A framework for effective design thinking based smart cities projects in Qatar

Abstract

As cities continue to grow and digital technologies reshape urban life, the concept of smart cities (S-Cits) has gained global momentum. In Qatar, this transformation brings unique challenges—especially around citizen engagement, data privacy, and governance. The aim of this thesis was to develop a design thinking-based framework tailored to the Qatari context, to support the effective design and implementation of smart city initiatives that are inclusive, secure, and sustainable. The thesis adopted a mixed-method approach, triangulating data from quantitative analysis of two surveys exploring S-Cit elements, with t-test and correlation analysis of data privacy and security issues, and in-depth qualitative analysis of interviews with expert stakeholders on various S-Cit factors. Statistical analysis was conducted using SPSS (v. 30). The first survey involved 40 Qatari citizens and focused on the readiness to engage with smart city concepts across six domains: economy, governance, people, mobility, environment, and living. The second survey involved 120 citizens and 35 experts and focused on their perceptions of data privacy, cybersecurity, and their impact on adoption. The quantitative research is supported by 12 semi-structured interviews with senior managers and stakeholders in Qatar’s smart city initiatives. Case studies of Lusail Smart City and Msheireb added further contextual depth. The findings show that while most citizens see clear benefits to smart technologies, the majority expressed concern about data misuse and transparency. A significant correlation was found between trust in data governance and willingness to adopt smart services. The interviews highlighted key obstacles, including fragmented policy, limited public engagement, and weak cybersecurity frameworks. Based on these insights, a design thinking framework was developed based on the theme of empathy, collaboration, iterative design, and long-term sustainability. The framework offers practical guidance for governments, urban planners, and developers to build smart cities that truly meet the needs of their communities—both in Qatar and in similar global contexts. This thesis contributes to the growing body of knowledge on S-Cits by offering both a theoretical and practical model for context-sensitive smart city development.