Construction Of Management System Research Articles

An Analysis of the Development of Investment Banks' IPO Business under the Registered System

Under the reformed registration system, the role of investment banks in the Initial Public Offering (IPO) business has evolved significantly from the approval system. As crucial "gatekeepers" of the capital market, these banks now bear the responsibility of thoroughly examining issuance application materials for truthfulness, accuracy, and completeness. While the IPO business promises a prosperous future for investment banks, it also presents considerable challenges. Some banks face issues such as insufficient adherence to prudent examination requirements, lax establishment or implementation of internal control systems, and the need for improved information management. To enhance their sponsorship business, it is recommended that investment banks optimize talent training, internal management control, risk management, and intelligent information system construction. Cultivating professional sponsorship talents with comprehensive skills, reinforcing ethical standards, and conducting thorough reviews of IPO companies are crucial. Furthermore, optimizing the management system, establishing effective communication mechanisms, and enhancing risk management capabilities are essential steps. Leveraging advancements in computer technology, the construction of a secure and reliable intelligent information system is advised. As the reform progresses, investment banks should bolster international exchanges, cooperation, and professional competitiveness to evolve into reputable international brand banks.

Construction Worker Hiring Management System

The Integrated Construction Management System (ICMS) is a sophisticated web-based application developed to optimize the management processes associated with construction projects. Leveraging a technology stack that includes HTML, CSS, Bootstrap, PHP, and MySQL, this system aims to streamline communication, collaboration, and resource management within construction teams, ultimately contributing to the successful and efficient completion of projects. One of the primary features of ICMS is its robust user authentication and authorization system. The application implements a secure login mechanism that authenticates users while assigning distinct access levels based on their roles within the construction project. This ensures that project managers, architects, engineers, and other stakeholders have tailored access to relevant information and functionalities. The project dashboard serves as a centralized hub, providing a comprehensive overview of the project's status, milestones, and critical updates. Through real-time tracking of project progress, ICMS facilitates effective decision-making by offering stakeholders immediate insights into the current state of affairs. This dynamic approach extends to task and resource management, where tasks can be created, assigned, and tracked in real time, ensuring optimal workforce utilization

Reflections on the Construction of Strategic Performance Management System in Chinese Manufacturing Enterprises

In the surge of global economic integration, China's manufacturing industry is poised at the forefront of a transformational upgrade. Beyond the hum of production lines, the vital pulse lies within the robust rhythm of Strategic Performance Management Systems (SPMS). Yet, studies indicate that despite China's manufacturing sector advancing towards "intelligent manufacturing" and innovation, there are numerous areas within strategic performance management systems that urgently demand enhancement. In the coming years, for China's manufacturing industry to secure higher value positioning within the global supply chain and assert dominance in niche markets, it must seize the nerve center of strategic performance management. Confronted with a series of challenges including slowing growth, rising costs, and tightening environmental regulations, manufacturing enterprises urgently need to construct an efficient and precise performance management system. However, in reality, many enterprises still exhibit a weak strategic execution, lacking a systematic performance orientation and employee incentive mechanisms, often resulting in a disconnect between strategic objectives and performance management. The factors affecting the effective implementation of strategic performance management within enterprises are intricate. Internal factors primarily encompass the rigidity of corporate culture, bottlenecks in leadership style and employee engagement, as well as hindrances in information sharing and communication mechanisms. External factors involve the volatility of market environments, unclear policy directions, and intensifying international competition. The formulation of a comprehensive performance management system undoubtedly holds profound significance for optimizing resource allocation, reinforcing core competitiveness, and enhancing strategic responsiveness.

Extended IFC-based information exchange for construction management of roller-compacted concrete dam

Building Information Modeling (BIM) plays a pivotal role in the construction management of dam engineering projects, which face challenges in data interoperability due to the absence of standardized data formats. While Industry Foundation Classes (IFC) offer a standardized digital representation of the built environment, it lacks the capability to accurately model the semantics of roller-compacted concrete dams. Therefore, this paper presents an extended IFC-based information exchange for the construction management of roller-compacted concrete dams, incorporating the development and validation of a prototype through a case study. The results indicate a significant enhancement in standardized information exchange for construction management compared to traditional practices. The approach facilitates BIM-assisted information exchange automation among stakeholders involved in roller-compacted concrete dam construction projects. The findings of this study provide valuable insights into dam construction management system prototyping and cross-platform collaboration.

Study on the technical management practice of rock burst prevention and control - Case study of Yankuang Energy Group Co., Ltd.

To ensure the on-site implementation of regulations and technical measures for rock burst prevention and control, taking Yankuang Energy Group Co., Ltd. as an example, an on-site technical management system for preventing and controlling rock burst in coal mines is established. This on-site technical management system is based on the principles of “zero rock burst accident”, “graded management and control”, “general manager and chief engineer responsibility”, and “scientific, systematic, streamlined, and efficient management”. This system includes a technical management system and an on-site management mode, among which the former includes an organizational system, an institutional system, a technical data management system, and a comprehensive supervision and management system. Each system is interrelated, mutually promoting and supporting the other system. The on-site management mode includes five aspects and six links. These "five aspects" refer to the standardization of safe production, normalization of on-site operations, processization of system operation, quantification of antirisk ability, and demonstration of mine management. The "six links" on-site management mode includes the management system, source risk management and control, dynamic risk analysis, monitoring and control, on-site implementation and management, and emergency management. The construction of an on-site technical management system for rock burst prevention and control can ensure the timely detection and rectification of problems, remove management loopholes, and prevent the occurrence of rock burst disasters.

Development and key technologies for architectural design and technical solutions of CIM platform: A review

The integration of building information modeling (BIM), geographic information systems (GIS), 5G, IOT, cloud computing, big data, artificial intelligence, and other technologies in urban management has become a new and rapidly developing trend in recent years. However, most of the existing research on the construction of city information modeling (CIM) platforms based on the integration of BIM and GIS technologies focuses on integration technologies, and there is a lack of theories, methods, and standards for further data analysis and mathematical modeling. This paper analyzes and summarizes the actual situation of the application of recent research papers in the BIM field and the application of CIM platform pilot projects, reviews the application of BIM and GIS technologies in smart cities, and discusses future trends. For example, the construction of a basic platform for smart cities requires the establishment of a three-dimensional visual CIM platform with functions such as the planning review, architectural design plan review, construction drawing review, completion acceptance filing. A smart city is built by analyzing the cyber security risks faced during the construction. The technical, management, and operational measures of the security system provide guidance and reference for the secure construction of smart cities. This involves promoting the reform of the construction work system driven by data resources obtained from government information, and the establishment a new digital government construction management system through the “separation of management and transportation.” These analyses highlight the evolution of the CIM platform construction. The results indicate that the use of key technology integration in the construction of a CIM platform requires a system theory that goes beyond integration technology and mathematical modeling methods for a detailed application. It involves analyzing the deep integration of key technologies and business processes in the CIM platform.

Construction and Research of University Medical Laboratory Safety Education Management System

University laboratories play a vital role in experimental teaching and scientific research. As the basis of laboratory safety management, laboratory safety education is an important means to eliminate hidden dangers and improve the level of laboratory safety management. Combining the characteristics and safety risks of medical laboratories, this study adheres to the goal of people-oriented and life-first safety management. Construct and innovate the medical laboratory safety education management system from five aspects: building laboratory safety responsibility system, improving laboratory safety management system construction, improving laboratory safety management and protection system, strengthening laboratory safety education and publicity system construction and implementing laboratory safety inspection and rectification system, and improve the effectiveness of laboratory safety education, improve the comprehensive quality and safety awareness of laboratory personnel, form a good safety atmosphere for medical laboratories, ensuring the safe and stable operation of medical laboratories, and help the "double first-class" construction of universities and the construction of healthy China.

Construction Practice of Medical Device Product Life Cycle Management Platform

Medical device product life cycle management is one of the core contents of medical device quality management system construction, spanning the entire process of enterprise core business activities including market, research and development, procurement, production, and services. Building a comprehensive and efficient life cycle management system facilitates the implementation of quality management systems. Taking the example of the construction of a unified product life cycle management platform for medical device hardware and software that has been launched and operated, this article describes the general principles and practical experience of constructing a medical device life cycle management platform, including requirements collection, system design, product selection, customization development and confirmation, as well as platform trial, acceptance commissioning, and operation and maintenance management.

Construction of enterprise comprehensive management system based on information reconstruction and IoT

Construction of enterprise comprehensive management system based on information reconstruction and IoT

Effects of using fireproof thermal management systems on the lifespan of battery cells

The current need, from the point of view of increasing the sustainability of electric vehicles (more and more present in the car market), makes the research in the field to be focused on the analysis of the factors that can lead to an increase electric vehicle batteries' lifespan. Since this is directly related to the temperatures reached during operation and the thermal gradients inside the battery packs, this paper presents the analysis of the cells' lifespan through artificial intelligence methods and techniques, evaluating the influence of the constructive and functional characteristics of two air-based hybrid thermal management systems (CHA - composite material + heat pipe + forced air convection and CTA - composite material + thermoelectric cooler + forced air convection). The construction of the thermal management system is a special and innovative one, being a composite material (epoxy flame-retardant resin and 2 wt% hexagonal boron nitride nanoparticles) chosen as the primary thermal energy dissipation element. The research was carried out experimentally on individual cells and on a battery module (consisting of 12 cylindrical Li-ion 18650 cells), the battery module being discharged at a rate of 3C with the temperatures recorded from 15 locations inside the battery module, which allows assessing the local and global influence of the thermal management systems. Predictions on the lifetime of the cells in the battery module were made using a convolutional neural network and showed that by using the proposed fireproof thermal management systems, the cells’ lifespan increases by 26.9 … 154.4% (depending on the implemented thermal management system and the location of the cell in the battery module).

Digital Transformation of Construction Production Management

Digital Transformation of Construction Production Management

ПРОВЕРКА СВЕДЕНИЙ О КОНТРАГЕНТАХ КАК ИНСТРУМЕНТ ВНУТРЕННЕГО КОНТРОЛЯ ДОГОВОРНЫХ ОТНОШЕНИЙ ОРГАНИЗАЦИИ

The article is devoted to the urgent problem of reducing the risks associated with contractual relations with counterparties. The main types of risks that can be identified when checking counterparties are considered - financial, tax, legal, reputational, commercial and operational. The authors substantiate the need for careful verification of counterparties before starting cooperation in order to minimize potential losses and negative consequences. In the article, the authors explore the cases of the construction and functioning of the Gazprom Pererabotka LLC risk management system, the assessment of counterparties by the Gazprom Mezhregiongaz LLC economic Security service and the Severstal Management JSC risk management system. In these cases, the integration of procedures for verifying information about counterparties into the internal control system of contractual relations is implemented. The possibilities of combining the business processes of counterparty verification and internal control are being considered. The authors aim to investigate the feasibility of integrating the counterparty verification process into the organization's internal control system and formulate potential advantages and disadvantages. Based on the results of the analysis, it is concluded that the introduction of formalized procedures for checking and monitoring counterparties within the framework of the internal control system will improve the overall effectiveness of risk management and protect the organization when certain conditions are met. The authors offer recommendations for solving the problems associated with the restructuring of the organization when combining business processes.

Economic and functional-operational imperatives of forming the economic portfolio of a developer in construction

In the modern era of digitalization of the economy, construction companies are faced with the need to review and optimize their business processes. This article examines the update of the economic and managerial reconfiguration tools for construction companies in the context of digital transformation of their operations. The main emphasis is placed on the importance of introducing the latest technologies and digital tools to optimize the processes of planning, production, resource management and quality control in the construction industry. The benefits of using digital solutions such as integrated construction management systems, virtual reality, artificial intelligence and other innovative tools are highlighted. The author investigates how these technologies can support enterprises in improving efficiency, reducing costs and increasing competitiveness in the current market environment. The conclusion about the need for active adaptation of digital tools to achieve strategic goals and successful development of construction enterprises in the modern digital world is substantiated. Portfolio strategy is a key tool for managing risks and achieving strategic goals. The main aspects of selection, distribution and management of projects in the developer's business portfolio are considered. The article substantiates the conclusion that it is necessary to actively adapt digital tools to achieve strategic goals and successful development of construction enterprises in the modern digital world.Portfolio strategy is a key tool for managing risks and achieving strategic goals.The main aspects of selection, distribution and management of projects in the developer's business portfolio are considered.Attention is focused on the need to harmonize strategic goals with the real possibilities and limitations of resource, risk and investment management to ensure the stable functioning of the enterprise, as well as the importance of analyzing the efficiency and optimization of the portfolio structure.The methods and tools that help developers make informed decisions on the preparation and management of a business portfolio are highlighted.The conclusion emphasizes the importance of a systematic approach to project portfolio management to achieve the successful functioning of a developer enterprise in the construction industry.

Analysis of Productivity Loss In Ironing, Formwork, and Casting Work at Summarecon Mall Bandung Project

In a developing country such as Indonesia, infrastructure development is one of aspects that contribute to advancement for the country. However, construction industry in Indonesia has a problem regarding to low construction productivity. Lean construction regarded as the new method to improve construction performance and labor productivity. Using two principles of lean construction, benchmarking and labor production variability reduction will be analyzed to show how impact it caused to labor performance. Benchmarking will be used to analyze for Summarecon Mall Bandung Project with parameters of Disruption Index (DI), Perfomance Ratio (PR) and Project Manajemen Index (PMI). The project has DI<0,1 score that means abnormality days that happened was low, varied PR score in all construction operation, and low PMI score that represent good construction management system. In conclusion based on all parameters, Mall Summarecon Bandung Project is relatively good project and can be used as a benchmark for similar construction project.

Оценка эффективности системы управления крупномасштабными строительными проектами в течение их жизненного цикла

The relevance of the study is due to the increasing importance of large-scale construction management processes throughout the full life cycle, as well as the system-technical nature of the problems that arise in this case. To determine the effectiveness of the management system, the principles of a systematic approach can be applied, in which the subject of economic activity is considered as a single whole with an ordered structure and relationships. It has been established that currently there are many problem-oriented models (simulation, optimization, expert) containing various quantitative indicators and methods for determining effectiveness aimed at finding economically feasible management solutions and providing for their subsequent practical implementation. However, a unified methodological understanding on the issues of evaluating the effectiveness of large-scale construction management has not yet been achieved. The purpose of the study is a methodological justification of a holistic approach to evaluating the effectiveness of a large-scale construction management system. As a working hypothesis, the assumption of a direct inextricable link between the integrity of the management system and the effectiveness of its functioning is accepted. The conceptual framework of the theory of integrity, mathematical statistics, and set theory is used within the framework of a systematic approach. As a result of the conducted research, an understanding of the effectiveness of large-scale construction management has been developed as the integrity of the solutions embedded in it, expressed by a set of any assessments that adequately express the need and possibility of implementing these solutions. The economic aspect of the systemic efficiency of capital management of a construction enterprise is investigated and a variant of its cost (monetary) assessment is proposed. The result obtained in the course of the study can be used as the basis for the development of a wide class of tasks for multi-criteria optimization of the operation of any large-scale construction management system throughout the full life cycle.

Construction of Management and Control System of Ecological Flow Space under the Background of Spatial Planning

Construction of Management and Control System of Ecological Flow Space under the Background of Spatial Planning

Analysis of Current Situation and Countermeasures of Drug Supply Chain of Centralized Procurement in China

After the implementation of centralized drug bidding and procurement, drug prices showed a downward trend, but also exposed some problems, based on the centralized procurement process, aiming at the problems existing in the operation of the supply chain of centralized drug procurement in the current market, put forward corresponding suggestions for the shortcomings of the operation mode of the supply chain of centralized drug procurement, and effectively under the bidding and procurement system, Make pharmaceutical enterprises responsible for patients, the environment and the government, and provide reference for the construction of China's drug supply chain management system.

Exploring the Current Situation and Path of Education Management for International Students in China Majoring in Arts

With the development of national higher education, international student education in China has gradually entered the stage of improving quality and efficiency. The students majoring in arts are a small part of the whole international student education market, although there are many researches and achievements on the education management of international students in China, there is very little attention and research on the management of international students majoring in arts. This paper shows that the number of students is less, their Chinese language ability is weak, but because of the characteristics of their professional study, this group of students has strong practical and cultural communication abilities. Based on this, the paper hopes to find some ways for the current problems in the education and management of international students majoring in arts in China by searching for policy support from the government, making clear the school orientation precisely, strengthening the construction of internal management system in schools, and creating a professional and vocational international student education and management team.

NirmaN: An Online Construction Management System (OCMS)

Construction industry is one of the major fields contributing to the nation's economy. So, it becomes vital to explore the ways of achieving it for betterment of this industry. The problems faced by the construction industry affects many individuals, communities, industries and government, including almost all the stakeholders of it. This paper presents an online construction management system (OCMS) as an e-platform for the construction industry. This system is designed to increase efficiency and transparency in the construction process and reduce the costs associated with the construction industry. It will enable contractors, material shops, and clients to collaborate and manage the entire construction process in a secure and efficient manner. This theory is supported by several researches, market trends and their problems. As it deals with the real time entities and their survival, the facts are summarized from the statistical results obtained from the survey conducted, which includes a questionnaire for the contractors, engineers, project managers, customers, material shops, etc. Based on the results obtained from the survey, The system will provide a secure and user-friendly interface for clients to monitor the progress of their projects. The paper will discuss the potential of the proposed system and the challenges associated with its implementation. It will also provide an overview of the current market trends in construction management systems. Finally, the paper will conclude by exploring the potential of the proposed system to revolutionize the construction industry

Research on the construction path of large-scale industrial agglomeration circle in Foshan based on computer big data fusion

This paper innovatively proposes the goal of research on the decision support system of the large-scale industrial agglomeration circle in Foshan. Based on the computer big data combined with the process of urban planning and management in Foshan, this paper proposes the construction content of the current planning decision support system for the new industrial agglomeration circle in Foshan. This paper proposes the relevant models for the analysis and construction of the development and evolution model and the construction of the auxiliary decision-making management system. The method of large-scale industrial agglomeration area in Foshan proposed in this paper provides services for the government to make rational and scientific decision-making. The computer big data industry circle planning model proposed in this paper has certain practical significance.