Process Management Research Articles

Financial flow management of trading companies based on business process modeling

The issues of process approach implementation in enterprise financial flows management system have been highlighted. The stages of financial flows management within the framework of business processes model have been defined. The advantages of the balanced scorecard have been revealed. The approach to financial flows management based on business process models and their optimization methods has been proposed. The approach to enterprise process management is based on the Deming-Shewhart cycle. The strategic map has been considered as tools for process management and metrics control. The composition of balanced scorecard has been proposed, reflecting the dependence of profit, accounts receivable, and equity turnover rate on the key indicators of cost, fragmentation. and time of fulfilling tasks of the AS-IS and TO-BE business process models. The cause-and-effect relationships between the business processes tasks and a company’s financial performance have been considered. The paper presents the results of the analysis and visualization of the dynamics of change in indicators depending on business process model transformation. In order to reduce risks and increase the efficiency of implementing process optimization results, a number of simulation experiments have been conducted for a company actively developing online sales channels. Practical recommendations have been developed and changes in the key business process management system justified. The system effect from simulation modeling results implementation has been obtained.

Legal mechanisms of public management of financial and economic processes

The article considers the assertion that law and public administration are each an independent system inevitably interconnected in terms of scientific research or in practice. The role and nature of legal mechanisms within the frame of public administration, in particular in management of financial and economic processes, are considered through the lens of public administration transformation from New Public Management to Smart Governance paradigm.

Successful Regenerative Endodontic Therapy of a Dens Evaginatus Mandibular Second Premolar with an Acute Apical Abscess and Extensive Periapical Bone Loss: A Case Report.

Regenerative endodontics is a rapidly growing field within dentistry that aims to replace damaged tooth structures and cells of the pulp-dentin complex. This case report presents the successful management of an immature permanent second mandibular premolar with an acute apical abscess and extensive apical bone loss caused by a dens evaginatus. This tooth was unexpectedly treated with long-term calcium hydroxide (Ca(OH)2) that was replenished several times over 6 months. During the treatment process, this tooth became reinflamed developing a chronic apical abscess after resolution of the initial acute apical abscess, which resulted in the replacement and prolonged use of Ca(OH)2. The final regenerative procedures were completed using a bioceramic fast set putty placed directly over the blood clot and an occlusal composite restoration. At the 6-month follow-up, the patient was asymptomatic with a fully healed radiographic lesion, new periodontal ligament, and the apex closed with thickening of the mesial and distal aspects of the root. At the 15-month follow-up, the patient remained asymptomatic with continued evidence of radiographic development of the apical aspect of this tooth, displaying root end closure and thickening. This is a unique case report of the management of a complex infection process in an immature tooth with regenerative techniques with repeated and long-term use of Ca(OH)2. This novel report provides dental practitioners with a new potential protocol for the management of these immature cases with advanced periapical infections that require extensive disinfection to have successful outcomes.

A Decision Support Model for Lean Supply Chain Management in City Multifloor Manufacturing Clusters

City manufacturing has once again become one of the priority areas for the sustainable development of smart cities thanks to the use of a wide range of green technologies and, first of all, additive technologies. Shortening the supply chain between producers and consumers has significant effects on economic, social, and environmental dimensions. Zoning of city multifloor manufacturing (CMFM) in areas with a compact population in large cities in the form of clusters with their own city logistics nodes (CLNs) creates favorable conditions for promptly meeting the needs of citizens for goods of everyday demand and for passenger and freight transportation. City multifloor manufacturing clusters (CMFMCs) have been already studied quite a lot for their possible uses; nevertheless, an identified research gap is related to supply chain design efficiency concerning urban CMFMCs. Thus, the main objective of this study was to explore the possibilities of lean supply chain management (LSCM) as the integrated application of lean manufacturing (LM) approaches and I4.0 technologies for customer-centric value stream management based on eliminating all types of waste, reducing the use of natural and energy resources, and continuous improvement of processes related to logistics activities. This paper presents a decision support model for LSCM in CMFMCs, which is a mathematical deterministic model. This model justifies the minimization of the number of road transport transfers within the urban area and the amount of stock that is stored in CMFMC buildings and in CLNs, and also regulating supplier lead time. The model was verified and validated using appropriately selected test data based on the case study, which was designed as a typical CMFM manufacturing system with various parameters of CMFMCs and urban freight transport frameworks. The feasibility of using the proposed model for value stream mapping (VSM) and managing logistics processes and inventories in clusters is discussed. The findings can help decisionmakers and researchers improve the planning and management of logistics processes and inventory in clusters, even in the face of unexpected disruptions.

Food as a factor determining the physiological state of populations of the phytopagous pests of agricultural crops

Relevance. Trophic relationships along with competition and mutualism are the most basic and significant interactions in ecosystems. To develop, survive, and multiply, insects need to consume a certain amount of nutrients at a certain ratio. Food products are complex mixes of nutrients and non-nutritive substances (sometimes toxic ones): macronutrients (proteins, carbohydrates, and lipids), micronutrients (vitamins and minerals), and water. Some nutrients are essential; insects lack the ability to synthesize them in their bodies and must obtain them from their diet or through symbiosis with beneficial organisms. Identification mechanisms being well developed in the system “phytophagous insect – plant” allow insects to successfully spread, multiply, and feed on certain plant species. The complex of hydrolytic enzymes in the insect intestine is one of the main targets for plant defense responses because these enzymes determine the availability of structural compounds for phytophagous insects. For this reason, enzymes in the insect intestine play a key role in the adaptation of insects to the pest resistance of fodder plants. For instance, when proteinase inhibitors are synthesized in a fodder plant as the result of induced insect resistance the complex of enzymes in an insect intestine might change negating the effect of these inhibitors. The development of co-adaptations due to interactions among species in food chains depends on a complicated constellation of conflicting relationships between consumers and food objects. The mechanisms of this influence may be rooted in the allelochemical interactions in the system “phytophagous insect – plant recipient”. Allelopathic interactions are among the most complex interactions because they are constituted by direct and indirect effects. Plants when damaged by phytophagous insects activate defense responses, which incorporate several mechanisms, including an increase in the concentration of secondary metabolites, many of which are phenolic compounds.The aim of the work is to describe the mechanisms of relationships in the system “phytophage-plant”. Conclusion. Management of processes of intra-water divergence of insect-phytophages in agrobiocoenoses in order to prevent the emergence of races and populations of pests adapted to live on initially resistant to them plant forms is possible in compliance with the transition to a targeted selection of agricultural crops for resistance to a complex of pests.

Концептуальные основы административно-правового регулирования вынужденной миграции в России

The article examines the main conceptual features of the administrative and legal regulation of forced migration in Russia. The forced migration’s fundamental features are determined. Attention is paid to aspects of social, cultural and economic adaptation of forced migrants, existing problems in the field of management of forced migration processes in Russia are explored and considered.

FEATURES AND IMPORTANCE OF BUSINESS PROCESSES IN ENERGY-PRODUCING ORGANIZATIONS

The article is devoted to the features and importance of business processes in energy-producing organizations. In the context of globalization and sustainable development, effective business process management is becoming a key factor in competitiveness. The article analyzes the main types of business processes in the energy sector, including production, distribution and service processes. Optimization methods such as automation and the introduction of innovative technologies that contribute to efficiency and cost reduction are considered. In addition, the importance of integrating sustainable practices and compliance with environmental standards is emphasized. In conclusion, the authors note that effective business processes are the basis for achieving strategic goals and sustainable development of energy-producing organizations.

T. MARTEMIANOVA’S PROPAEDEUTIC COURSE “PRO-PHYSICS”: EXPERIMENTAL EVALUATION OF EFFECTIVENESS

The purpose of this work was to evaluate the effectiveness of the propaedeutic course “PRO-physics” by T. Martemianova. The methods of this research are: analysis of sources on the issues of propaedeutics of physics, empirical methods (analysis of data arrays from electronic systems of educational process management, lists of winners and prize-winners of olympiads, statistics of admission to universities, survey methods), statistical methods of results processing. The study proposes a methodology for assessing the effectiveness of propaedeutic courses. The study revealed that students who took the “PRO-physics” propaedeutic course programme subsequently have higher results in physics olympiads at all levels, more often enter universities from the top 20 of the RAEX rating, better cope with intermediate and final control activities in physics within the framework of school education. The results of the questionnaire survey of teachers and students have shown high efficiency of the propaedeutic course under consideration.

Unlocking the potential of digital innovations on BPM: a bibliometric and systematic literature review

PurposeThis study aims to perform a bibliometric and systematic literature review (SLR) to elucidate the current landscape and to propose a framework that defines and explores research strands to guide the formulation of business process management (BPM) strategies anchored in digital innovations.Design/methodology/approachA bibliometric analysis of 238 papers from the last 10 years (2014–2023) that were correlated to BPM strategies and digital innovations was conducted. Additionally, a SLR was performed on 15 selected papers, making it possible to propose a framework that explored research strands through the content analysis.FindingsA framework comprising eight research strands (value creation; ambidexterity; governance; agility in processes; strategic process management; external context and culture and integrated systems) was developed. It proposes a research agenda and provides valuable insights as a reference for formulating BPM organizational strategies anchored in digital innovations.Research limitations/implicationsThis study acknowledges the limitation of utilizing a single software for bibliometric analysis. The framework developed in this study has not yet been validated.Practical implicationsThis paper provides insights to assist managers in comprehending BPM strategies anchored in digital innovations and calls for organizations to prepare for future digital needs.Social implicationsThis paper contributes to advancing our understanding of BPM aligned with the demands of a digital age society.Originality/valueThe developed framework sheds light on the current landscape and research strands that explore the association between digital innovations and BPM strategies. This provides a valuable opportunity for future qualitative and quantitative studies to explore the eight research strands presented in the framework.

Evaluating Internal Control Mechanisms in Malaysian Public Sector Initiatives: Insights from the Public Accounts Committee (PAC) Reports

This study examines internal control challenges in Malaysian government projects, drawing on Public Accounts Committee (PAC) reports from 2019 to 2022. The focus on this period stems from the shift in PAC chairmanship from government to opposition, which enhanced perceived independence. However, the literature suggests that the PAC’s success depends more on collaborative decision-making than on the chairman’s political affiliation. Analyzing 29 government agencies across various sectors revealed recurring weaknesses in internal controls. The study employed the Committee of Sponsoring Organizations of the Treadway Commission’s (COSO) Internal Control-Integrated Framework (ICIF) to systematically identify these weaknesses. A content analysis method was used to examine the themes, which were grouped into five ICIF components: control environment, risk assessment, control activities, information and communication, and monitoring. Weaknesses in the control environment include conflicts of interest, compromised ethical values, inadequate governance, and a lack of accountability and transparency. Risk assessment deficiencies were found in financial risk management, procurement and acquisition risks, geopolitical and strategic risks, intellectual property and technology risks, and project management risks. Control activity weaknesses involved poor resource and process management, non-compliance, and flawed decision-making. Information and communication issues included poor documentation, inadequate system integration and data sharing, limited stakeholder engagement, weak communication protocols, and poor information management. Monitoring deficiencies were noted in regulatory compliance, contract management, financial oversight, monitoring systems, and disbursement tracking. Addressing these weaknesses in internal controls is crucial for minimizing the risks of fraud, waste, and loss of public trust

ВИКОРИСТАННЯ ЕЛЕКТРОННИХ СИСТЕМ ДОКУМЕНТООБІГУ ТА ЗВІТНОСТІ ЛОГІСТИЧНИМИ КОМПАНІЯМИ УКРАЇНИ

The article explores the possibilities and ways of using information technologies for document management and electronic reporting at logistics enterprises. Theoretical approaches to understanding the goals and tasks of logistics information systems in transport technologies have been considered. The main information technology systems that change the logistics industry in modern conditions have been characterized, namely: RPA; chat bots; visualization; Artificial Intelligence; predictive analytics. The electronic technologies used for information provision in Ukrainian practice, the IT-Enterprise ERP system of JSC ‘Ukrposhta’ and the CRM system of the company ‘Epicentr K’ have been analyzed. Their characteristics and advantages of use have been defined. It have been found that the basis of the functional component of the modern information system is a single module of operations between the links of the logistics system, which determines the relationship between the functional divisions of the company (in terms of the implementation of logistics functions), intermediate links and consumers of the company’s products. The implementation of a logistics information system in the work of a logistics enterprise makes it possible: - to increase the efficiency of its work, achieve a high level of service for customers and ensure effective control; - to ensure a modern approach to the management of implementation processes and the organization of various types of events; - to monitor the efficiency of commercial operations; - to conduct an analysis of the profitability of the activity; - to increase the effectiveness of price policy, etc. The problems of the introduction of electronic document flow and reporting systems in Ukraine have been noted: - the problem of interoperability in electronic document flow; - lack of clear standards and requirements for electronic reporting, companies may hesitate to switch to this type of reporting; – constant changes in legislation and requirements can create difficulties for enterprises in implementing stable electronic reporting systems; - inconsistency of electronic reporting formats with global ones; high implementation costs; - concerns about data privacy and security can deter companies from switching to electronic reporting, especially when the security of information on the network is at stake.

SCENOGRAPHY DESIGN IN A DIRECTOR’S ARTISTIC PRACTICE

The paper describes a methodology of designing scenography for a contemporary theatrical performance in the academic process. The systematic approach to artistic visualisation of a performance, modernisation of its structure, selection of scenography functions, style and type of design widen the range of the director’s interaction with the audience as well as contributes to effective management of the creative process from the stage of the artistic concept design through to its implementation. The method of depicting compositional schemes to design action development helps individual types of art interweave with the director’s concept, develop creative thinking and cope with numerous management challenges. Designing diverse parts of staging paves the way to developing students’ skills of comprehending the processes of integration of arts and technologies. The “directing scenographic concept” method contributes to the integration of the director’s and the artist’s professional activities, helps to express a creative idea in a groundbreaking form, and turns into an effective tool of innovative design and management of a theatrical performance.

The impact of agricultural machinery services on farmland transfer: a analytical perspective based on the profitability of grain production

IntroductionIn the context of the deceleration of farmland scale management, a crucial question arises in agricultural development theory and practice: will service driven scale management in the production process become a viable alternative to farmland scale management, serving as the secondary pathway to achieve scale management in China?MethodsTo address this issue, an empirical analysis on the impact of agricultural machinery services on farmland transfer was conducted in this article using data from the China Rural Revitalization Survey database comprising 302 villages and 2,871 micro-farmers in 2020 by utilizing the ordinary least squares method and instrumental variable method.Results and discussionThe results show that the implementation of agricultural machinery services will increase the rate of farmland transfer in villages. The effect of agricultural machinery services on increasing the profitability of large-scale farmers surpasses its effect on smallholder farmers, thereby motivating smallholder farmers to transfer farmland to large-scale farmers, consequently fostering the consolidation of farmland. In addition, power-intensive service links are more effective in increasing the rate of farmland transfer and fostering the concentration of farmland transfer compared to control-intensive service links. The impact of agricultural machinery services on enhancing the rate of farmland transfer and fostering the consolidation of farmland transfer is more pronounced on the plain areas compared to the hillmountainous areas. Consequently, this article demonstrates that service-driven scale management and farmland scale management are not merely alternatives but rather complementary strategies that mutually reinforce each other.

Identification of digestion-resistant peptides in various processed peanut reveals their distinct allergenicity

Peanut protein is a significant food allergen that can trigger severe reactions. The allergenicity of peanut protein may be affected by the thermal processing method and matrices, and its anti-digestibility may also change accordingly. This study investigated how three heat treatment techniques affect the allergenicity and digestibility of peanut proteins and compared the differences in anti-digestive peptide segments by Mass spectrometry. Results showed that boiling and frying reduced sensitization, while roasting potentially increased it. After gastric digestion, allergenicity of Ara h 1 decreases due to breakdown of allergenic peptide segments. Hydrophobic regions of Ara h 1 where monomers interact resist degradation. Compared to boiling and frying, roasting can retain more allergenic peptides containing PGQFEDFF, YLQGFSRN, QEERGQRR, HRIFLAGDKD, and KDLAFPGSGE allergenic epitopes even after prolonged digestion. Meanwhile, digestion-resistant epitopes were affected by matrix and thermal treatments. These findings underscore the potential implications for food processing and allergy management strategies.

Conversing with business process-aware large language models: the BPLLM framework

AbstractTraditionally, process-aware Decision Support Systems (DSSs) have been enhanced with AI functionalities to facilitate quick and informed decision-making. In this context, AI-Augmented Business Process Management Systems have emerged as innovative human-centric information systems, blending flexibility, autonomy, and conversational capability. Large Language Models (LLMs) have significantly boosted such systems, showcasing remarkable natural language processing capabilities across various tasks. Despite the potential of LLMs to support human decisions in business contexts, empirical validations of their effectiveness for process-aware decision support are scarce in the literature. In this paper, we propose the Business Process Large Language Model (BPLLM) framework, a novel approach for enacting actionable conversations with human workers. BPLLM couples Retrieval-Augmented Generation with fine-tuning, to enrich process-specific knowledge. Additionally, a process-aware chunking approach is incorporated to enhance the BPLLM pipeline. We evaluated the approach in various experimental scenarios to assess its ability to generate accurate and contextually relevant answers to users’ questions. The empirical study shows the promising performance of the framework in identifying the presence of particular activities and sequence flows within the considered process model, offering insights into its potential for enhancing process-aware DSSs.

Explainable predictive process monitoring: a user evaluation

Explainability is motivated by the lack of transparency of black-box machine learning approaches, which do not foster trust and acceptance of machine learning algorithms. This also happens in the predictive process monitoring field, where predictions, obtained by applying machine learning techniques, need to be explained to users, so as to gain their trust and acceptance. In this work, we carry on a user evaluation on explanation approaches for predictive process monitoring aiming at investigating whether and how the explanations provided (i) are understandable; (ii) are useful in decision making tasks; (iii) can be further improved for process analysts with different predictive process monitoring expertise levels. The results of the user evaluation show that, although explanation plots are overall understandable and useful for decision making tasks for business process management users — with and without experience in predictive process monitoring — differences exist in the comprehension and usage of different plots, as well as in the way users with different predictive process monitoring expertise understand and use them.

A-192 Effectiveness in Communicating Critical Results: impact of technology and consultive actions on improving performance indicators in a laboratory in Northeast Brazil

Abstract Background Critical results consist of laboratory test results that require immediate intervention or decision-making by the responsible medical team, as they pose a risk to the patient's life. To manage the process of communicating critical results, it is also necessary to define the indicators, goals and systematic comparability through benchmarking. Methods The performance of the indicators measuring the critical results process for the year 2023 was analyzed. Performance indicators such as resolution time, success and failure rate in communication, delay rate in communication and the rate of open incidents related to the communication of critical results were monitored using a Business Intelligence tool. Results In the first two months of 2023 the results reflected the absence of parameters in the LIS for effective communication of critical results. September and October there was a high turnover rate in the laboratory in addition to the change in the hospital care profile in which the laboratory medicine service was inserted. These causes culminated in a number of 122 (1.48%) communication failures, representing an increase of 1,120% compared to the first two months of the year. On the other hand, there was a significant improvement in the average communication time for critical results, decreasing from approximately 736 hours to 184 hours(reduction of around 75%). There was also a reduction in communication delay of approximately 67%. These numbers corroborate the parameterization actions in the system aimed at speeding up the process. As a continuation of the improvement actions, the laboratory implemented goal setting for the resolution time indicator and also the periodic meeting for critical analysis of the results.In addition to these actions, the laboratory approached the hospital's clinical staff, making it possible to provide clarity on the difference between compulsory notification and critical results. This clarification allowed for the establishment of a list of exams considered critical, in order to meet the hospital profile, as well as to define the communication flow. For the success indicator in communicating critical results, there was a 22% improvement when comparing the last two months of 2023 with the first two months of the same year. In the last two months of the year, this indicator performed at 99.4%, corroborating the study published by Noronha et al., (2016), where the effectiveness rate in critical results communication was 96.1%. Comparing with the study by Noronha et al., (2016), where the biochemistry sector had the highest rate of critical results communication failures (73.8%), followed by the Emergency Room (78.6% ) and ICU (16.7%), the findings of this study highlighted the top 3 detracting sectors: Biochemistry (68%), “UPA” - Emergency Care Unit (42.1%) and ICU (21.4%), making data superimposable. Conclusions The communication of critical results has challenges related to its effectiveness, especially in hospital contexts. As a critical and high-impact activity, constant actions are necessary to continuously improve the process. Actions should take into account: interactions with attending physicians, the development and training of the internal team, and constant checks of the LIS, as technology can support the process management.

Five guidelines to improve context-aware process selection: an Australian banking perspective

PurposeSelecting which processes to improve plays a critical role in the first phase of the business process management lifecycle, but it is a step with known pitfalls. Decision-makers rely on subjective criteria and their knowledge of the alternative processes put forward for selection is often inconsistent. This leads to poor quality decision-making and wastes resources. The purpose of this paper is to examine the proposition that decision-makers armed with context-enriched criteria make more logical, better-quality decisions. The context in question is qualitative, sensitive to decision-making bias and politically charged.Design/methodology/approachWe applied a design-science approach, engaging 70 industry decision-makers through a combination of research methods to assess how different contextual configurations, in a hypothetical scenario adapted from the Australian banking industry, influenced and ultimately improved the quality of the process selection step.FindingsThe study highlights the impact of framing effects on context, and the need to adapt framing to decision-maker behavior and provides five guidelines to improve process selection effectiveness.Originality/valueProcess selection research to date has largely focused on quantitative evaluation techniques, with little attention paid to the role of context and the behavioral interplay of decision-making styles in practice.

Stroke nurse-led intravenous thrombolytic therapy strategy for ischemic stroke based on timeline process: A quality improvement program from China

ObjectiveEarly thrombolytic therapy for ischemic stroke within the therapeutic window is associated with improved clinical outcomes. This study investigated whether optimizing intravenous thrombolytic (IVT) therapy strategies for stroke could reduce treatment delays. MethodsTo reduce delays in IVT therapy for ischemic stroke, a series of quality improvement measures were implemented at a tertiary hospital in Hangzhou, Zhejiang Province, from June 2021 to August 2023, which included developing a timeline process management system, forming a nurse-led stroke process management team, providing homogeneous training, standardizing the IVT therapy process for ischemic stroke, and introducing an incentive policy. During the pre- (from June 2021 to February 2022, group A) and post- (from March to November 2022, group B1; from December 2022 to August 2023, group B2 [implementation of an additional incentive policy]) of the implementation the strategy, the door-to-computed tomographic angiography(CTA) time (DCT), CTA time, neurology consultation to consent for IVT, CTA-to-needle time (CNT), and door-to-needle time (DNT), the percentage of people who underwent CTA within 20 min, 15 min, and 10 min and DNT within 60 min, 45 min, and 30 min were collected and compared. ResultsFollowing the implementation of the standardized IVT process management strategy for stroke, the DNT for group B1 and group B2 were 30 (24, 44) min and 31 (24, 41) min, respectively, both significantly lower than the 46 (38, 58) min in group A (P < 0.001); the median DCT were both 13 min in group B1 and B2 lower than 17min in group A (P < 0.001); the median CTA were 12 min in Group B1 and 9 min in Group B2 lower than 14 min in group A (P < 0.05); similar results were observed during the neurology consultation to obtain consent for IVT and CNT. Compared with group A, the proportion of DCT ≤ 20 min, 15 min, and 10 min was higher in groups B1 and B2 (P < 0.05), and the same result was observed at DNT ≤ 60 min, 45 min, and 30 min (P < 0.05). However, the additional incentive policy did not significantly differ between Group B2 and Group B1. ConclusionsOptimizing IVT therapy for ischemic stroke is a feasible approach to limit the DNT to 30 min in ischemic stroke, significantly reducing delays within the therapeutic window and increasing the number of patients meeting target time segments. Additionally, generating a timeline for the IVT therapy process by scanning positioning QR codes was a significant breakthrough in achieving the informatization of IVT quality management for stroke.

Real-Time Monitoring of Seawater Quality Parameters in Ayia Napa, Cyprus

Real-time monitoring systems are crucial for the comprehensive management of operations and processes, as well as for assessing the impacts of coastal infrastructures on the marine environment. These systems not only support environmental protection and data-driven decision-making but also enable the early detection of adverse events and the issuance of timely warnings for prompt responses. Although water quality is a critical parameter in this monitoring framework, there are currently limited permanent systems in place dedicated to maintaining these objectives. Even fewer systems leverage their data for research purposes, leading to a gap in the literature regarding effective processing approaches for real-time water quality data. In this context, this study presents a real-time water quality monitoring system integrated into a broader in-field laboratory installed at a coastal area off the coast of Ayia Napa, Cyprus, as well as an initial measured data set of different qualitative quantities. It proposes a holistic approach for post-processing real-time seawater quality data, employing both time and frequency domain analyses, alongside filtering techniques. The study discusses the advantages of each method and emphasizes the importance of their combined use. Utilizing data collected from a three-month operational period, the study assesses the current state of marine seawater quality and examines both temporal and cyclic variations in various seawater quality parameters. The findings reveal that the examined seawater parameters are within reasonable values, indicating that the construction and operation of a nearby marina and the necessary infrastructures (e.g., breakwater) did not affect the seawater quality in the area. Additionally, the study identifies pronounced daily cyclic responses in different seawater quality parameters, including temperature, density, pH, dissolved oxygen, and turbidity. Finally, notable correlations are observed between temperature and dissolved oxygen, temperature and conductivity, oxidation–reduction potential (ORP) and salinity, ORP and dissolved oxygen, and ORP and TDS.