Managing the corruption risk at the operation and maintenance stage in the construction projects in Iraq

Alani, Semaa Hazim Najim

doi:10.1007/s41062-021-00710-x

Cited by 6 publications

(5 citation statements)

References 13 publications

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“…In the whole construction process of the project, each construction process restricts each other logically. (erefore, if the project schedule changes, the construction schedule should be adjusted [17,18]. When the project schedule is changed, the MRP needs to be changed dynamically according to the project schedule.…”

Section: Methodsmentioning

confidence: 99%

Application of BIM and Internet of Things Technology in Material Management of Construction Projects

Shen

2022

Advances in Materials Science and Engineering

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In order to solve the problems of difficulty in daily management of engineering materials and equipment and difficulty in collecting statistical data of materials and equipment, a method based on the combination of BIM (building information modeling) technology and Internet of Things technology is proposed to construct 3D model files, engineering quantity files, and construction schedule plans to determine BIM and Internet of Things technology methods in material management of construction projects. The method based on BIM technology and Internet of Things technology 5D material-integrated management platform can realize the daily management of materials more finely. For the construction industry, cost management is always an important factor related to the direct interests of design companies. The cost of building materials accounts for about 70% of the total project cost. The frequency of the tag is usually 2.4 GHz∼5.8 GHz, and its reading range can reach more than 100 m. This shows the importance of construction material management in construction projects. Taking BIM technology and Internet of Things technology as the starting point, this paper deeply analyzes the advantages of BIM technology and Internet of Things technology. It is verified that combining with the main points of material management of construction projects, from the perspective of practical application of technology, it focuses on the effectiveness of practical application of material management of construction projects.

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Section: Methodsmentioning

confidence: 99%

Application of BIM and Internet of Things Technology in Material Management of Construction Projects

Shen

2022

Advances in Materials Science and Engineering

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“…El enfoque de investigación se centra en el paradigma cualitativo interpretativo, por cuanto permite poner el énfasis en la comprensión de lo que sucede en su propio contexto empresarial, desde las propias creencias, valores y reflexiones, debido a sus experiencias, intereses, necesidades y expectativas, las cuales facilitarán la descripción de la realidad producto de las vivencias [13][14][15]. El método que se asumirá será el fenomenológico-hermenéutico, por cuanto se desarrollarán los procedimientos que se exploraron según el significado de las vivencias, donde los objetivos y el tema de investigación se centrarán en el significado de la experiencia de los individuos (fenomenología) y la comprensión de las acciones en su propio contexto empresarial (hermenéutica) [16][17][18].…”

Section: Metodologíaunclassified

Diagnóstico del Plan de Gestión del Riesgo de Desastres: Empresa Eternit Colombiana S.A.

Jiménez Bolívar,

De la Hoz Toscano

2024

iname

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El sector de construcción es uno de los frecuentes trabajos de riesgos expuestos por las condiciones y materiales durante las fases de elaboración. La presente producción investigativa tiene como propósito realizar el diagnóstico del plan de gestión del riesgo ante potenciales desastres para la empresa ETERNIT COLOMBIANA S.A.; Se realizará un diagnóstico cualitativo, basado en el método fenomenológico y hermenéutico, con recolección de datos en entrevistas semiestructurada y rubricas. El análisis determinó que los mayores riesgos identificados fueron explosión por gas (34%) e incendio (32%), siendo las peores consecuencias colapso estructural (37%) y fatalidades (34%), donde la tolva (10) es el equipo/maquina principal el índice de fuente generadoras de riesgos. Estos riesgos pueden comprometer el bienestar de los empleados y afectar el logro de los objetivos empresariales, recomendando presentar el diseño del plan de riesgos frente a los desastres en la organización.

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“…It helps the organization keep the RM flexible and simple (Tranchard, 2018). ISO 31000 implementation has covered various fields: construction (Alani, 2022), agroindustry (Hardjomidjojo et al, 2022), supply chain (Medina-Serrano et al, 2021), public services (Alijoyo and Fisabilillah, 2021), transportation (Zhemchugova et al, 2022), education (Barbosa et al, 2022), logistic (Bhiri et al, 2022), R&D (Piciullo et al, 2021), information technology (IT) (Aleksandrov et al, 2021) and healthcare (Pascarella et al, 2021). Dali and Lajtha (2012) describe some of the positive features of ISO 31000.…”

Section: Introductionmentioning

confidence: 99%

“…ISO 31000 assesses risks, defines scenarios and prioritizes risks. Alani (2022) applies ISO 31000 to manage the risk of corruption in construction projects. Furthermore, Hardjomidjojo et al (2022) used it for risk analysis in herbal medicine companies.…”

Section: Introductionmentioning

confidence: 99%

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Mapping the landscape: a bibliometric analysis of ISO 31000

Widianti,

Firdaus,

Rakhmawati

2024

IJQRM

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PurposeThis study aims to evaluate performance and map the science of research on International Organization for Standardization (ISO) 31000 standard through published articles. Specifically, this study determines the current state of the art, identifies research gaps and guides future studies related to ISO 31000.Design/methodology/approachThis work investigates and examines the research papers acquired from the Scopus and Web of Science databases. Inclusion and exclusion criteria were applied to obtain relevant papers. Bibliometric analysis using Biblioshiny was conducted to answer the research objectives.FindingsThe results show growing interest in ISO 31000 research but limited interconnectivity among articles. Influential journals have emerged, highlighting key research trends in risk management's (RM) practical application and its significance in organizational decision-making. Key research areas include risk assessment (RA) methods, enterprise RM and system integration, endorsing ISO 31000 as a valuable tool. Future research should prioritize longitudinal studies to track ISO 31000's impact, study effective risk communication strategies, explore sector-specific RM practices and assess ISO 31000's application in emerging technologies.Research limitations/implicationsThis research reveals key themes and diverse methods that aid practitioners in customizing industry risk strategies, adapting to emerging trends, engaging global collaboration and improving risk communication. Nevertheless, the study might overlook non-English contributions, urging broader language inclusion for ISO 31000's profundity.Originality/valueThis paper's originality lies in its comprehensive bibliometric analysis of ISO 31000 research, providing valuable insights into the standard's growing significance and global impact. The study identifies key research themes and influential authors, guiding future research and improving RM practices.

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Managing the corruption risk at the operation and maintenance stage in the construction projects in Iraq

Cited by 6 publications

References 13 publications

Application of BIM and Internet of Things Technology in Material Management of Construction Projects

Application of BIM and Internet of Things Technology in Material Management of Construction Projects

Diagnóstico del Plan de Gestión del Riesgo de Desastres: Empresa Eternit Colombiana S.A.

Mapping the landscape: a bibliometric analysis of ISO 31000

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