Designing and Evaluating Interactive Museum Tours for Archaeological Site Tourism

Thesis Abstract

This study investigates the design and evaluation of interactive museum tours aimed at enhancing visitor engagement and learning outcomes at archaeological site museums. With the increasing shift towards experiential and participatory tourism, traditional guided tours often fail to fully captivate diverse visitor demographics or foster deep understanding of archaeological heritage. Addressing this gap, the research aims to develop an evidence-based framework for creating interactive museum tour experiences that are both educational and enjoyable. The specific objectives include identifying effective interactive elements, assessing their impact on visitor satisfaction and knowledge acquisition, and formulating guidelines for implementing technology-driven interactions within archaeological museums. Employing a mixed-methods research design, the study integrates qualitative insights with quantitative validation. The qualitative phase involves semi-structured interviews with museum curators, tour designers, and tourism stakeholders (n=15), to explore best practices, challenges, and innovative techniques in designing interactive experiences. The quantitative phase utilizes a quasi-experimental approach, with a sample of 300 museum visitors drawn through stratified random sampling from two archaeological site museums in a heritage-rich region. Visitors are assigned to control and experimental groups, with the latter engaging in newly developed interactive tours incorporating augmented reality, touchscreens, and gamified elements. Data collection instruments include structured questionnaires measuring visitor satisfaction, engagement, and learning outcomes, complemented by post-tour interviews and observational checklists. The validity and reliability of instruments are established through expert reviews and Cronbach's alpha coefficients exceeding 0.80. Data analysis involves descriptive statistics to profile visitor demographics and overall responses, while inferential techniques such as t-tests and ANOVA examine differences between control and experimental groups concerning satisfaction and knowledge gains. Thematic analysis interprets qualitative data, elucidating visitor perceptions and suggested improvements. To underpin the theoretical foundation, the study applies the Experiential Learning Theory (Kolb, 1984) to explain how interactive elements promote active participation and knowledge retention. Additionally, the Technology Acceptance Model (Davis, 1989) assesses visitors’ willingness to engage with innovative digital tools. Expected findings indicate that interactive tours significantly improve visitor satisfaction, engagement levels, and retention of archaeological information compared to traditional methods. Key features contributing to positive outcomes include immersive augmented reality applications, hands-on digital interactives, storytelling gamification, and personalized tours. The study further identifies potential barriers, such as technological literacy gaps and resource constraints, which influence implementation feasibility. The contribution to knowledge lies in providing a comprehensive, empirically validated framework for designing effective interactive museum tours tailored for archaeological site contexts, integrating technological advances with pedagogical principles. The findings offer practical guidelines for museum practitioners, tour designers, and policymakers seeking to modernize heritage presentation and enhance visitor experiences. The research also contributes to academic discourse by bridging tourism, museum studies, and educational technology, emphasizing an integrated approach for experiential heritage tourism. Conclusively, the study recommends adopting a participatory, visitor-centered design process incorporating diverse technological tools to maximize educational and entertainment values of archaeological museum tours. It advocates for targeted staff training, sustainable resource planning, and continuous evaluation to ensure long-term success. Future research should explore longitudinal impacts on visitor knowledge and attitudes, as well as scalability across different cultural and heritage settings. The results affirm that well-designed interactive tours can transform archaeological site museums into dynamic learning environments, fostering greater appreciation and preservation of cultural heritage within the broader tourism framework.