Resource Development Research Articles

Research Progress and Prospects of Oil Saturation Evaluation Methods in Shale Oil Reservoirs

The core of the exploration and development of unconventional oil and gas resources, such as shale oil, lies in the effective identification and scale utilization of the sweet spot. Oil saturation is an important parameter in evaluating the sweet spot. Aiming to solve the many current problems of oil saturation logging evaluations of shale oil reservoirs, this study outlines the research progress of oil saturation logging evaluations of shale oil from the three aspects, namely, the electrical method, non-electrical method, and machine learning, through researching the literature and practical applications. At the same time, several typical saturation models are applied to shale oil reservoirs in the Qingshankou Formation of the Gulong Depression, and applicability analyses are conducted. Lastly, the advantages and disadvantages of each oil saturation calculation model are summarized, and suggestions are given for conducting research using each type of method. This study has certain significance in the selection of oil saturation logging evaluation methods for shale oil reservoirs and provides directions for improvement.

Expectations for gynaecological cancer nursing guidance development: A qualitative exploration: Part 1 – Creating foundational support

PurposeNurses are acknowledged as essential in the delivery of best practice gynaecological cancer care however previous studies have identified challenges in these nursing roles. Recommendations include the development of nursing guidance focused on supporting people with a gynaecological cancer. This study aimed to explore perceptions and expectations for the development of a gynaecological cancer nursing guidance resource in Australia and investigate preferred design and content inclusion. This paper presents the findings on expectations for the resource purpose. MethodsUtilising an exploratory qualitative descriptive design, 20 nurses and seven people with lived experience of gynaecological cancer participated in focus groups or interviews following a semi-structured interview guide. Transcripts underwent inductive content analysis. ResultsAll 27 participants identified as female, lived in one of 5 Australian states, included representation from regional locations (n=9, 33%), and mostly identified as Australian or mixed Australian ethnicity (n=25, 93%). The major theme, “Foundational support resource for nurses”, described how participants require a resource to support the delivery of gynaecological cancer nursing care. Participants articulated their goals for the resource through four subthemes: reducing variation in care; acknowledging diversity in nursing roles; addressing barriers; supporting development. ConclusionThe development of a guidance resource for gynaecological cancer nursing is supported by Australian gynaecological cancer nurses and people with cancer lived experience. It is expected its implementation will assist to improve cancer outcomes, equitable access to quality care and support the development and sustainability of the gynaecological cancer nursing workforce.

Integrated Genetic and Statolith Shape Analysis Reveals the Population Structure of Loliolus (Nipponololigo) uyii (Cephalopoda: Loliginidae) in the Coastal Waters of China

Understanding population structure is a priority for evaluating population dynamics of commercially fished cephalopods under fishing pressure and environmental changes. This study employed a multidisciplinary approach to clarify the population structure of Loliolus (Nipponololigo) uyii, a common squid in inshore fisheries. Sampling was conducted multiple times to cover the distribution range across the East China Sea and South China Sea. High haplotype diversity was revealed by three gene markers (COI, 16S and ODH). Two geographical clades with significant genetic differentiation were divided through phylogenetic trees and haplotype networks. The boundary between the two clades is delineated by the Dongshan population in the southern East China Sea. Furthermore, the neutrality tests and mismatch analysis suggested that L. (N.) uyii populations may have undergone population expansion. Correspondingly, statolith differences in lateral dome and posterior indentation, along with high classification success, further supported the genetic division. The overall difference in statolith shape also efficiently identified seasonal groups in the Beibu Gulf lacking genetic differentiation. This result offers new insights into the influence of genetic and environmental factors on statolith shape. The integrated results provide a comprehensive understanding of the population structure of L. (N.) uyii, laying the foundation for resource development and the conservation of the species.

Complete chloroplast genome and phylogenetic analysis of Lonicera microphylla Willd. ex Roem. & Schult. 1819 Caprifoliaceae

Lonicera microphylla Willd. ex Roem. & Schult. 1819 is a medicinal plant species, especially for treating chronic fever and dysentery. This study aimed to characterize the chloroplast genome of L. microphylla and reconstruct the phylogenetic relationships among Lonicera Linn. 1753. The circular complete chloroplast genome is 154,945 bp in length, with two inverted repeat regions (IRs; 23,841 bp), separated by a small single-copy region (SSC; 18,789 bp) and a large single-copy region (LSC; 88,474 bp). The overall GC content of L. microphylla plastome was 38.36%. The chloroplast genome encoded a total of 131 genes, including 84 protein-coding genes, 39 tRNA genes, and eight rRNA genes. Phylogenetic analysis reveals that L. microphylla was more closely related to Lonicera tangutica Maxim. 1878. Our result can provide reference for the phylogenetic relationship, resource development, and utilization of Lonicera.

Improving Quality Profiles of Summer-Autumn Tea Through the Synergistic Fermentation with Three Fungal Strains

The co-fermentation of summer-autumn tea with Aspergillus niger and Eurotium cristatum effectively reduces bitterness and astringency, enhances flavor and quality, and increases market appeal and economic value. This study investigated the dynamic changes in metabolites, flavor characteristics and quality indicators of summer-autumn tea during fermentation. Using headspace solid-phase microextraction gas chromatography (HS-SPME-GC-MS), 96 key metabolites were identified, significantly enhancing the tea's aroma and flavor. On the fourth day of fermentation, the content of ester catechins (EGCG, ECG) decreased by 79.44% and 79.57%, respectively, while non-ester catechins (EGC, C, EC) increased by 175.47%, 228.18%, and 138.73%, respectively. Additionally, the gallic acid content increased by 755.58%, along with rises in free amino acids and soluble sugars. Sensory evaluation focused on taste, soup color, and aroma, resulting in a total score of 80.67. The intensity of astringency, bitterness, and sourness in the tea infusion gradually decreased, while sweetness, umami, and aroma intensified. These findings underscore the significant role of the synergistic action of the three strains in developing the unique flavor profile of summer-autumn tea during fermentation. This research lays the foundation for quality control and resource development in the processing of summer-autumn tea.

Increasing the uptake of advance care directives through staff education and one-on-one support for people facing end-of-life.

An advance care plan outlines a patient's wishes regarding medical treatment or goals of care in the case that they become unable to communicate or to make decisions. An advance care directive (ACD) is an advance care plan that has been formally recorded and has legal status. Despite ACDs playing an important role in person-centred end-of-life care, an earlier retrospective medical records audit demonstrated that only 11% (58/531) of people who died due to a terminal illness had an ACD.The aim of this project was to increase the proportion of patients with a terminal illness completing an ACD. A secondary outcome was to measure the impact of ACDs on hospital and intensive care unit (ICU) admissions in the last 6 months of life.This multifaceted project comprised (1) education for health professionals and the public; (2) individual support for patients on request; (3) development of online resources for health professionals and the general public; and (4) monthly team meetings. The proportion of ACDs completed and hospital and ICU admissions during the last 6 months of life, were extracted via medical record audits.Written consent was required for patients to participate, including being contacted by the project team and accessing their medical records. 112 patients consented to participate in the project and 109 (97%) completed an ACD. There was no reduction in the average number of hospital admissions, while ICU admissions reduced from 14% (n=74) to 0%. The targeted, multifaceted approach to education and support for completion of ACDs, resulted in a significant increase in ACD completion and a major reduction in ICU admissions.

Mapping the diagnostic odyssey of congenital disorders of glycosylation (CDG): insights from the community

BackgroundCongenital disorders of glycosylation (CDG) are a group of rare metabolic diseases with heterogeneous presentations, leading to substantial diagnostic challenges, which are poorly understood. Therefore, this study aims to elucidate this diagnostic journey by examining families’ and professionals’ experiences.Results and discussionA questionnaire was designed for CDG families and professionals, garnering 160 and 35 responses, respectively. Analysis revealed the lack of seizures as a distinctive feature between PMM2-CDG (11.2%) with Other CDG (57.7%) at symptom onset. Hypotonia and developmental disability were prevalent symptoms across all studied CDG. Feeding problems were identified as an early onset symptom in PMM2-CDG (Cramer’s V (V) = 0.30, False Discovery Rate (FDR) = 3.8 × 10− 9), and hypotonia in all studied CDG (V = 0.34, FDR = 7.0 × 10− 3). The average time to diagnosis has decreased in recent years (now ~ 3.9 years), due to advancements namely the increased use of whole genome and exome sequencing. However, misdiagnoses remain prevalent (PMM2-CDG – 44.9%, non-PMM2-CDG – 64.8%). To address these challenges, we propose adapting medical training to increase awareness of CDG and other rare diseases, ongoing education for physicians, the development of educational resources for relevant medical units, and empowerment of families through patient organizations and support networks.ConclusionThis study emphasizes the crucial role of community-centered research, and the insights families can offer to enhance CDG management. By pinpointing existing gaps and needs, our findings can inform targeted interventions and support systems to improve the lives of those impacted by CDG.

Reimagining maternal resilience: Incorporating the socioecological framework, lifecourse theory, and weathering hypothesis.

Women of color are at least twice as likely as non-Hispanic White women to die during the perinatal period or deliver infants who are low birthweight, preterm, or die within the first year of life. Maternal stress before and during pregnancy is associated with adverse obstetric outcomes. A growing body of literature has explored maternal resilience as protective factors contributing to healthy maternal and child health (MCH) outcomes. However, several gaps exist in how this construct has been conceptualized and operationalized. First, extant research has primarily conceptualized maternal resilience as individual attributes that enable women to "bounce back" after facing adversity during pregnancy, thereby failing to incorporate the broader systemic and environmental factors that contribute to chronic stress, particularly among vulnerable groups. Second, the literature has largely neglected to examine resilience in relation to maternal stress, therefore not acknowledging that women who experience greater stress will likely require more resources. Third, though resilience has been investigated at discrete life stages, longitudinal research has not been conducted to explore how it develops over the lifecourse. This article critically evaluates the resilience literature, expands upon the gaps described, and proposes a conceptual framework that reimagines material resilience using three population health theories, including Bronfenbrenner's socioecological framework, Elder's lifecourse theory, and Geronimus' weathering hypothesis. The proposed framework will inform future research that examines the development of multilevel resilience resources over the lifecourse as well as interventions to increase resilience and ultimately yield healthier MCH outcomes among vulnerable communities. (PsycInfo Database Record (c) 2024 APA, all rights reserved).

Injected phase change seismic source construction and monitoring experiment

Scientific assessment of the transport channels and distribution of oil, gas, water, and other fluids is the key to enhancing oil and gas production capacity and ensuring the safe and efficient development of mineral resources. Traditional microseismic monitoring has been suffering from limitations such as ambiguous attribute characteristics of the seismic source and low signal-to-noise ratios of the data, leading to poor location accuracy and large uncertainties. We develop a phase change seismic source monitoring method that allows for a detailed characterization of the spatial distribution of subsurface fluid transport by accurately locating the equivalent seismic source within supportive fractures. A phase change seismic source is developed and constructed based on the phase change material, enabling control over phase change temperature, source energy, and source scale through the principle of phase change energy storage. The source introduces an active approach to seismic signal generation, diverging from the conventional passive method reliant on rock rupture. Then, 3D homogeneous models are constructed for ground monitoring and in-well monitoring using impulse source propagation theory. The numerical simulation of the wavefield uses the finite-difference method, and the equivalence of discrete sources is confirmed using the Pearson correlation function. The reliability of the monitoring method is verified through a seismic monitoring experiment and comprehensive feasibility analysis.

Experimental Analysis of the Condensation Flow and Heat Transfer characteristic in a spiral tube under Ocean Swell conditions

The floating liquefied natural gas platform is a key enabling technology for the development of marine natural gas resources. It’s core component, the spiral wound heat exchanger, is frequently subjected to offshore sloshing conditions, which present a significant challenge for the technology. To clarify the condensation flow and heat transfer characteristics in the spiral tube under offshore shaking conditions, an experimental system with a sloshing platform was constructed. The impact of sloshing mode (sway and roll), displacement (sway: 250∼1500mm or roll: 3∼15°), and period (10∼16s) on the heat transfer coefficient (h) and frictional pressure drop (ΔPfric) were analyzed under different operational parameters (mass flux, vapor quality and pressure). Additionally, the comprehensive sloshing factor (CSF) was used to evaluate the overall effect of shaking on condensation process. The results show that the sway and roll motions positively impact the h and ΔPfric. The impact decreases with the increases in mass flux and vapor quality and is negatively correlated with operating pressure. In sway motion, the CSF ranges from 1.39% to 11.82%, with an average of 5.15%. In roll motion, the CSF ranges from 1.15% to 5.13%, with an average of 2.57%.

Identification and anticoagulant mechanisms of novel factor XIa inhibitory peptides by virtual screening of a in silico generated deep-sea peptide database

The objective of this study was to identify novel anticoagulant peptides from the deep-sea using multiple in silico methods, and to investigate their inhibitory activity and molecular mechanisms. A deep-sea peptide database was firstly constructed by performing virtual proteolysis on protein sequences from animals inhabiting deep-sea hydrothermal vents and cold seeps. Candidate anticoagulant peptides were identified through molecular docking and binding free energy screening against FXIa as the target. Two novel anticoagulant peptides, PRNIF (IC50 = 0.67 mM) and GNDRCL (IC50 = 1.52 mM), were identified, and their anticoagulant activities were verified in vitro. PRNIF was demonstrated to be a noncompetitive inhibitor of FXIa, and caused significant prolongation of the thrombin time (TT) and the activated partial thromboplastin time (APTT), whereas GNDRCL markedly prolonged only APTT. Molecular dynamics simulations demonstrated considerable conformational shifts of both anticoagulant peptides when bound to the active sites of FXIa. The lowest energy binding poses of the FXIa-peptide complexes for PRNIF and GNDRCL exhibited comparable numbers of hydrogen bonds and binding free energies. However, occupancy analysis revealed completely distinct stability characteristics of the hydrogen bond interactions. The conserved residue Asp569 in the S1 pocket of FXIa formed strong and stable hydrogen bonds as well as a salt bridge with the arginine residues of PRNIF, which were not observed in the FXIa-GNDRCL complex. To our knowledge, PRNIF represented the first FXIa inhibitory peptide derived from the deep-sea, which may contribute to the development and utilization of deep-sea peptides resources. Two deep-sea peptides may potentially serve as an alternative food-derived ingredient that could be utilized for thrombosis prevention.

Evaluating the productivity of basement rock aquifers for sustainable groundwater development in sub-Sahara Africa using borehole pumping experiments and geophysical data

Ensuring all-year-round groundwater availability in the basement complex regions of sub-Sahara Africa requires careful combinations of strategies for exploration, development, and management of groundwater resources. The productivity of the basement aquifer of sub-Sahara Africa, SSA, was evaluated in terms of the volume of water produced per unit time, the aquifer transmissivity, hydraulic conductivity, specific capacity, and the thickness of the water-bearing zones using a suit of data from borehole pumping experiments, geophysical surveys, and lithologic logs from an area measuring 85.56 square kilometers in sub-Sahara Africa. Findings from the study have been used to classify the basement complex aquifers of sub-Sahara Africa into three categories: marginally productive, low productive, and moderately productive. Weathered and fractured zones were found to be bright spots for groundwater storage, and aquifer productivity correlates with topography and the thickness of the weather zones. Most of the boreholes located on the low topographic heights were found to have the highest groundwater discharge, transmissivity, and hydraulic conductivity. Further, the study showed that the popular models used for estimating aquifer properties are unsuitable for basement complex aquifers. The results of the models are exaggerated when compared to the pumping test results. Cases of dry holes or poorly performing wells in the basement complex terrain may be attributed to the exaggeration. Consequently, two new and novel quantitative models were proposed and tested for evaluating the productivity parameters of basement aquifers of SSA for optimal selection of sites for groundwater development. The aquifer productivity maps computed with the new quantitative models show striking similarities to those computed from the pumping tests results and confirmed the appropriateness of the new quantitative models. The appropriate pumping device, pump operation time, and installation depth were recommended for the boreholes producing groundwater from the three categories of aquifers identified in this study.

A multi-step kinetics study on Chang-7 shale pyrolysis: Impact of shale inherent minerals

Pyrolysis is a significant process for the in-situ conversion and aboveground retorting of oil shale. However, the impact of inherent minerals on shale pyrolysis is still unclear. This study analyzed the effect of different inherent minerals on pyrolysis of Chang-7 oil shale, which is noted for its low carbonate, high silicate, and high pyrite content, through an integrated evaluation of kinetic and thermodynamic parameters. The pyrolysis process, arranged from 350℃ to 600℃, was deconvoluted into three distinct processes—bitumen, kerogen, and pyrite pyrolysis—using the bi-Gaussian method. Thermodynamic results showed that pyrolysis was endothermic and non-spontaneous. Minerals significantly reduced the pyrolysis activation energy. The ratio of pyrolysis activation energies for shale to kerogen increased with the carbonate-to-silicate content ratio. Master plot analysis indicated that, mineral removal shifted the reaction model from the contraction geometry model (Rn) to the diffusion model (Dn). This transition in reaction model was due to the formation of pores from demineralization and organic decomposition, facilitating the diffusion of heat and activated molecules into the interior of particles, which has been confirmed by porosity determination. This work provides an in-depth understanding of the impact of inherent minerals on shale pyrolysis, which is conducive to the efficient development and utilization of oil shale resources.

Turnover intention and influential factors among primary healthcare workers in Guangdong province, China: a cross-sectional study

ObjectivesPrimary health workers are crucial to the healthcare system, yet China experiences a notable shortage driven by high turnover rates. This study aimed to investigate the prevalence and determinants of turnover intention among primary health workers.DesignCross-sectional study.SettingPrimary healthcare facilities across 21 cities in Guangdong province, China.ParticipantsOnline questionnaires (SurveyStar, Changsha Ranxing Science and Technology) were administered to 16 573 primary health workers in September and October 2022.Primary and secondary outcome measuresVariables measured included demographics, work-related factors, job satisfaction, emotional exhaustion and turnover intention. Comparisons of turnover intention were made across different categorical groups, and hierarchical regression analysis was used to pinpoint influencing factors.ResultsThe average turnover intention score among participants was 10.49±2.93. Notable positive correlations included those with male gender, single marital status, leadership positions and roles as public health physicians. Emotional exhaustion correlated positively (β=0.108), while job satisfaction showed a significant negative correlation (β=−0.154). Other negative influential factors were observed with tenure lengths of 6–10 years, 11–15 years and ≥16 years, as well as with senior professional titles, lower salary levels and perceptions of fair compensation.ConclusionsTurnover intention is notably prevalent among primary healthcare workers, with emotional exhaustion and job satisfaction identified as primary determinants. Salary, payment justice in compensation and tenure also significantly influence turnover intention. Based on the above analysis, a series of intervention measures can be expectedly unveiled to reduce the turnover intention of primary health workers and maintained the steady development of basic medical resources.

Nurse Perceptions of Barriers to Infection Prevention and Control in Labor and Delivery

ObjectiveTo identify nurse perceptions of barriers to performing recommended infection prevention and control practices in labor and delivery to inform future resources tailored to this setting. DesignQualitative focus groups. SettingThe 2023 annual convention of the Association of Women’s Health, Obstetric and Neonatal Nurses, New Orleans, LA. ParticipantsA convenience sample of 16 labor and delivery nurses. MethodsStaff of the Centers for Disease Control and Prevention conducted two focus groups using a standardized script. Coding was performed by three reviewers using Krueger’s systematic analysis process. ResultsAmong the 16 participants, 94% were registered nurses, and 6% were advanced practice registered nurses. From our analysis of the data, five major themes emerged, including the following: Lack of Individual and Organizational Accountability in Implementing Recommended Infection Prevention and Control Practices; Inconsistent Application of Guidance Across State, Hospital, and Specialty; The Unpredictable Nature of the Labor and Delivery Setting; Labor and Delivery Is Not Prioritized in the Hospital for Infection Prevention and Control Resources; and Lack of Coordination Across Stages of Care From Prenatal to Postpartum. Conclusion(s)We identified barriers experienced by nurses to consistently implementing infection prevention and control practices in the labor and delivery setting. These barriers can be addressed through targeted interventions and the development of obstetric-specific infection prevention and control resources.

Long-term effects of Abay River flow regulation at Lake Tana on the geomorphic and ecological responses of the downstream river channels, Upper Blue Nile basin, Ethiopia

Alluvial rivers adjust their geometry in response to environmental and anthropogenic disturbances. Flow regulation results in a new geomorphic condition that affects the aquatic ecosystem and its nature. This paper examines the long-term effects of flow regulation on the geomorphic and ecological responses of the downstream river channels of the Abay River, which is the only natural outflow of Lake Tana, Ethiopia. Since 1996, the river’s discharge regime has been affected by constructing a head-rise weir (Chara Chara) at its natural outlet for hydropower production and dam construction on the Lake Tana tributary rivers. Hydrologic data collected at the outlet of the river, SPOT, and Google Earth images were used for the study. River banks and bed topography were extracted via ArcGIS for selected study periods. The study revealed that existing water resource development on the tributary rivers of Lake Tana modified (decreased) the outflow discharge on the Abay River, and resulted a changed morphological and moderate level ecological impact on the river system. Future ongoing and planned water resource developments will exacerbate the pressure on the lake. Without careful management, these changes are likely to have severe morphological, ecological and social consequences.

Measurement and Comparison of Different Dimensions of Renewable Energy Policy Implementation in the Agricultural Sector

The current research aims to measure the different dimensions of renewable energy policy implementation and compare these dimensions with each other, focusing on Iran's agricultural sector. This analysis makes it possible to identify the strengths and weaknesses in implementing existing policies. The five dimensions include "organizational and institutional", "incentives", "investment", "infrastructure", and "human resources development". The statistical population of this research comprised energy policy experts, whose number was 85. The sampling method was random, and 70 persons participated in answering the questionnaire using the Karjesi and Morgan table. A questionnaire was used to collect data. The reliability of the questionnaire was calculated using Cronbach's alpha (0.916). Face validity, content validity ratio (CVR), and content validity index (CVI) were applied to determine validity. In the calculation of CVR, values ≥0.33 were considered reasonable and appropriate to confirm each item. All CVI values obtained were higher than 0.79. Multi-criteria analysis was used to analyze the data. The results indicated that organizational and institutional policies were at the highest level of unsustainability. The dimension of investment policies showed less unsustainability than other dimensions. The other three dimensions also showed significant deficiencies. It seems that policy development to eliminate the diversity and interference of organizations, fuel subsidies revision, market policy development, attracting capital, and participation of stakeholders is necessary to reduce unsustainability in this field. The development of the resources of expert forces and attention to educational policies should also be considered.

Bibliometric study of the state of knowledge of the use of technological platforms in agrotourism businesses

Knowledge management is a vital process in the understanding of agritourism as a local development activity. In this sense, this sector has become an important global partner for the development of labor and technological resources throughout the world; it is part of the socioeconomic reality and is a current determinant for local development. This qualitative research proposes a bibliometric study of the state of the study of the application of technological platforms (TP) to the management of agro-tourism products, using the method of review of documents and research repositories of the Universities of Las Tunas and Holguín in eastern Cuba and the Autonomous University of Querétaro in Mexico. The main results lie in showing the level and depth of current literature regarding the application of technologies in agrotourism management. It concludes with the need to increase studies and recognize the importance of involving technological platforms in the management of agrotourism products.

Fundraising and Zakat Distribution in Poverty Alleviation in Maruthamunai, Sri Lanka: A Maqashid Sharia Perspective

In Sri Lanka, poverty has been one of the most pressing social issues over the past decade. This research examines zakat fundraising strategies and analyzes zakat distribution patterns in Maruthamunai, Sri Lanka, where Muslims constitute the dominant ethnic group. The current role of zakat in Maruthamunai is crucial in alleviating poverty. Primary data for this study included annual fundraising and distribution reports from the Zakat Fund, covering the years 2019 to 2023. As part of this qualitative research, unstructured interviews were conducted with the president, general secretary, deputy president, assistant secretary, members, and prominent individuals in the region. Data analysis was conducted using coding and is presented descriptively through the maqasid sharia approach. The results of this study indicate that the distribution of zakat funds in Maruthamunai has been less effective due to several factors, including insufficient receipt of zakat funds and inadequately structured internal distribution policies. Policymakers should focus on prioritizing the primary level of welfare needs (mashlahah dharuriyyah). Within this framework, the maqasid sharia perspective emphasizes the development of human resources as a priority over material development. Therefore, despite the relatively high poverty rate, the objectives of preserving religion, safeguarding human life, ensuring generational continuity, protecting intellect, and promoting wealth circulation can still be effectively pursued.

WEB BASED INTERNAL QUALITY MANAGEMENT INFORMATION SYSTEM A DESIGN AND PROTOTYPING

Improving the quality of education in higher education institutions is crucial to support the development of human resources and the progress of the nation. Utpadaka Swastika University, as one of the higher education institutions in Indonesia, is committed to producing high-quality and competitive graduates. To ensure this quality, an effective and efficient internal quality assurance system (SPMI) is necessary. This research aims to design and build an internal quality assurance system based on the web using PHP and MySQL at Utpadaka Swastika University with the prototyping method. Software testing is conducted through Black Box Testing. This internal quality assurance system aims to ensure the quality of higher education provided by universities through the implementation of the Tridharma of Higher Education, in order to realize the vision and meet the needs of stakeholders. The achievement of quality assurance goals through the internal quality assurance system will be accredited through external quality assurance systems. This system can assist in presenting document information accessible to program heads, leaders, auditors, administrators, and quality assurance body (LPM) leaders. It facilitates program heads in the process of collecting and submitting documents for evaluation and audit instruments, allowing the LPM to directly identify issues and quality standards in the internal quality assurance process. This system is expected to be used as a reference for further development of an Internal Quality Assurance System so that the system can have better features.