Technology Management Practices Research Articles

ENGINEERING MANAGEMENT PERSPECTIVES ON SAFETY CULTURE IN CHEMICAL AND PETROCHEMICAL PLANTS: A SYSTEMATIC REVIEW

This systematic review examines the influence of engineering management practices on cultivating and sustaining a strong safety culture in chemical and petrochemical plants. Given the high-risk nature of these industries, establishing a robust safety culture is essential for mitigating operational hazards, reducing risks, and preventing accidents that can have serious human and environmental impacts. The review synthesizes findings from 135 peer-reviewed studies, focusing on key elements such as leadership commitment, employee engagement, regulatory compliance, safety management systems, and the integration of advanced technologies like automation and artificial intelligence (AI). The results highlight that safety performance in these industries is closely linked to management's active involvement in promoting safety practices, clear communication strategies, and the continuous assessment and improvement of safety protocols. Engineering managers play a critical role in driving safety initiatives and fostering an organizational culture where safety is a shared responsibility. The review also underscores the importance of regulatory compliance as a foundation for safety, while emphasizing that the most successful organizations go beyond compliance to embed safety deeply into their operational practices. Technological advancements, particularly in automation and real-time monitoring, were found to significantly enhance safety outcomes by enabling proactive risk identification and mitigation. Overall, this review offers valuable insights and practical guidelines for engineering managers aiming to strengthen safety protocols, reduce risks, and enhance safety performance in high-hazard industrial environments.

Well control technology and digital intelligent management practice in Zhaodong Oilfield

Abstract Zhao-dong Oilfield is an offshore cooperation project in the mode of “international operation and PetroChina control”, adheres to the principle of “safety and environmental protection first, equal emphasis on production and efficiency”, practices the well control management concept of the whole life cycle, and consolidates the foundation of well control management by continuously optimizing the system and system, adheres to the integrated design of geology and engineering to control the source risk, implements fine trajectory control and anti-collision management to control the process risk, and The digital and intelligent production monitoring system is applied to control dynamic risks and realize the safe, efficient and sustainable development of Zhao-dong Oilfield.

Research Overview of Rural Logistics Distribution System for Agricultural Products

The logistics distribution of agricultural products in rural areas plays a key role in ensuring economic continuity and community welfare. This system connects agricultural producers with local and global markets, ensuring that products remain fresh and of high quality. However, rural logistics faces unique challenges, such as limited infrastructure, long distances, and inadequate technology. Efficiency in this system not only increases farmers' income but also price stability and product availability in the market. This study explores various elements that affect the logistics distribution system in rural areas, including road infrastructure, storage facilities, transportation technology, and distribution mechanisms. This study uses a systematic literature review approach to analyze data related to this topic. The analyzed articles are limited to articles published in the period between 2013 and 2024. The focus areas of global and Indonesian show a difference in research focus, with global scholars placing more emphasis on technological innovation and management practices, while research in Indonesia is more focused on supply chain analysis and distribution strategies. The main challenges of rural logistics in Indonesia include poor road infrastructure, inadequate storage, and price inequality due to intermediaries. Recommended solutions include infrastructure upgrades, the adoption of modern technology, and innovative distribution models such as farmer cooperatives and digital platforms. Further research is needed to identify solutions that can be implemented in different local contexts. This research is expected to make a significant contribution to the development of a more efficient and effective rural logistics distribution system in Indonesia.

The Effect of Project Management System Implementation, BIM Technology, and Cloud Collaboration on Construction Project Efficiency in Riau

This study examines the impact of Project Management System (PMS) implementation, Building Information Modeling (BIM) technology, and Cloud Collaboration on construction project efficiency in Riau, Indonesia. Utilizing a quantitative research design, data were collected from 190 professionals involved in construction projects and analyzed using Structural Equation Modeling-Partial Least Squares (SEM-PLS). The findings reveal that all three factors—PMS implementation, BIM technology, and Cloud Collaboration—positively and significantly influence construction project efficiency. Among these, BIM technology demonstrates the strongest impact, followed by Cloud Collaboration and PMS implementation. The high R² value (0.752) indicates that these factors collectively explain a substantial portion of the variance in project efficiency. This study underscores the importance of integrating advanced technological tools and management practices to enhance project outcomes in the construction industry. The results provide practical insights for construction firms in Riau and similar regions, suggesting that the adoption of BIM, Cloud Collaboration, and PMS can lead to significant improvements in project efficiency.

Machine Learning (ML) Modeling, IoT, and Optimizing Organizational Operations through Integrated Strategies: The Role of Technology and Human Resource Management

In the dynamic contemporary business environment, the efficient optimization of organizational operations is crucial for companies to maintain competitiveness and secure enduring success. To achieve this goal, organizations can leverage a range of elements including human resource management, the Internet of Things (IoT), technology, time management, employee training, development, and customer relationship management. Enhancing operations through these factors offers numerous benefits such as increased productivity, cost efficiency, better decision-making, work–life balance, heightened satisfaction among employees and customers, boosted revenue, improved competitiveness, and sustained success. This research employed a blended research methodology, encompassing quantitative surveys and qualitative interviews, to explore the effective application of these elements in optimizing organizational operations. Additionally, an artificial neural network (ANN) model was utilized to deepen the understanding of the relationships between key parameters and their impacts on organizational outcomes like productivity, efficiency, and competitiveness. The results indicated that technology had the most significant impact at 76.28%, underscoring the substantial influence of new technologies on organizational performance. Moreover, factors like human resource management, employee training and development, and customer relationship management also played significant roles in optimizing operations. The study identified various challenges to implementation, such as resistance to change among employees, lack of technical expertise, integration issues with legacy systems, and incomplete data, along with best practices to overcome these hurdles including regular performance evaluations, robust security measures, and personalized customer experiences. By adopting a holistic approach that integrates internal and external factors, this study offers valuable insights for organizations seeking to improve their operations, enhance productivity, and achieve their goals more efficiently. The findings emphasize the importance of a multifaceted strategy that harnesses technological advancements and efficient human resource management practices to propel organizational success in today’s fast-paced business landscape. Further research on the intricate interactions between these factors can provide additional guidance for organizations striving to enhance their performance and secure long-term competitive advantages.

Quality management and technological innovation in concrete structure construction

Quality management and technological innovation in concrete structure construction is a complex and systematic process, which requires comprehensive measures from multiple perspectives to ensure construction quality. Through continuous technological innovation and quality management practices, the overall quality of concrete structure construction can be effectively improved, contributing to the sustainable development of the construction industry.

Web Engineering Methods in Building a Web-Based School Academic Information System

The advancement of computer technology has paved the way for the development of computer-based information systems, significantly enhancing the efficiency and speed of data processing tasks. In educational settings, particularly in secondary vocational schools, there is a pressing need to transition from traditional manual data handling methods to more sophisticated, automated systems. This study focuses on the development of an academic web application aimed at improving the data processing quality in a secondary vocational school where data is currently managed manually using paper and pen.The existing manual method of processing academic data could be more efficient, prone to errors, and susceptible to data loss. This antiquated approach hinders the school's ability to manage academic information effectively, leading to delays and inaccuracies in data reporting and access. There is a clear necessity for a system that can streamline data processing, ensure data security, and provide easy access to information.The method employed to design this academic information system is web engineering. Web engineering combines engineering principles, management practices, and systematic approaches to create high-quality web-based applications. The development process includes several critical activities: formulation, planning, analysis, engineering, page generation, and testing. The system is implemented using PHP and MySQL, which were chosen for their robustness and reliability in web application development.The development and implementation of the academic information system have demonstrated significant improvements in data processing quality. The system allows for efficient, accurate, and secure handling of academic information. It facilitates quick accessto data from any location, enhancing the practicality of data management. Testing confirmed that all system functions met the predefined requirements, ensuring that the application operates as intended. The introduction of this web-based system has effectively addressed the deficiencies of the previous manual method, providing timely and accurate reporting. This improvement has enhanced the services provided to students, teachers, and principals, leveraging modern technology to achieve greater efficiency in educational administration.KeywordsAcademic, MySQL, PHP, System Information, Web engineering

Technology adoption and management practices used in Canadian cow-calf herds

Canadian cow-calf producers are facing pressure to adopt management practices and technologies that help increase the economic and environmental sustainability, and public perception of beef production. Our aim was to describe technology adoption, management and record keeping practices in Canadian cow-calf herds, assess associations between herd attributes, productivity outcomes and adoption; and identify opportunities for improvement. Surveys from 131 Canadian cow-calf producers recruited through a national surveillance program were analyzed. Individual female records (80%) and feed testing (84%) were commonly reported as currently or occasionally used, followed by on-farm weigh scales (66%). Western herds were likely to utilize feed testing and nutritionists, ionophores, and growth promoting implants, while eastern herds commonly used reproductive technologies. Large herds (>300 cows) were more likely to adopt technologies that aid in data capture (i.e., weigh scales) and follow recommended practices (i.e., feed testing). Paper was the main record keeping format. Production records were commonly utilized for culling and replacement heifer selection. Technology use has increased across the country compared to previous surveys and producers are implementing practices to help increase production efficiency. However, there is an opportunity to increase use of technologies that support individual animal and herd data to help inform ranch decisions.

Assistance in Fattening Goat Farming Business: Diversification Strategy and Productivity Improvement "Gus Shor Farm" Kanugrahan Maduran Lamongan Village

The development of Goat Farm Fattening Business "Gus Shor Farm" in Kanugrahan Village, Maduran, Lamongan is a strategic effort in increasing the productivity and sustainability of goat farming business. In this context, diversification strategies and productivity improvement are the main focus. The study aims to analyze local market potential, identify business diversification strategies, and design measures to increase goat farm productivity. Research methods used include field surveys, stakeholder interviews, and data analysis. The results showed that the demand for goat meat in the local market continues to increase, providing a great opportunity for "Gus Shor Farm" to develop a goat fattening business. Business diversification strategies include the development of processed goat products such as sausages, jerky, and goat cheese, which can increase the added value and attractiveness of products. In addition, productivity improvement is carried out through the application of technology and efficient management practices, including the use of high-quality feed, good livestock health management, and selection of superior goat breeds. By implementing this strategy, "Gus Shor Farm" can increase income, reduce financial risk, and contribute to economic and social development in Kanugrahan Village, Maduran, Lamongan.

Relationship Between the Application of ICT and Effective Planning in Federal Universities of Northern Nigeria

Relationship Between the Application of ICT and Effective Planning in Federal Universities of Northern Nigeria

From Field to Feed trough: Examining the Drivers of Feed and Fodder Technologies Uptake among Pastoral Beef Farmers in Kenya

Adoption of technologies and effective management practices in the pastoral beef systems are necessary for improved productivity and resilient agricultural systems. This study examined the factors influencing the adoption of Technology Innovations and Management Practices (TIMPs) among pastoral beef farmers in Isiolo and Kajiado counties. Employing a cross-sectional approach and utilizing the Seemingly Unrelated Regression (SURe) model, the research explores the intricate dynamics that shape farmers' decisions regarding three key TIMPs; planted fodder, feed supplementation, and fodder conservation. Using a systematic sampling technique, a sample size of 619 pastoral farmers was adopted. This research seeks to uncover the underlying motivations and barriers, understanding the complex relationships between resource accessibility, socio-economic considerations, and the role of extension services in facilitating technology adoption. The research underscores the importance of addressing specific barriers, including limited access to resources and socio-economic constraints faced by these farmers. The evidence-based strategies derived from this research paves the way for scientifically informed interventions to propel the livestock sector in Kenya towards a sustainable future. The study's recommendations emphasize the need for targeted policies that prioritize market accessibility, technology awareness and information access, thus effectively supporting the adoption of TIMPs among pastoral beef farmers. Implementing these recommendations contributes to strengthening of resilience of the livestock sector and the advancement of sustainable agricultural practices in Kenya.

Examining Innovation through Technology Management in Manufacturing Firms: Empirical Insights

In today’s interconnected global scene, the importance of technology management in defining the modern economy, especially within industrial businesses, cannot be overemphasized. These companies continually invest in and incorporate new technology, encouraging innovation in both product creation and manufacturing processes. This deliberate use of technology is a tried-and-true technique for increasing operational efficiency and effectiveness while also strengthening global competitiveness by managing the risks associated with changing market demands. This study delves deeply into the complex elements that influence innovation and technology management practices in manufacturing businesses, with a particular emphasis on the Ethiopian setting. Despite the global demand for innovation, Ethiopian manufacturing enterprises have struggled to build a notable reputation in their field for pioneering inventions. This paper includes the perspectives of scholars, industry experts, consultants, and direct involvement from manufacturing firms. A cross-sectional methodology is used to collect data from several stakeholders at a certain point in time. The Pareto chart’s analytical capabilities are used to condense meaningful findings, allowing for the discovery and prioritization of impediments to manufacturing innovation. The study’s findings highlight formidable barriers to innovation in manufacturing firms, including a lack of well-defined innovation strategies, an absence of innovative leadership, a scarcity of qualified and creative talent, limited access to innovation funding, and a general lack of awareness about technological advancements and innovative best practices. These insights provide a substantial contribution to expanding the innovation environment within industrial enterprises, increasing resilience and global competitiveness.

The influence of information technology, administrative management and knowledge management practices on the success of e-government in Indonesia

The high quality of public services is a guarantee for the public of easy and efficient access. Good quality public services can help increase people's productivity, reduce unnecessary bureaucracy, and encourage more active participation from all walks of life. In addition, government transparency serves as the main basis for building a relationship of mutual trust between the government and society. Through the application of information and communication technology, E-Government allows the government to provide public services more efficiently, quickly and easily. This research aims to analyze the influence of information technology, administrative management, and knowledge management practices on the success of E-Government. This type of research is quantitative research using a questionnaire. Respondents were selected using a random sampling method from various groups in the public sector in the DKI Jakarta province. A total of 380 questionnaires were distributed to respondents, and 264 questionnaires were successfully returned. However, there were 21 questionnaires that were not filled in completely. Finally, 243 questionnaires were analyzed further. Questionnaire measurements used a Likert scale of 1 - 7. The data in this study were analyzed using SmartPLS 4 software. The results of this study conclude that the implementation of information technology has a significant relationship with knowledge management practices. However, the relationship between information technology and e-government in this study was not proven to be significant. Administrative management has a significant relationship with knowledge management practices but has no significant effect on E-Government. Knowledge management practices have a significant influence on E-Government and there is interaction between information technology and knowledge management practices, as well as between administrative management and knowledge management practices on E-Government.

The Impact and Practice of Digital Technology Management on the Transformation and Upgrading of Traditional Industries

The Impact and Practice of Digital Technology Management on the Transformation and Upgrading of Traditional Industries

ПРОБЛЕМИ МОДЕРНІЗАЦІЇ ТРАНСПОРТНОГО ЗАБЕЗПЕЧЕННЯ ПІДПРИЄМСТВ В АГРАРНОМУ СЕКТОРІ ЕКОНОМІКИ

The article addresses the critical issue of modernization of transport support for the effective functioning of the agricultural sector of the economy. It is proven that today the material and technical support of the agricultural sector is experiencing a crisis and urgently requires modernization. Reforms in agriculture are changing the needs and creating market foundations for farms, procurement organizations, and processing enterprises, necessitating a reevaluation of the entire logistics and transportation infrastructure. The current state of the fleet of agricultural enterprises leads to significant difficulties in farming operations and ensuring the quality of agricultural products. Many agricultural enterprises face challenges with outdated and inefficient transport equipment, which increases operational costs and decreases productivity. It is noted that the evolving needs of agricultural enterprises in trucks, tractors, and other mechanisms are becoming increasingly objective and critical, underscoring the necessity for a modern, reliable transport infrastructure. Problems with the physical wear and tear of the material and technical base of agricultural enterprises are compounded by the increasing competition among transport enterprises and the complexity of transport maintenance. These challenges demand a review of scientific approaches and innovative management solutions. A holistic strategy is essential to address these issues, considering the interplay between ecological sustainability, economic viability, and social responsibility. For the effective operation of the agricultural sector, it is necessary to modernize the transport system to align with contemporary market conditions. This modernization should integrate ecological, economic, and social factors of the external environment, ensuring that transport solutions are sustainable and efficient. A comprehensive approach is required, involving the adoption of advanced technologies, the development of integrated transport networks, and the enhancement of logistical coordination. Key initiatives include the procurement of new transport units and equipment, the establishment of a unified electronic transport system, and the modernization of the infrastructure of auto transport enterprises and farms. Implementing these initiatives will lead to significant improvements in the efficiency and reliability of transport services, reducing downtime and operational costs. Moreover, the development of new management methods based on mutual benefits between motor transport companies and customers of services in the agricultural sector is crucial. These methods should focus on creating synergies through collaboration and shared goals, enhancing the overall efficiency and productivity of the agricultural sector. Addressing the modernization of transport support in the agricultural sector involves a multi-faceted approach that considers the dynamic needs of modern agriculture. By focusing on technological advancements, infrastructure improvements, and innovative management practices, the agricultural sector can overcome current challenges and achieve sustainable growth and development.

Intelligent Decision Support System for Building Project Management Based on Artificial Intelligence

With the deepening of research on artificial intelligence (AI) technology in the field of computer science and the improvement of its social influence, the effective combination of AI technology and engineering project management practice has become a hot topic of discussion in the field of engineering project management. In the application research of AI in engineering project management, most of them use data-driven models to solve project management problems, improve data insight and improve the speed and quality of project management decision-making. Decision support systems have been developed on the basis of management information systems, but they have rarely been successfully applied in project management. The decision support system based on data warehouse is a new level of development in decision support systems, providing an effective way for projects to achieve real-time decision-making, thereby achieving synchronous, integrated, and optimized dynamic management of project progress, cost and function, and improving the timeliness and scientificity of decision-making. Therefore, this article proposes the theoretical framework and architecture of a construction project decision support system based on data warehousing. Then, this article proposes a deep belief network (DBN) evaluation method to evaluate the performance of the system, and the results show that the proposed method has superior performance.

Experimental studies on airborne transmission in hospitals: A systematic review

Experimental studies can provide understanding, knowledge and real-case empirical evidence on the effects of building ventilation and environmental factors on airborne transmission in hospitals. Information obtained from existing studies gives insight into formulating engineering solutions and management practices to combat nosocomial airborne infections. A systemic review was conducted to summarize the experimental methods, research interests, useful results and limitations. With a steady but slow trend of increasing interest, experimental studies have been focusing mainly on the effects of ventilation systems, strategies and configurations on airborne transmission. The dispersion of bioaerosols under the combined effects of environmental factors, emission scenarios and human movement was investigated. Localized ventilation, air purifiers and disinfection technologies were also examined. The experimental techniques and some useful insights on optimal ventilation strategies and management practices were summarized and highlighted. Limitations of the empirical studies included sampling difficulties, limited scale and a number of testing scenarios, uncontrolled/unconsidered influencing factors and the media for experimentations. Using IoT-based sampling devices for experiments and real-time monitoring of bioaerosols or their surrogates, field surveys on a case-by-case basis in hospitals and interdisciplinary studies and collaborations could help overcome the research challenges and provide practical and effective solutions to minimize airborne transmission in hospitals.

Evaluation of ecological buffer zone based on landscape pattern for non-point source pollution control: A case study in Hanjiang River basin, China

The deterioration of ecological environment caused by non-point source pollution (NPS) has seriously threatened human health and socioeconomic development. Effective identification of critical source areas and selecting appropriate best management practices (BMPs) for watersheds are the keys to controlling NPS. This paper, using Hanjiang River basin, the vital water source for the South-to-North Water Division, China, as a case study, presents a method for accurate critical source areas dentification according to the spatial distribution characteristics of underlying surface and pollution load by coupling NPS risk index (NPPRI), Minimum Cumulative Resistance (MCR) Model, and Soil and Water Assessment Tool (SWAT). In this research, ten single and three combined scenarios are set up in the critical source areas, including three non-engineering management practices, two engineering management practices, and five ecological buffer zones. Finally, the effect of BMPs for non-point source pollution is assessed by using landscape pattern theory and information entropy method. Furthermore, the influences of the five ecological buffer zones on the characteristics of landscape in watershed and the response relationship between the landscape pattern and NPS are analyzed. The following findings are obtained: (1) The critical source areas were mainly located in the south-central and southeastern part of the study area, accounting for 35.9 % of the total watershed area, and yielding 54.2 % and 60.7 % of the total nitrogen(TN) and total phosphorus(TP) loads in the watershed; (2) All ecological buffer zones play a positive role in NPS control with an average reduction rate of 32.1 % for TN and 46.7 % for TP, and the control effectiveness for TP are better than that for TN; (3) The deployment of the five ecological buffer zones have a significant impact on the interspersion juxtaposition index (IJI), the connectivity of the “sink” landscape is enhanced, the diversity of the “source” landscape is reduced and the “sink” landscape’s ability of interception is boosted; (4) The calculation result of information entropy shows the highest attribute value of practices in the ecological buffer zones is Buffer 200 m. Overall, the findings serve as a reference for NPS control and water environment management in the watershed and strengthen the feasibility of implementing of BMPs in the watershed.

The impact of financial technology and risk management practices on corporate financial system profitability: evidence from Kuwait

A vital element of the stability of banking institutions is the presence of an effective risk management system, as well as the financial stability of the corporate sector of the economy in terms of the fulfilment of assumed credit obligations. This study investigates the relationship between financial technology (Fintech) adoption, risk management practices and corporate profitability in Kuwait. The object of the study was 62 industrial enterprises registered on the stock market of Kuwait as of 2022. Methods of descriptive statistics, least squares method for estimating regression model parameters, and correlation analysis served as methodological tools of this study. This study aims to overcome the gaps in theoretical justification and empirically prove the existence of a relationship between the implementation of financial technologies and risk management methods. The results showed a positive correlation between the development of financial technologies and return on assets (correlation coefficient 0.6540), which indicates that implementing innovative financial technologies will contribute to improving the efficiency of banking institutions. The strong and positive correlation between the effectiveness of risk management and the profitability of business entities emphasizes the importance of responsible risk management practices for increasing banking institutions’ profitability. Based on the results of building a regression model, it was established that fintech has a significant impact on indicators of the return on equity of economic entities (р<0.050, t = 1.7700). The originality of this study lies in its focus on Kuwait and the Middle East as a whole and in its exploration of the relationship between corporate financial system profitability, risk management strategies and Fintech adoption. The use of innovative technologies (advanced analytics, artificial intelligence and blockchain) increases the effectiveness of risk management, which contributes to rational decision-making and a better understanding of the banking institution’s potential risks and development opportunities. This study contributes significantly to the existing literature by highlighting the relationships between financial technology innovation adoption, risk management and business financial performance in a market environment in the Middle East.

Achieving operational excellence in midstream gas facilities: Strategic management and continuous flow assurance

Operational excellence in midstream gas facilities hinges on effective strategic management and continuous flow assurance. The midstream sector, which encompasses transportation, storage, and processing of natural gas, is critical to maintaining supply chain integrity. Achieving operational efficiency in these facilities requires a multifaceted approach, integrating technological innovations, risk management, and sustainability practices. A key strategy involves optimizing pipeline infrastructure, ensuring continuous and safe gas flow through robust flow assurance techniques. These techniques include advanced monitoring systems, predictive maintenance, and automated control systems that help prevent disruptions caused by hydrate formation, corrosion, or blockages. Adopting predictive analytics further enhances the reliability of the gas flow by identifying potential risks before they escalate into operational failures. Strategic management plays a pivotal role in ensuring that all facets of midstream operations align with regulatory compliance, cost efficiency, and environmental stewardship. Efficient resource allocation, personnel training, and stakeholder engagement are essential to maintaining high performance levels. Moreover, integrating sustainable practices, such as minimizing methane leaks and reducing energy consumption during processing, contributes to both operational excellence and regulatory adherence. Continuous improvement frameworks, such as Lean Six Sigma, are crucial for fostering a culture of excellence and ensuring that midstream operations remain competitive and resilient in a rapidly evolving energy market. These frameworks drive process optimization, reduce waste, and improve safety standards, ultimately enhancing profitability and reducing environmental impact. The future of operational excellence in midstream gas facilities lies in leveraging digital transformation. The use of digital twins, IoT-enabled sensors, and data analytics enhances real-time decision-making, improving the reliability and safety of gas operations. In conclusion, achieving operational excellence in midstream gas facilities demands a combination of strategic management, continuous flow assurance, and the integration of cutting-edge technologies. These efforts ensure that midstream gas operations remain efficient, safe, and sustainable in a competitive and evolving energy landscape.