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    Determining the risk levels and causes of bridge projects
    (İstanbul Gedik Üniversitesi, 2023) Bark, Safwat Jawhar Bark; Nazilli, Hasan Bozkurt; Adnan, Abdulrahman
    This study is dedicated to improving engineering project management, with a particular focus on bridge construction The primary objectives encompass the identification of potential risk levels faced by bridge projects, a comprehensive analysis of the underlying causes of these risks, and the enhancement of safety and sustainability in bridge engineering structures One of the pivotal challenges addressed in the study pertains to the often observed misalignment between project plans and bills of quantities, emphasizing the necessity for more efficient coordination and verification processes. The current study advocates for the adoption of modern load inspection methods to bolster structural performance and emphasizes the importance of quality control and continuous concrete processing to ensure the structural integrity of bridges Additionally, the current study investigates and proposes measures to mitigate delays caused by issues such as beam manufacturing and transportation Effective project management, involving the provision of heavy equipment like cranes and conveyors, is highlighted as a crucial factor for the successful execution of projects. Furthermore, the current study delves into the significance of addressing challenges related to contractors' reluctance and suboptimal routines, underlining the need for improved management practices. Outdated techniques are recognized as potential obstacles to project quality, prompting the study to stress the importance of updating and optimizing these methods. It also underscores the need for robust decision-making in cases of test failures to ensure bridge safety. The current study emphasizes that addressing financial difficulties and bad decision making among contractors is vital, necessitating contractors to strengthen their financial planning capabilities and make proactive decisions while avoiding inappropriate schedules and non-compliance. In conclusion, this study provides valuable insights into addressing challenges and enhancing project management and safety in the context of bridge construction projects. The recommendations offered include the development of a comprehensive risk management plan, vocational training programs, environmental impact assessments, the establishment of a robust reporting system, and the promotion of knowledge sharing and collaboration among experts in bridge design and construction. These recommendations offer a strategic framework for improving project execution and reducing risks.