Identification of geodetic risk factors occurring at the construction project preparation stage

Kowacka, Magdalena; Skorupka, Dariusz; Duchaczek, Artur; Zagrodnik, Paweł

doi:10.1515/eng-2019-0002

Cited by 8 publications

(3 citation statements)

References 5 publications

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“…In infrastructure transportation projects, Kowacka et al (2019) adopted disturbance analytics for quantifying the impact of 5 risks on project success. The analysis concluded that leveling road alignments and the limited availability of GESUT data are the primary variables influencing project success.…”

Section: Risk Factorsmentioning

confidence: 99%

Role of Governmental Regulatory Controlling Procedures Between Political Hazards and Risk Management

Rehman¹,

Ishak²

2022

EPMJ

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Both domestic and international developers are inextricably exposed to political uncertainty and hazards for construction activities on a global scale, either deliberately or inadvertently. Effectively managing political hazards in the developmental sector is essential for project performance, achievement and success. In developmental projects, The Organization Control theory, upon which this research is anchored, applied quantitative methodology with a positivist paradigm using SmartPLS as a statistical tool to take into account the moderating function of governmental regulatory controlling procedures to gauge the effect of political concerns on managing risks in Saudi Arabia's developing sector. Survey questionnaires were sent to the top contractors (those with more than 250 employed workers) with an 81.9% completion rate. The findings indicate that political influences in Saudi Arabia's developing sector have a favorable impact on risk management, which is moderated by governmental regulatory controlling procedures. The connection among political influences and risk management is statistically significant ( = 0.338, M = 0.324, T = 6.185 and p < 0.05), governmental regulatory controlling procedures and risk management is statistically significant ( = 0.438, M = 0.451, T = 8.36 and p < 0.05) and the interaction of governmental regulatory controlling procedures between political factors and risk management is also statistically significant ( = 0.263, M = 0.255, T = 5.339 and p < 0.05). Professionals, specialists and experts can minimize damage resulting from political concerns and conflicts by putting risk management concepts and principles into practice.

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Section: Risk Factorsmentioning

confidence: 99%

Role of Governmental Regulatory Controlling Procedures Between Political Hazards and Risk Management

Rehman¹,

Ishak²

2022

EPMJ

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“…Furthermore, factors influencing the costs of building construction vary depending on different research and literature reviews [14]. Although there are numerous sets of factors influencing building construction costs in the literature, they differ depending on the location, time, and nature of the construction project being carried out [15,16]. Moreover, in practice, many influencing factors do not directly impact construction costs.…”

Section: Introductionmentioning

confidence: 99%

The Decision-Making Trial and Evaluation Laboratory Approach to the Assessment and Hierarchy of Factors Shaping the Costs of Facade Systems

Górka-Stańczyk,

Leśniak

2024

Buildings

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Cost estimation is the process of creating cost forecasts by quantitative determination and pricing of the necessary resources for a project’s implementation. This process is iterative, where estimates are regularly updated based on the available information. Studying the relationship between the costs of construction projects is crucial for establishing reliable practices of cost estimation and management. Variability in construction costs can significantly impact investors’ or clients’ decisions. Greater coherence and confirmed relationships between construction costs and factors influencing them can assist investors, developers, and contractors in making informed decisions and ensuring effective cost management. Therefore, the aim of this article is to identify the factors shaping the costs of facade systems of public utility buildings and to examine the mutual influences and dependencies that occur between these factors. The factors were selected based on an analysis of project documentation, and then their assessment was made through expert opinions. The DEMATEL method was used to investigate the mutual relationships and dependencies between the factors as one of the tools of multi-criteria analysis. Through the analysis, it can be pointed out that factors such as the height of the building, the type of facade analyzed, and the level of complexity of the facade have the greatest impact on the cost of facade systems. Moreover, the type of facade analyzed and the number of floors are the factors showing the greatest direct influence on the other factors of the cost of facade systems. The identification and prioritization of factors carried out by the authors provide a basis for future research, which are models that support the prediction of the cost of making facade systems.

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“…The influence of new technologies is visible in contemporary works, including the implementation of BIM standards in the construction investment process [27], or the use of information from the "Big Data" [6]. The authors of many papers describe the implementation of the results of their research to the construction industry [9,18,19,24], cost of construction works [13,17,21,25], risk in construction [15,16,23]. One example combining the practical aspect and high research potential are the Bayesian Networks.…”

Section: Introductionmentioning

confidence: 99%

Application of the Bayesian Networks in Construction Engineering

Leśniak

Janowiec

2020

Civil and Environmental Engineering Reports

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Currently, significant development of methods supporting decision making under uncertainty conditions is observed. One of such methods includes Bayesian networks used in many fields of economy and science. The paper presents the use of the Bayesian network method in civil engineering problems with particular emphasis on construction engineering projects. In addition to the existing examples of the use of the method cited, the authors’ method for the risk estimation of additional works is presented.

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Identification of geodetic risk factors occurring at the construction project preparation stage

Cited by 8 publications

References 5 publications

Role of Governmental Regulatory Controlling Procedures Between Political Hazards and Risk Management

Role of Governmental Regulatory Controlling Procedures Between Political Hazards and Risk Management

The Decision-Making Trial and Evaluation Laboratory Approach to the Assessment and Hierarchy of Factors Shaping the Costs of Facade Systems

Application of the Bayesian Networks in Construction Engineering

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