d h e ri t a g e c o n s e r v a tio n pl a n ni n g

Jordan’s architectural heritage has gone through a long period of evolution and development: the result is a mixture of influences and traditions, from both Europe and the Middle East characterised by an optimal integration with the surrounding landscapes, making a great stride to conserve its buildings and historical heritage but has never adopted advanced technologies such as BIM. This is attributable to the lack of specialist training for the professionals within the sector, who remain unaware of the benefits that this methodology can offer. This paper aims to optimise the management process to remedy the natural loss and misplaced historical documentation of heritage over time by creating a 3D library of BIM objects related to typical elements of Jordanian and Arabic architecture, specifically the House of Art in Amman and the Qaqish House in the World Heritage City of As-Salt. This object database, represented through parametric BIM families (easily adaptable to any project of similar elements), will store information related to the geometry of individual objects, but also on the materials and their properties. By creating a library of 3D models of elements typical of the traditional Jordanian architecture, Jordan can acquire attractiveness on the part of tourists and art lovers, starting a chain reaction to get even more digital documentation and heritage conservation of the most historic cities in Jordan and, in general, in the Arabic world.