Construction Engineering Management Research Articles

Discussion on Optimization Strategy of Construction Site Management in Construction Engineering

Discussion on Optimization Strategy of Construction Site Management in Construction Engineering

Importance of Safety Management in Construction Engineering

Importance of Safety Management in Construction Engineering

Brief Analysis of the Whole Process Construction Technology Management in Industrial and Civil Construction Engineering

Brief Analysis of the Whole Process Construction Technology Management in Industrial and Civil Construction Engineering

Research on Energy-efficiency Building Design Based on BIM and Artificial Intelligence

The development of architectural design is closely related to computer technology. With the growth of my country’s economy and the rapid development of computer technology in urbanization, artificial intelligence technology has provided new research methods for the construction industry. At present, my country’s construction industry is booming, and building energy consumption is also increasing rapidly. To guide the construction industry to develop energy-efficiency and green, various construction companies actively develop building energy-efficiency technologies. As an emerging technology in the construction industry, BIM technology has had an important impact on parameter setting, cost control, professional collaboration and information management in construction engineering. Based on the development of BIM technology and artificial intelligence technology, this paper explores the specific application of BIM and artificial intelligence technology in energy-efficiency buildings, proposes an energy-efficiency building design framework based on BIM and artificial intelligence technology, and analyses the use of BIM and artificial intelligence in the design of energy-efficiency buildings. The value of innovative technology provides a reference for relevant personnel in the industry.

RETRACTED ARTICLE: Research on Construction Engineering Quality Management Based on Building Information Model and Computer Big Data Mining

Data mining-based scenarios in construction engineering management have become the mainstream, but in the actual application process, big data mining is still affected by many factors, and some construction enterprises have not realized the importance of big data mining for project management. In this paper, aiming at the problems existing in the quality evaluation of construction projects, this paper combines the analytic hierarchy process and entropy (entropy) to carry out joint weighting, and uses the fitting algorithm of support vector machine and BP neural network to form an expert decision-making model, which is applied to practical work. In view of the current construction engineering quality evaluation results are not objective and low credibility, quality of construction engineer model based on genetic algorithm is proposed. Finally, the genetic algorithm is used to optimize the parameters of the construction quality evaluation model, and the model is applied to the specific construction quality evaluation. The results show that the accuracy of the model is higher than that of other models, and the evaluation results of construction engineering quality are more credible and have strong practical application value.

Analysis of the application of refined management in engineering construction management based on the Computer Dynamic Network System

At present, China’s construction engineering field shows a trend of high output value, low profit input and small output. The main reason for this problem is the serious shortage of construction engineering management, which makes the enterprise have no method to reduce production cost and input. Therefore, the construction and construction industry should apply the fine management in the development, which is of great importance to the production, cost reduction and efficiency enhancement in the actual construction process. Using computer network technology and database technology to construct a computer dynamic network system, based on the system, this paper discusses the application of fine management in the construction process management, and elaborates on the economic management application strategy for cost management and quality management in the project production.

Usability measurement for Sistem Proyek Akhir Manajemen Rekayasa Konstruksi (SIPROK-MRK) measured with the system usability scale

During the corona virus pandemic, the thesis examination in the Construction Engineering Management study program was conducted online. This is in accordance with the rules of the director at State polytechnic of Malang. Based on this background, a thesis examination system was developed to enable the tests to be conducted online. The main features of this application are the guidance assessment, exam evaluation and revision can be done online. To evaluate the system that has been developed, the usability level of the application is measured using the System Usability Scale. System usability scale is a technique used to measure usability score, system quality, the information presented and the system interface. Based on the questionnaire filled by user the usability score of SIPROK-MRK was 0,82.

Ways to Improve the Efficiency of Construction Engineering Management Based on BIM Technology

At present, the country has higher and higher requirements for the transformation and upgrading of the construction industry. The traditional extensive construction methods can no longer meet the requirements of the transformation and upgrading of enterprises. Industrialization and greening have become the new direction of the development of the construction industry in the future. The purpose of this paper is to study the ways to improve the efficiency of construction engineering management based on BIM technology. This article uses three data exchange methods to test and evaluate the corresponding plug-ins. Data conversion tests were performed on structural analysis models established by more than 60 different software. According to the results of quantitative analysis and comparison, specific suggestions on how to select reasonable data exchange methods in specific situations such as the use of different later models were given. This paper uses BIM technology to achieve 4D construction simulation verification, assists in project schedule management, improves management efficiency, uses BIM technology to assist in optimizing the design of the project construction organization plan, and formulates the optimal construction organization plan. Improve the quality management of engineering design data and realize BIM-based three-dimensional proofreading. And through the analysis of the above-mentioned problems of the M project, and put forward feasible management optimization suggestions, and finally achieve the purpose of helping the construction enterprise to improve the management efficiency and level. At the same time, it can also provide assistance and reference for other similar companies in the same industry. Research has shown that it is not conducive to use this method when the possibility of interface component omission and information deviation in the secondary development of API is 50%, 40%, and 30% respectively, and it performs well in importing structural information parameters. This method is preferred.

Application Analysis of Modern Engineering Technology in Construction Engineering Management

Application Analysis of Modern Engineering Technology in Construction Engineering Management

Key Enablers and Barriers of Solar Paver Technologies for the Advancement of Environmental Sustainability

The global initiatives to improve environmental sustainability have centered on reducing energy consumption and developing technological solutions for greener power generation. Current insights on innovations for environmental sustainability are primarily from developed countries, with limited studies originating from developing countries. This study focuses on solar paver technology, a potential innovation for sustainable generation of power. This technology lies in its dual-purpose ability to enable the use of solar roadways that can generate electricity to power other road infrastructure such as electric lights. To maximize the potential of success of deployment of solar pavers, it is important to investigate the practicalities of solar pavers and understand the perceptions of stakeholders that will be responsible for the implementation of solar pavers. This study addresses this gap in knowledge. Thirty construction industry stakeholders in Malaysia were interviewed through focus group discussions and in-depth interviews. Qualitative analysis identified two main themes and five sub-themes, namely (i) key enablers (motivation, opportunity, and ability); (ii) key barriers (challenges and weaknesses) of solar paver technology. This study provides fresh insights into a new form of sustainable solar paver technology engendering new streams of research in construction engineering and technology management. Implications for management and organizational research are discussed.

Management Strategy for Construction Project under Informatization Background

With the continuous development of China’s economy, informatization has greatly promoted the development of the field of construction engineering, the development of informatization in the construction industry has become an inevitable way for the development of the construction field. However, at present, the informatization management level of China's construction industry is poor, unable to meet complex project management work. This article analyzes the problems existing in the current development of informatization construction engineering management, summarize the optimization strategy for further developing the information management of construction engineering, achieve a unified information standard, improve the quality of information professionals, in order to improve the efficiency and quality of construction management, promote the construction industry to develop in the direction of information.

Analysis of Construction Safety Management in Construction Engineering

Analysis of Construction Safety Management in Construction Engineering

The Practice of System Management in Construction Engineering based on 3D Building Information Model

With the development of science and technology, people’s living standards have gradually improved. People begin to demand higher and higher functions, appearance and comfort of buildings, which leads to more and more complex construction and higher quality requirements. Taking 3D BIM and engineering construction management as the main line, we apply 3D BIM to Engineering management, such as schedule management, quality management, safety management, procurement management. Through business management process analysis and reorganization, 3D BIM is transformed from a single technology application to engineering system management application, which makes 3D BIM appreciate and forms a system management. Through the system management of 3D BIM construction engineering, we will ultimately improve the competitiveness of enterprises and create economic benefits, such as improving the management level of construction engineering, reducing the operating costs and risks of enterprises.

Research on Construction Quality Process Management of Architectural Engineering Based on BIM Technology

In the development of social economy, various construction projects are in full swing in the urban construction development. In the information management of construction projects, the most commonly used management mode is the building information model technology. With the help of BIM computer technology, it can not only effectively improve the level of project quality management, but also realize the sharing of information. This paper mainly introduces the application of BIM computer technology in construction engineering management, and then analyses the practical application advantages of BIM computer technology.

The Research of Wind Power Project Company’s Engineering Management System

By analyzing the process of construction engineering management of Wind power project company, we can abstract the core professional work, which includes budgets, bits, contracts, schedules, quality, safety, finance, machine management and more contents. Combined with the organizational structure of project companies, linked with the process of core professional work, to design the hardware and software structure of construction engineering management system.

BIM-based Technology Implementation on Quality Management in Construction Engineering

The quality management is an important indicator that affects building projects value and practicability on peoples’ work and life. When building quality cannot reach the standards, it would bring personal safety and property into danger. BIM-based technology has been proved that it can effectively provide specific solutions to deal with quality issues and improve quality management efficiency in the entire project life cycle. It is a significant technology to upgrade the traditional construction industry into automation and intelligence through stimulating specific construction works into a visual reality. Therefore, quality management efficiency can be enhanced on labour, material and equipment sources through BIM-based system. This paper would analyse how BIM-based quality management methods can improve the efficiency and accuracy of building project quality issues.

Research on the Mechanism of School-Enterprise Cooperation in Construction Engineering Management under the Mode of Industry-Education Integration

The most effective way to combine the talent training of modern higher vocational colleges and the talent demand of modern enterprises is to implement the mode of integration of production and education. In order to implement the mode of integration of production and education, we should establish an appropriate implementation mechanism. Based on the theory of industry-education integration, this paper focuses on how to realize the rapid development of higher vocational colleges and enterprises in this mode.

Construction of Guarantee System of "Industry-Education Integration, School-Enterprise Cooperation" -- Taking Construction Engineering Management Major as an Example

In order to effectively promote the current supply-side structural reform of human resources, it is necessary to strengthen the integration of industry and education and realize the in-depth between schools and enterprises. This is of great significance to the work of professional education in colleges and universities in the new situation, which is conducive to improving the quality of education and teaching and promoting the development of the industry. This paper analyzes the current situation and existing problems of industry-education integration and school-enterprise cooperation in architectural engineering management major, and proposes specific strategies and schemes for constructing and improving its guarantee system.

Computer-aided Construction Engineering Management Evaluation Based on Chaotic Optimization Algorithm

With the continuous acceleration of economic development and the improvement of urbanization, people have a higher and higher demand for better living and working environments. The quality and safety of buildings have become the focus of people’s attention. For the computer-aided construction engineering projects, engineering quality is the priority, which requires the full attention of the building, supervision, and construction units to ensure the total quality of the computer-aided construction project.

Civil Engineering Management Level Improvement Strategy Based on Information Construction

In the information age of the 21st century, the traditional management model has been unable to effectively improve the efficiency of civil engineering management. To this end, it is necessary to fully utilize information technology to promote the organic combination of information construction and civil engineering management, and fully realize the civil engineering construction design. This paper will discuss the strategy of civil engineering management level improvement based on information construction, and hope to provide reference and reference for civil engineering construction.