Industrial Management Research Articles

A Systematic Review on the Social Impact of Green Management in Construction Industry

A Systematic Review on the Social Impact of Green Management in Construction Industry

Impact of Knowledge Management on Industrial Performance: Evidence from Nepalese Industrial Estate

Background: Knowledge management is crucial for industrial success and continuity, playing a vital role in the management of industries. Effective knowledge management can lead to improved performance and competitive advantage. Objective: This study aims to understand the impact of knowledge management on industrial performance in the Kathmandu Valley, Nepal, focusing on both tacit and explicit knowledge. Method: The study is grounded in the Organizational Knowledge Creation Theory and follows an explanatory research design. A total of 173 managers from various industries within Kathmandu Valley were interviewed using a structured questionnaire facilitated by the Kobo Toolbox. The data were analyzed using Structural Equation Modeling (SEM) with SPSS and AMOS software to examine the relationship between knowledge management practices and industrial performance. Result: The findings reveal that both tacit and explicit knowledge have a significant positive impact on organizational performance. The ability to rapidly gather, document, and share information within an organization enhances industrial performance. Conclusion: The study concludes that effective knowledge management is essential for maximizing industrial performance in Nepalese industrial estates. The emphasis on a culture of information documentation and sharing within organizations can lead to substantial performance improvements. Paper Types: Research Paper Key Words: Knowledge management, organizational performance, industrial estates, SEM, Kathmandu Valley JEL Classification: D83, L25, P27

Harnessing the Potential of Whey in the Creation of Innovative Food Products: Contributions to the Circular Economy

Food waste and by-products are intricately linked to sustainable food production, as reducing waste can play a significant role in achieving a more sustainable and efficient food system. Sustainable utilization and recovery of by-products can significantly contribute by creating strategies that can lead to cost savings and increased efficiency across the food supply chain. Worldwide, more than 40% of whey from cheese production is discarded, resulting in the loss of valuable nutrients and potentially polluting the environment. Effective use of whey reduces environmental impact and enhances manufacturing sustainability. Thus, a circular approach to food waste management in the dairy industry supports sustainability goals and creates opportunities for innovation. Whey contains most of the soluble components of milk, including a large number of serum proteins and all the essential amino acids, making it suitable for producing beverages with high nutritional value. This study aims to produce whey-based beverages with different additions to obtain dairy products with high nutritional value. Three different ingredients, sea buckthorn, ginger, and cinnamon, were chosen for their numerous health benefits to the consumer. Six samples were prepared utilizing both unmodified and deproteinized whey in a 75% proportion, with the addition of 25% sea buckthorn juice, 0.75% ginger juice, and 0.2% cinnamon powder. The resultant samples were packaged in 200 mL bottles and maintained at a controlled temperature of 6 °C to ensure optimal preservation. Given the paramount importance of consumer acceptability in novel beverage development, a comprehensive evaluation was conducted to assess the sensory properties of the formulated beverages. In addition, physico-chemical properties and their evolution over 14 days of storage were examined. The sample containing whey, sea buckthorn juice, ginger juice, and cinnamon powder received the highest marks from the tasters. The values of the physico-chemical parameters varied depending on the type of whey used and the storage period. Thus, a pH of approximately 5 and an acidity between 30 and 80 °T were recorded. The average lactose content was 4%, the average protein content was 2.5%, and the total soluble solids content was 11.5 °Brix. The beverages developed in this study represent viable alternatives for diversifying food production through sustainable, environmentally friendly technological variants. By applying circular economy principles, these products contribute to reducing food waste in the dairy industry.

Roles of big data analytics and organizational culture in developing innovation capabilities: a hybrid PLS‐fsQCA approach

Big data analytics creates and consolidates competitive advantage by providing insights on data with enormous variety, velocity, and volume to firms. However, many companies' investments in big data analytics were unsuccessful, and they could not gain full advantage of these technologies. This study investigates the impacts of big data analytics capabilities on innovation quality and speed by considering organizational learning culture as a moderator. The study's data are obtained from a survey of 221 managers in the manufacturing industry. We integrate the Partial Least Squares (PLS) technique and fuzzy‐set Qualitative Comparative Analysis (fsQCA) to perform the analysis. The findings of PLS indicated that big data analytics capabilities positively influence both innovation quality and speed. However, innovation quality influences both market performance and financial performance, and innovation speed only affects market performance. Organizational learning culture negatively moderates the impacts of big data analytics on innovation speed and quality. fsQCA uncovered four solutions with varied combinations of factors that predict the high market and financial performance. The theoretical and practical implications are explained at the end of the paper.

Impact of Total Quality Management and Agile Manufacturing on Performance in the Apparel Industry: A Moderating Role of Higher Management Commitment

This study investigates the impact of Total Quality Management (TQM) and Agile Manufacturing (AM) on the performance of apparel mills, while also exploring the moderating role of Higher Management Commitment (HMC). The goal is to assess whether TQM and AM enhance mill performance and whether HMC amplifies these effects. The research adopts a quantitative approach using data from 104 respondents across various apparel mills in Karachi, Pakistan. A structured questionnaire was employed, measuring TQM, AM, Operational Safety (OS), Training, and HMC using a 5-point Likert scale. Regression and correlation analyses were conducted to evaluate relationships between the variables. The results indicate that both TQM and AM have significant positive effects on apparel mill performance, with training also showing a strong correlation. However, OS did not demonstrate a significant impact. Furthermore, HMC significantly moderates the relationship between TQM and training on mill performance but does not moderate the relationship between AM and OS. The findings suggest that managers in the apparel industry should focus on implementing TQM and AM to enhance performance, while also fostering strong managerial commitment to maximize these benefits. This study contributes to the existing literature by integrating TQM, AM, and HMC, providing a comprehensive understanding of their effects on apparel mill performance

Adaptation of Islamic Finance to the Performance of MSMEs in the Halal Food Industry

Research Originality: The findings of this research will contribute to the Islamic finance literature by answering the research gap between the relationship between MSME adaptation of Islamic finance implementation and MSME performance and providing practitionerinsight for policymakers and MSMEs in the halal food industry.Research Objectives: This study aims to determine the adaptation of Islamic finance to the performance of MSMEs in the halal food industry. Research Methods: The method used a quantitative and explanatory approach. The number of samples in this study was 212 MSME units taken by simple random sampling (SRS). The number of samples in this study is based on the needs of the analytical tools used. The analysis technique used is the structural equation model (SEM) approach with the help of the LISREL program.Empirical Results: The main findings show that halal industry MSMEs that adapt to Sharia finance tend to have a higher level of innovation than those that do not. Data shows that financing by Sharia principles enables MSMEs to allocate their resources more effectively, strengthening their ability to innovate in products and services. Innovations carried out by halal industry MSMEs that adopt a Sharia financial approach are more consistent with Sharia values, which leads to increased acceptance by Muslim consumers.Implications: MSME halal industry managers may consider adopting Islamic finance strategies as part of their business plans. This adoption includes using Sharia financing, investing according to Sharia principles, and managing their finances according to Sharia values. Managers also need to actively develop networks and collaborate with other stakeholders, including Sharia financial institutions, educational institutions, and other companies in the halal industry ecosystem.JEL Classification: D14, G21, L25How to Cite:Gunarto, M., & Yanti, P. (2024). Adaptation of Islamic Finance to the Performance of MSMEs in the Halal Food Industry. Etikonomi, 23(2), 369 – xx. https://doi.org/10.15408/etk.v23i2.34271.

Uncovering pathways towards sustainable transportation: Investigating factors influencing societal acceptance of end-of-life vehicle management in Indonesia.

Addressing the critical environmental challenge of end-of-life vehicle (ELV) management in Indonesia's transportation industry, this study investigates the complex interplay between societal factors and technical adoption. We use a comprehensive survey and path analysis to investigate the relationships between demographic characteristics (gender, age, income and education) and ELV acceptance, revealing complex preferences and concerns across several population groups. Comparative analyses with previous research reveal gender-specific inequities and age-related problems, emphasizing the importance of customized measures. Our findings indicate that environmental concerns exhibit a significant positive relationship with community acceptance (path coefficient = 0.426, p < 0.001). Moreover, technological familiarity (path coefficient = 0.352, p < 0.001) and infrastructure availability (path coefficient = 0.518, p < 0.001) demonstrate noteworthy positive associations, emphasizing the role of knowledge and accessible infrastructure in promoting acceptance. Conversely, the cost of adoption exhibits a negative relationship with societal acceptance (path coefficient = -0.269, p < 0.001), suggesting potential challenges that must be addressed. Mediation analysis uncovers the mediating roles of information exposure, perceived safety, as well as convenience and accessibility. Total effects analysis validates the collective influence of crucial factors while acknowledging the potential hindrance posed by the cost of adoption. Our findings contribute to inclusive policies and initiatives for sustainable ELV practices, offering insights to address a critical environmental issue in Indonesia. Although acknowledging limitations in scope and methodology, our research advances the discourse on sustainable transportation transitions and guides strategies to promote responsible ELV management in pursuing a greener and more socially equitable future.

Global trends and future research resources-based view theory in management science through a scoping review and bibliometric analysis

The objective of this study was to analyze recent research conditions and future research themes related to the resource-based view (RBV). The scoping review and bibliometric analysis (ScoRBA) method was used in this study. The data sources of this study were 171 scientific articles collected from Scopus. This study was conducted to visualize the results of the bibliometric analysis via co-occurrence analysis and thematic maps via VOSviewer software. The keyword used to find the scientific articles was a resource-based view, which was sought in the titles, abstracts, and keywords. The selected articles were scientific articles published from 1997--2024. The data analysis used in this research was through a co-occurrence analysis applied to the citations of the scientific articles, authors, and countries. The results of this study revealed six clusters of research variables related to the RBV, e.g., cluster 1 (capability, competitiveness, company performance, and strategy), cluster 2 (competitive advantage, personal management skills, investment, project management, and resource management strategies), cluster 3 (entrepreneurship, human resources, innovation, and social capital), cluster 4 (industrial management, information management, information technology, resource allocation, and planning strategies), and clusters 5 and 6 (intangible resources, profitability, corporate sustainability, and institutions). In addition, the future research themes associated with the RBV include dynamic capabilities, financial resources, human capital, profitability, and competitive ability.

Sustainable Geopolymer Concrete for Pavements: Performance Evaluation of Recycled Concrete Aggregates in Fly Ash-Based Mixtures

This study investigates the feasibility of incorporating recycled concrete aggregates (RCA) into fly ash-based geopolymer concrete for sustainable pavement applications. The research evaluates RCA’s physical and mechanical properties compared to virgin coarse aggregates (VCA) and assesses the performance of geopolymer concrete mixtures with up to 40% RCA replacement. Aggregate characterization revealed that RCA exhibited higher water absorption (4.39%), crushing value (20.9%), impact value (28.2%), and abrasion value (26.1%) compared to VCA, yet these values remained within acceptable limits for pavement applications. Geopolymer concrete specimens were tested for compressive strength, water absorption, abrasion resistance, and chloride ion permeability. Results indicated that increasing RCA content led to a gradual decrease in compressive strength, from 40.16 MPa to 33.52 MPa, while water absorption increased from 5.2% to 6.8%. Abrasion resistance declined as RCA content rose, and chloride ion penetrability increased from 1687 to 2196 coulombs. However, mixtures with up to 20% RCA replacement met the strength and durability criteria required for pavement construction. This study demonstrates the potential for utilizing RCA in geopolymer concrete pavements, offering a sustainable solution for waste management and resource conservation in the construction industry.

PSVII-28 Unraveling the mechanisms governing boar semen quality during chilled storage

Abstract Artificial insemination (AI) appears as a core of reproductive management in the hog industry. AI involves the use of chilled semen doses meeting routine thresholds for motility (≥ 70%) and morphology (≥ 80%) at collection. However, semen doses meeting these standards exhibit a gradual decline in sperm quality, with likely divergent profiles during preservation that impact fertility outcomes. Hence, this study aims to unravel the sperm quality dynamics of boar semen doses during 7-d chilled storage at 17ºC. Semen doses (n = 25) from proven-fertile Duroc boars were provided by a commercial hog farm (Prestage Farm, MS) and transported to the laboratory within 30 min of collection. Each semen sample was aliquoted and analyzed on the day of collection (d 0) and after 7 d of storage (d 7) at 17°C. Sperm total motility (TM), progressive motility (PM), and normal morphology (NM) were assessed using a computer-assisted sperm analyzer (CASA; CEROS II, IMV Biotechnologies). Apoptosis (Annexin V/7-AAD), viability (Propidium iodide – PI), and intracellular reactive oxygen species (ROS; DCFH-DA) were evaluated using flow cytometry. Total antioxidant activity (TAOC) and lipid peroxidation (malondialdehyde; MDA) were assessed using commercial kits (Cayman Chemical). Data analysis was conducted using parametric statistics (SPSS), with P &amp;lt; 0.05 considered significant. Results were presented as mean ± SEM. Data analysis confirmed the significant decrease of CASA parameters, particularly TM from d 0 to d 7 (78.87 ± 1.37 vs. 73.19 ± 1.98%), with extreme variance on d 7 allowing to discriminate high motility (HM, n = 6) vs low motility (LM, n = 6) semen doses. HM doses evidenced significantly greater (P &amp;lt; 0.05) TM (83.73 ± 1.17%), PM (36.07 ± 1.11%), and NM (89.45 ± 2.30%) compared with LM doses (TM: 59.40 ± 3.35%, PM: 16.57 ± 3.25%, NM: 79.93 ± 2.61%) on d 7. Unlike HM samples, which were comparable between d 0 and d 7, LM doses displayed significantly greater proportions of apoptotic and viable cells, and increased intracellular ROS levels on d 0. Likewise, LM samples revealed significantly greater (P &amp;lt; 0.05) proportions of apoptotic cells (3.69 ± 1.66%), dead cells (38.41 ± 3.71%), and cells with intracellular ROS (36.21 ± 3.62%) than HM samples (apoptotic cells: 0.03 ± 0.02%, dead cells: 4.73 ± 4.65%, ROS: 5.34 ± 4.91%) on d 0; however, only the proportions of dead cells displayed significant increase in LM on d 7. MDA concentrations were comparable between HM and LM samples on d 0. However, on d 7, LM samples exhibited significantly greater MDA concentrations than HM samples. In contrast, TAOC was significantly greater in HM samples (2.53 ± 0.14 mM) compared with LM samples (2.17 ± 0.07 mM) on d 0. In conclusion, semen samples with similar gross characteristics at collection exhibited differential responses during storage. Their initial redox potential and apoptosis-like changes may contribute to their varying ability to withstand prolonged storage. Work supported by USDA-ARS grant# 6066-31000-015-00D.

Optimizing paper sludge content and particle size to enhance particleboard properties

The pulp and paper industry generates vast quantities of paper sludge, posing significant environmental challenges due to its disposal in landfills or incineration. This study explores the potential of valorizing paper sludge by incorporating it into particleboard production. It aims to optimize sludge content and particle size to enhance board properties—a novel approach to waste management in the wood composites industry. Through systematic variation of sludge content (0–25%) and particle size (< 0.5 to > 2 mm), we assessed the mechanical and physical properties such as internal bond strength (IB), modulus of rupture (MOR), modulus of elasticity (MOE), water absorption (WA), and thickness swelling (TS). The findings indicate that incorporating paper sludge at moderate levels (5–15%) with optimized particle sizes (< 1 mm) significantly improves the mechanical properties of the particleboard, including increased IB, MOR, and MOE while reducing WA and TS. Principal Component Analysis (PCA) further supported these results, revealing that higher-density boards with enhanced mechanical properties absorb less water, highlighting the interrelationship between structural integrity and moisture resistance. The PCA also identified thickness swelling as an independent factor, suggesting that while mechanical properties can be optimized, additional strategies are needed to control swelling. In conclusion, this study demonstrates that up to 15% paper sludge can be effectively used in particleboard production without compromising quality, provided particle size is carefully controlled. This approach not only offers a sustainable solution for managing paper sludge but also contributes to the development of eco-friendly composite materials, aligning with circular economy principles.

Second Victims in Industries beyond Healthcare: A Scoping Review.

The second victim phenomenon (SVP) refers to workers negatively impacted by involvement in unanticipated adverse events or errors. While this phenomenon has been extensively studied in healthcare since its acknowledgment over 20 years ago, its presence and management in other high-risk industries have remained unclear. We conducted a scoping review aiming to map the SVP in non-healthcare industries, as well as to explore the available interventions or support programs addressed to help second victims (SVs). A total of 5818 unique records were identified and, after the screening process, 18 studies from eight sectors were included. All industries acknowledged the existence of the SVP, though many did not use a specific term for defining the SV. Similarities in psychological and emotional consequences were found across sectors. Support strategies varied, with the aviation sector implementing the most comprehensive programs. Self-care and peer support were the most reported interventions, while structured clinical support was not mentioned in any industry. Our review highlighted a lack of standardized terminology and industry-specific, evidence-based support interventions for the SVP outside of healthcare. Healthcare appears to be at the forefront of formally recognizing and addressing the SVP, despite traditionally learning from other high-reliability industries in safety practices. This presents opportunities for reciprocal learning and knowledge transfer between healthcare and other high-risk sectors.

Spatio-temporal evolution of water erosion in the western Songnen Plain: Analysis of its response to land use dynamics and climate change

Preventing water erosion is crucial for maintaining ecosystems and ensuring food security, necessitating a comprehensive understanding of the spatial and temporal patterns of water erosion and its underlying drivers. In the context of global warming, analyzing the impacts of land use dynamics and climate change on water erosion contributes to effective land management and sustainability of both industry and agriculture. This study aims to analyze the spatial distribution of water erosion in the western Songnen Plain from 1990 to 2020 using the Revised Universal Soil Loss Equation (RUSLE), with a focus on assessing the impacts of land use and climate on water erosion. The results revealed a 7.1 % increase in the area experiencing water erosion above light levels in the western Songnen Plain. The hotspots for water erosion were located in the southeast and northwest of the study area. The rapid expansion of farmland and land salinization, leading to reduced vegetation cover and soil property deterioration, were the main causes of intensified water erosion in the region before 2000. Although water erosion was slightly alleviated after 2000, the further expansion of farmland, the worsened water erosion intensity in alkaline land and frequent extreme weather still posed serious threats to water erosion in the study area. Water erosion was positively correlated with temperature and dry/wet alternation events, including frequency, duration, and severity. In addition, land use type was the main factor influencing the heterogeneous distribution of water erosion in the western Songnen Plain, whose interaction with dry/wet alternation events had the strongest explanatory power. Therefore, this study calls for the implementation of soil and water conservation measures to mitigate the impacts of land cultivation, salinization, and climate change on water erosion.

Pine woodland fire dynamics mirror industrial history at New River Gorge National Park and Preserve, West Virginia, USA

Fire is an important biophysical process in pine (Pinus) and mixed pine-oak (Quercus) forests and woodlands across the Central Appalachian Mountains. Decades of fire exclusion, however, particularly on public lands, have resulted in a well-documented homogenization of species composition and forest structure. Our objective was to inform management and restoration efforts by expanding on previous dendroecological research at New River Gorge National Park and Preserve and adjacent Babcock State Park in southern West Virginia. Specifically, we assessed pine woodland fire activity in the context of local industrial history, land management, and regional drought. Samples cut from 110 fire-scarred pine trees, distributed across four sites, were used to develop a fire-scar record that spans the period 1842–2010; however, sample depth diminishes rapidly before the 1860s. Fires occurred frequently and extensively in the early–mid 20th century, coinciding with peak coal production and population density. Eleven major fires, or years when at least two trees and 25 % of samples recorded a fire scar at an individual site, were documented in the tree-ring record, but none occurred during the federal land management era (1978–present). Synchronous fire events recorded at two or more sites were associated with drier than average September–May (‘dormant season’) climate conditions. Our results indicate that, since the late 19th century, fire activity in pine woodlands at the New River Gorge has been driven primarily by human ignitions associated with industrial activities, and that periods of drought have amplified landscape-scale fire occurrence. Land managers should consider these historical fire patterns when developing restoration strategies that may include prescribed fire, thinning treatments, and managed wildfires.

Comparative Analysis of Traditional Wealth Management Services vs. AI-Based Wealth Management Software

The integration of artificial intelligence (AI) is transforming the wealth management industry. This paper compares traditional wealth management with AI-based solutions to assess their value to customers, focusing on factors like cost, customization, accessibility, performance, and accuracy. Traditional wealth management offers personalized human interaction, expert advice, and tailored financial planning but often comes with higher costs and limited scalability. In contrast, AI-based wealth management uses advanced algorithms and data analytics for scalable, efficient, and cost-effective services, though it may lack the personal touch of human advisors. The study finds that traditional wealth management excels in comprehensive planning and trust-based relationships, crucial for clients with complex needs. AI-driven solutions enhance accessibility and affordability, providing sophisticated insights to a wider audience. However, concerns about personalization quality and data reliance remain. The research suggests that a hybrid model combining traditional and AI-based approaches may offer the best solution, leveraging AI’s efficiency while maintaining personalized service and expert advice. Overall, this paper provides valuable insights for financial planners, identifying strategies to enhance value in the evolving wealth management field. Keywords: Wealth Management, Artificial Intelligence (AI), Financial Planning, AI-based Solutions, Personalized Financial Advice, Hybrid Wealth Management.

Using waste to treat waste: Utilizing pickling liquor for detoxification and extraction of valuable elements from electroplating sludge

Addressing the urgent need for sustainable solutions in waste management, this study focuses on the pivotal task of recycling heavy metals from electroplating sludge (ES), a critical issue both environmentally and economically. The research introduces a novel leaching process utilizing pickling liquor as a reagent to extract valuable metals from the sludge. Key parameters such as agitation speed, solid to liquid ratio (S/L), temperature, and duration were examined to optimize the leaching rate. Results revealed impressive extraction rates, with 92.33 % Cr, 89.49 % Cu, and 89.59 % Ni extracted within 120 min from S/L 10 g/L, at 300 rpm, and 25 °C. However, it was noted that increasing temperature negatively impacted the leaching rate and led to the formation of undesirable compounds. X-ray diffraction (XRD) analysis identified gypsum and potassium jarosite as predominant compounds formed on the leaching residues at different temperatures of 25 °C and 45 °C. Field emission scanning electron microscopy (FE-SEM) illustrated significant morphological changes in the residues, indicating the influence of temperature on compound formation. Additionally, environmental risk assessment of the residues was conducted using synthetic precipitation leaching procedure (SPLP) and toxicology characteristic leaching procedure (TCLP) methods. In conclusion, this research underscores the promising potential of the developed leaching process using pickling liquor to reclaim valuable metals from ES. By optimizing parameters and assessing environmental risks, this study contributes to advancing environmentally sound practices in industrial waste management.

The Effectiveness of Updating Data on Small and Medium Industrial Business Actors in the Industrial Sector at the Cirebon City Cooperatives, Small and Medium Enterprises, Trade and Industry Office

The development of Science and Technology (IPTEK) affects various aspects of human life, including in the context of organizations and government agencies. In Cirebon City, the management of Small and Medium Industries (SMEs) by the Trade and Industry Small and Medium Business Cooperative Office faces challenges in updating data that has not been fully computerized. This study uses a descriptive qualitative approach to evaluate the effectiveness of the IKM data update process. The study results show that the number of SMEs is increasing every year, although there are still obstacles, such as incomplete information and manual processes that slow down efficiency. The application of digital technologies, such as applications for data collection and update, is proposed as a solution to improve the efficiency and accuracy of processes. It is hoped that better data updates, facilitated by digital technologies, can significantly support the development of the creative economy of Cirebon City through the identification of more appropriate needs and opportunities, as well as the optimization of government programs in the SME sector.

Using Blockchain Technology for Sustainability and Secure Data Management in the Energy Industry: Implications and Future Research Directions

Using Blockchain Technology for Sustainability and Secure Data Management in the Energy Industry: Implications and Future Research Directions

Factors Influencing the Success Criteria of ICT Project Management Case Study Constructions in Mogadishu

Being a developing nation, our nation's project construction is advanced in comparison to earlier years. Therefore, the overall goal of this study is to evaluate and examine the local elements influencing the success criteria of ICT project management in the construction sectors. The purpose of this study is to evaluate the technical factors that affect the success of ICT project management in the Somali construction industry. To determine the organizational factors that affect the ICT project management success in the Somali construction industry. And to investigate the cultural factors that affect the success of ICT project management in the construction industry. The most recent study to look at environmental factors influencing the performance of ICT project management in the Somali construction industry. The report focuses on construction initiatives completed in Somalia's capital city of Mogadishu. Both interviews and questionnaires were used to gather the data. The questionnaire was completed online using Google Form, and the respondents were clients, consultants, and contractors. The researchers used practical sampling to gather 100 surveys. There are four case study companies that I have chosen as an experiment construction companies are utilized as a case study for this research project. The data from the questionnaires were analyzed using SPSS to produce the average index from the study; Dalbile construction and contracting company, Bile home repair and Construction service, Qidmad Construction Company and Gaabow Construction Company. Due to the growing technological uncertainty, the building sector is dynamic. Building projects are getting easier and more advanced today. The coordination between the project participants is what has an impact on how well construction projects execute when using the design build method of procurement. The Somali government should establish and enforce strict penalties to combat fraudulence activities, the licensing of contractors and consultants should be thoroughly scrutinized to ensure that they are qualified and have the tools necessary to perform their jobs, and the contractors should enhance their estimation methods and take into account all external factors that could affect their projects.

The Role of Healthcare Managers in Ensuring Patient Safety and Satisfaction during Radiation Therapy for Lung Cancer Patients in Saudi Arabia: A Systematic Review

Radiation therapy is a complicated treatment technique that calls for meticulous coordination, strict adherence to safety procedures, and care that is concentrated on the patient. Managers in the healthcare industry play an essential role in supervising and improving these various facets of care delivery. This systematic analysis aims to evaluate the significant role that healthcare managers play in ensuring patient safety and satisfaction during radiation therapy for patients in Saudi Arabia who have lung cancer. The research analyzes the existing literature in order to identify the unique roles, problems, and tactics that healthcare managers in Saudi Arabia apply in order to improve patient safety and satisfaction during radiation therapy for patients with lung cancer. The findings of this research contribute to improving the quality of care provided to lung cancer patients undergoing radiation therapy in Saudi Arabia, which ultimately leads to better patient outcomes.