About the Exhibition

Advances in human knowledge and technology have created a fundamentally different way of life compared to the past, leading to the emergence of new needs for humanity. Addressing challenges such as the high cost of hospital construction requires the development of solutions aimed at the proper use of building systems and modern materials to increase construction speed, improve durability, achieve lighter structures, enhance earthquake resistance, and reduce implementation costs.
Industrialization in hospital construction—covering the design and development of hospitals as one of the most important public buildings and as a place to improve patients’ physical and psychological well-being—has always been of great importance. For this reason, functionality and design go hand in hand, and the application of proper and advanced technical principles in design and construction leads to improved hospital efficiency and quality, increased service life, and reduced costs during both construction and operation.
These advanced construction methods include all related disciplines such as architecture, structural engineering, electrical and mechanical systems, and more. Through industrialization and prefabrication of hospitals, it is possible to design, construct, and precisely control all these components to build hospitals with the highest quality and efficiency.
In recent decades, in most industrialized and developed countries, hospital construction has followed the same industrialization trend as other building sectors and has continued to progress successfully. In recent years, this trend has also shown remarkable and significant results in many Asian countries and the Gulf region.
Compliance with hospital standards can ensure the delivery of high-quality services. Standardization in hospital construction and the existence of a well-defined program aligned with international standards are of particular importance. Undoubtedly, benefiting from the latest advancements in hospital construction, equipment, and facility engineering plays a unique and essential role in achieving these goals and is highly valuable for the organizer.
It is also worth noting that there is a national determination to coordinate relevant institutions and increase the participation of stakeholders in this field in order to construct and equip safe hospitals with innovative designs, as well as to integrate and harmonize all related organizations and institutions involved in hospital construction, resource management, and equipment supply. The ultimate goal is to improve resource efficiency and enhance service delivery to patients.