Document Type : Original Article
Author
Ph.D. Student, Information and Knowledge Retrieval , Payame Noor University ,Tehran, Iran; Director of the digital museum of Astan Quds Razavi
Abstract
This study aims to evaluate the impact of a beacon-based smart guiding system on enhancing the visitor experience at the Quran Museum located in the Holy Shrine of Imam Reza (PBUH). The system uses indoor positioning technology to transmit digital content, such as information and multimedia, to visitors based on their geographical location via Bluetooth. The research specifically focuses on understanding how this technology influences the overall quality of the museum visit, enhances visitor interaction with the exhibits, and increases visitor satisfaction, especially within the cultural and religious context of the Holy Shrine of Imam Reza (PBUH). One of the key aspects of this study is its focus on the effectiveness of the beacon system for non-Persian-speaking visitors, particularly foreign tourists who may encounter language and cultural barriers while visiting.
In recent years, modern technology has become a crucial tool for enhancing the museum experience. As the Holy Shrine of Imam Reza (PBUH) attracts thousands of visitors annually from various parts of the world, providing an easy-to-use, accessible means for visitors to interact with museum content is essential. This is particularly important for foreign tourists who may not speak Persian as it can help break down language barriers and improve the understanding of the cultural and historical significance of the exhibits. The beacon system’s ability to offer real-time and location-specific information in multiple languages helps enhance cultural awareness and provides a richer visitor experience.
This research adopts a descriptive-analytical approach and uses both quantitative and qualitative methods to assess the impact of the beacon system. Data were collected through structured surveys and semi-structured interviews with 350 visitors to the Quran Museum. These visitors were divided into two groups: an experimental group of 175 visitors who used the beacon system and a control group of 175 visitors who did not. Statistical analysis, including t-tests, ANOVA, and correlation analysis, was used to compare the visitor experiences between the two groups. The findings suggest that the beacon system significantly improved visitor satisfaction, interaction with exhibits, and information access, especially among non-Persian-speaking visitors. However, challenges such as Bluetooth activation and mobile battery consumption were also noted, suggesting areas for improvement.
Introduction
In recent years, the role of technology in enhancing cultural and museum experiences has become increasingly important. Museums, as institutions dedicated to preserving and sharing cultural heritage, are increasingly adopting digital technologies to enrich the visitor experience. Among these technologies, beacon systems have shown significant potential in providing real-time, personalized content to visitors based on their location within a museum or cultural space.
By transmitting information to visitors' smartphones or other Bluetooth-enabled devices, beacon systems create an interactive, educational experience that facilitates engagement with exhibits and enhances overall visitor satisfaction. Beacon technology provides a modern solution to some of the traditional challenges faced by museums in terms of accessibility and engagement. By offering tailored, on-demand information, visitors can explore the museum in a more individualized manner, allowing for a deeper and more meaningful connection with the exhibits.
The Quran Museum at the Holy Shrine of Imam Reza (PBUH) in Mashhad, Iran, is one of the most visited cultural and religious destinations in the country. With a large number of international visitors, especially pilgrims, there is a pressing need to offer a seamless, multilingual, and culturally sensitive experience. As many visitors to the Holy Shrine may not be familiar with the Persian language or the intricacies of local culture, providing them with tools that help them understand and connect with the exhibits is crucial. The implementation of a beacon-based smart guiding system could be a solution to this challenge, allowing visitors to access information in their native language and at their own pace. This technological advancement is particularly important in a multicultural and multilingual environment, where cultural diversity must be respected and accommodated in the visitor experience.
This study aims to explore the effectiveness of such a system in improving the overall visitor experience at the Quran Museum. By investigating how the beacon system influences visitor engagement, interaction with exhibits, and overall satisfaction, this research contributes to the growing body of literature on the integration of technology in museum settings, with a particular focus on enhancing access for non-Persian-speaking visitors.
Methodology
This study employs a descriptive-analytical approach, combining both quantitative and qualitative research methods to evaluate the effectiveness of the beacon system. The primary data collection tools included structured questionnaires and semi-structured interviews. The questionnaires were designed to assess visitors' experiences with the beacon system, their level of satisfaction with the technology, their interaction with the digital content provided, and their overall evaluation of the visit. The qualitative component involved field observations and in-depth interviews with a subset of visitors to gain a deeper understanding of their experiences and to explore aspects that could not be fully captured through the survey.
The statistical population of the study consisted of 350 visitors to the Quran Museum at the Holy Shrine of Imam Reza (PBUH). The participants were randomly divided into two groups: the experimental group, which consisted of 175 visitors who used the beacon system during their visit, and the control group, which included 175 visitors who did not use the technology. This division allowed for a direct comparison between the two groups, helping to assess the specific impact of the beacon system on the visitor experience.
To ensure the validity of the data, various statistical methods were employed, including t-tests, analysis of variance (ANOVA), and correlation analysis. These tests were used to identify significant differences between the experimental and control groups in terms of visitor satisfaction, information access, and overall engagement with the exhibits.
Discussion & Analysis
The findings of the study indicate that the beacon-based smart guiding system had a significant positive impact on the visitor experience at the Quran Museum. Visitors who used the system reported higher levels of satisfaction across several key criteria, including interaction with exhibits, access to information, and overall visit satisfaction. Specifically, the experimental group showed a marked improvement in their ability to obtain detailed, contextually relevant information about the exhibits. The beacon system provided not only textual information but also multimedia content such as images, videos, and audio explanations in multiple languages, which allowed for a deeper understanding of the artifacts.
One of the most notable advantages of the beacon system was its ability to facilitate information access for non-Persian-speaking visitors. Many foreign tourists who spoke languages such as English, Arabic, and others were able to use the system to access the information in their native languages. This feature significantly improved their ability to connect with the cultural and religious aspects of the museum and helped break down the language barriers that would otherwise hinder their engagement with the exhibits. As a result, these visitors felt more included in the cultural experience, which in turn led to greater overall satisfaction with their visit.
However, despite the many advantages of the beacon system, several challenges were reported by the participants. A primary concern was the need for visitors to activate Bluetooth on their smartphones in order to use the system. Visitors who forgot to enable Bluetooth or were unfamiliar with the technology were unable to access the beacon-based content, limiting the effectiveness of the system for these individuals. Additionally, the high battery consumption of mobile phones while using the beacon system was another issue, especially for those who intended to spend extended periods of time in the museum. This problem could discourage some visitors from fully utilizing the technology throughout their visit.
Moreover, some visitors reported initial difficulties in navigating the system, particularly those who had limited experience with similar technologies. These challenges suggest that future versions of the system could benefit from improvements in user interface design, making it more intuitive and accessible for a broader range of users.
Conclusion
The results of this study highlight the significant impact that beacon-based smart guiding systems can have on the visitor experience in museum and cultural settings. The implementation of such systems in the Quran Museum at the Holy Shrine of Imam Reza (PBUH) has proven to be an effective tool for enhancing visitor interaction, especially for non-Persian-speaking tourists. By providing real-time, multilingual, and contextually relevant information, the system has improved the overall experience for international visitors and has helped bridge the language and cultural gaps that often exist in such settings.
The research also suggests that the use of similar technologies in other museums and cultural spaces, particularly those with a large number of foreign visitors, could be highly beneficial. These technologies can not only improve access to information but also enhance cultural awareness and understanding, making the museum experience more inclusive and engaging for people from diverse backgrounds.
However, the study also emphasizes the importance of addressing certain challenges, such as Bluetooth activation and mobile battery consumption, which could impact the usability of the system. To maximize the benefits of the beacon system, future versions should be designed with these concerns in mind, ensuring that the technology is both user-friendly and efficient. Additionally, future research should explore how to further enhance the system’s accessibility for a wider range of users, including those with disabilities or limited technological expertise.
Overall, this study demonstrates the potential of beacon-based systems to transform the way visitors experience museums and cultural sites, making them more interactive, engaging, and accessible. By leveraging modern technology, museums can offer personalized, immersive experiences that enhance learning, foster cultural exchange, and ensure that visitors leave with a deeper understanding of the exhibits and their significance.
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