OICC Press Fuzzy Optimization and Modeling Journal (FOMJ) 2676-7007 7 1 2026 03 30 Developing a Hybrid SWOT-MCDM Framework for Formulating Smart Technology Adoption Strategies in Urban Construction Under Conditions of Uncertainty: A Case Study of Qom Municipality 10.57647/fomj.2026.0701.01 EN Reza Bakhshipour Seyed Mohammad Mirhossseini Department of Civil Engineering, Ar.C., Islamic Azad University, Arak, Iran Ehsanollah Zeighami Mohammad Ehsanifar Department of Industrial Engineering, Ar.C., Islamic Azad University, Arak, Iran Journal Article 2026 03 30 Smart technology adoption in urban construction is a key driver toward the development of smarter cities. However, the complexities and uncertainties associated with technology acceptance necessitate strategic planning based on structured decision-making frameworks. A hybrid SWOT–MCDM framework wasdeveloped under uncertainty for formulating effective strategies for smart technology adoption. In the first phase of the study, a modified six-dimensional SWOT model, including the traditional dimensions (Strengths Opportunitie (SO), Weaknesses Opportunities (WO), Strengths Threats (ST), Weaknesses Threats (WT))along with two additional dimensions (Weaknesses Strengths (WS), Opportunitie Threats (OT)) was employed to identify and categorize the key factors influencing technology adoption. In the second phase, the Multi-Criteria Decision-Making (MCDM) approach under Uncertainty was utilized to prioritize the resultingstrategic alternatives. The proposed framework was implemented in Qom Municipality - Iran. The findings revealed that among the identified factors, “holding training workshops and seminars” with a weight of 0.1152 was the most influential sub-factor in the strengths category. Furthermore, the evaluation of proposed strategiesbased on the SWOT framework indicated that the SO strategy (leveraging strengths to exploit opportunities) ranked first with a score of 4.826, followed by the SW (4.660), ST (3.809), WO (3.845), WT (3.338), and OT (3.259) strategies, respectively. This prioritization demonstrates that focusing on maximizing strengths and opportunities can facilitate the successful development and implementation of smart technologies. Sensitivity analysis confirmed the robustness and validity of the prioritization results. Hence, the framework can serve as a tool for policy-makers and urban planners in formulating targeted strategies and making informed investment decisions in innovative construction infrastructures.