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[Abstract] Computer engineering management is a systematic management activity that uses computer, information, communication, internet, and other technologies to collect, integrate, process, and analyze data. It is also a necessary condition for enterprise modernization, information construction, and high-quality development. With the advancement of the times, the deep integration of computer engineering management and electronic information technology is of great significance for optimizing computer data processing processes. This article starts from the relationship between electronic information technology and computer engineering management, focusing on exploring the application strategies of electronic information technology in computer engineering management.

[Keywords] Electronic Information Technology; Computer Engineering Management; Application Model

In the context of a highly informationized era, the integration level between computer engineering management and various social domains has been further enhanced. It relies on computer technology as support and information systems as the core to store, collect, process, analyze, and manage data. It subsequently provides decision support for people's production and life and the conduct of various activities. However, the current computer engineering management faces an increasingly massive amount of data and more complex data structures. Traditional computer engineering management can easily encounter issues such as storage difficulties, incomplete data display, and cumbersome data modification processes when facing massive data. The application of electronic information technology will elevate computer engineering management to a new level, making it more adaptable to diverse management scenarios and significantly improving the efficiency of information and data management.

1 The Relationship between Electronic Information Technology and Computer Engineering Management

Computer engineering management refers to the comprehensive collection of data in enterprise daily operations and project activities through computer terminals, computer systems, and computer networks. After processing, it discovers existing problems and important management content in management and formulates corresponding systems or adjusts management strategies based on this. This process assists in promoting the implementation and realization of the strategic goals of the enterprise[1]. However, with the development of society, corporate scale and project scale have significantly expanded, and people's living activities have also been extended. In the process of enterprise operation and development, massive amounts of internal and external data are generated. These data structures vary and can be semi-structured, unstructured, or structured data, and they hide high-value, high-density information within them. At the same time, under the intelligent environment, the processing and management of information demand a higher level of automation, requiring the system to have self-learning and self-adaptive capabilities, which can intelligently generate management decisions and statistical reports by comparing historical data and internal and external information. Traditional computer engineering management merely relies on computer technology and may struggle to identify all the data or deeply explore data value due to incomplete functions and insufficient performance optimization when facing massive data. This situation affects decision-making and even the development of enterprises. The application of electronic information technology in computer engineering management involves developing compatible electronic devices and information systems based on the characteristics of computer engineering management. It can make the functions of computer engineering management more diverse and the content richer. With the advancement of electronic information technology, high-quality software compatible with computer engineering management constantly emerges, injecting new vitality into its innovative upgrade. Furthermore, the scientific and reasonable application of electronic information technology in computer engineering management can promote its intelligent and industrial development, giving rise to new business forms. Hence, we can see that electronic information technology and computer engineering management have complementary and mutually reinforcing relationships, and attention to their organic integration can enhance information value and promote social development.

2 Current Application Status of Electronic Information Technology in Computer Engineering Management

Since China has entered the era of informationization and intelligence, various social domains have increased their efforts in information construction. The smooth flow of information, information sharing, and interconnection between various fields have broken the information barriers between them, giving rise to new business forms and promoting economic development. At the same time, the level of internal management in various industries and enterprises has significantly improved. Meanwhile, the application of computer engineering management in enterprises has become more widespread, transitioning from the initial single and decentralized information management system to an integrated and interconnected internal information network. It has become an "assistant" for enterprise data statistics, management decision-making, and system implementation. However, computer engineering management still has certain limitations, especially with the development of technologies such as cloud computing and big data. The information stored and managed by computers faces risks of leakage and attacks. Additionally, the lack of a sound management system and redundant management processes contribute to computer engineering management not fulfilling its potential role. Hence, the following text will elaborate on the application strategies of electronic information technology in various aspects of computer engineering management, aiming to enhance the effectiveness of computer engineering management.

3 Application of Electronic Information Technology in Computer Engineering Management

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3.1 The Application of Electronic Information Technology in Enhancing the Quality and Efficiency of Computer Engineering Management

The theoretical and practical research on electronic information technology and computer engineering management in China started relatively late, and successful research experiences have not yet been widely popularized across various industries. Even though some enterprises have begun information-based construction and established relatively complete computer information management systems, their application of electronic information technology and computer technology remains superficial. They utilize computer engineering management to build automated office systems, facilitating the issuance of office directives and the transmission of documents. However, they do not apply computer engineering management and electronic information technology to central business activities, various operational activities, and business processes of enterprises, resulting in a low strategic positioning for electronic information technology and computer engineering management. This only allows usefulness at a basic level of data integration and processing. At the same time, the application of electronic information technology in computer engineering management requires talents with basic circuit knowledge, understanding of computer control principles and communication principles, and skillful application of multimedia technology, electronic system design, and other skills. Currently, the shortage of such talent resources within enterprises cannot guarantee the construction and subsequent maintenance of computer systems. In this context, establishing a specialized computer engineering management team and applying electronic information technology to computer engineering management can integrate all project data into a unified computer engineering management center platform using its data integration capabilities. This allows managers to quickly find project information and extract critical data, thus making management decisions conducive to project construction[2]. Meanwhile, the goal of computer engineering management is not only to improve the production quality of enterprises but, more importantly, to comprehensively, track, dynamically, and finely control elements such as progress, cost, materials, and personnel in all projects. Based on the full lifecycle of a project, the computer electronic information management system can transform engineering entity information, component information, and dynamic construction information into intuitive charts and three-dimensional models. Managers can discover problems in project operations in real-time, then remotely manage and communicate to direct on-site personnel for rectification, significantly enhancing construction levels.

3.2 The Application of Electronic Information Technology in Computer Engineering Information Storage and Maintenance

In computer engineering management, the storage and maintenance of information mainly refer to the centralized processing of data from different systems and levels. However, since the data sources vary, there are differences in data formats. For example, data from project investment systems are generally structured data, while data from external media evaluations are generally unstructured data. To optimize and improve the computer engineering management process using these data, data normalization processing is required. However, the data volume within each system is massive and includes duplicate and low-value data. How to build a complete engineering database and ensure data operational efficiency has become an urgent problem to solve in computer engineering management[3]. By applying electronic information technology, such as single-chip microcomputer technology and electronic system design technology, to computer engineering management, the optimization of existing computer information management systems can be performed by adding information retrieval and data classification functions. These can programmatically standardize and normalize data processing programs, integrate massive data, and change the traditional manual input-centered data collection method, ensuring comprehensiveness and security in data storage. At the same time, the application of electronic information technology to the data update in computer information systems can eliminate duplicate, redundant, and low-value data, automatically generating data processing results. Managers only need to verify these results according to actual project management needs, personal work experience, and enterprise strategies and provide corresponding suggestions. This significantly enhances the application effects of computer engineering management and ensures management quality and efficiency.

3.3 The Application of Electronic Information Technology in Computer Engineering Resource Allocation and Sharing

In the traditional computer engineering management model, enterprises need to spend a lot of human, material, and financial resources on data resource acquisition and construction, such as introducing hardware and software facilities based on industry development trends and even the macroeconomic environment, collecting information beneficial to enterprise development and project management via networks, and establishing numerous information systems to facilitate internal communication and collaboration. The excessive time and economic costs incurred may affect the normal business operations and development of enterprises[4]. Data sharing, being one of the advantages of electronic information technology, can achieve high-speed, high-density transmission of data through the Internet and mobile networks, coupled with the application of mobile intelligent terminals and various software support. During data transmission, the process and key nodes can also be recorded. Moreover, electronic information technology facilitates the construction of social information resources. Whether it is industry standards, legal norms, policy information about engineering construction published by authoritative national websites, or similar enterprise project experiences and bidding information, they can all become crucial data resources for enterprises. By using electronic information technology to connect the internal and external data links of enterprises, the cost for enterprises to accumulate data resources can be reduced to the greatest extent, helping enterprises achieve optimized internal resource allocation. By applying electronic information technology in computer engineering management, leveraging its advantages in data resource accumulation, sharing, and allocation, all dispersed parts of computer engineering management can be integrated into an organic whole, enhancing the value creation ability of each part and avoiding impacts on the efficacy of computer engineering management due to management loopholes, management decision errors, or low management technical levels. By relying on a comprehensive information network that connects multiple computer terminals to facilitate the transmission and use of data at each stage, computer engineering management will move toward modernization, intelligence, and efficiency, empowering and enabling enterprises to expand and strengthen[5].

4 Conclusion

Computer engineering management is a discipline that integrates data collection, data processing, data comparative analysis, and comprehensive data management, serving as an indispensable supporting force for the modernization and informatization construction of enterprises. As the scale of enterprises expands and the business scope extends, the data generated within various business activities and business processes of enterprises become more diverse and complex. Traditional computer engineering management can no longer meet the needs of corporate engineering management. The application of electronic information technology in computer engineering management can enhance the quality and efficiency of engineering management, achieve data resource sharing and optimized allocation, reduce the costs of enterprise informatization construction, and provide objective and scientific decision-making support for engineering management, further empowering enterprise development. Therefore, the application of electronic information technology should be intensified to establish a more complete computer engineering management center platform, permeating electronic information technology and computer engineering management into every aspect of enterprise management, thereby leveraging the advantages of technology empowerment and innovation-driven approaches.

The Basic Meaning and Current Status of Digital Campus

A digital campus is based on network information, using computer technology for information collection in teaching and research, and can also be used for life service management. By constructing a digital information platform on campus using computer technology, campus management becomes more efficient and convenient, allowing campus information and activities to be better displayed[2]. The management concept of digital campus is a significant breakthrough in the education industry. In recent years, the public's attention to digital campuses has increased substantially. Although certain achievements have been made in the digitalization process in some areas, there are problems in the construction of digital campuses due to poor fusion of computer technology and traditional educational concepts. Firstly, because China's computer development started relatively late, there is a natural scarcity of talents mastering computer technology, and even more so in the education sector, leading to a relatively low level of digital campus construction. Secondly, although the construction of digital campuses is widely focused on and many schools have invested funds in purchasing computing devices, there is a lack of profound integration with the actual situations of teachers, overlooking teachers' educational philosophies[3]. It's important to note that under traditional educational concepts and teaching modes, advanced teaching devices and equipment are underutilized in digital campus applications. By resolving this fundamental contradiction, the issues of constructing digital campuses in China's vocational colleges will be addressed.

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