Expert Choice Research Articles

Optimal site selection for a solar power plant in Iran via the Analytic Hierarchy Process (AHP)

As a vast country with average solar radiation of 4.5 kW-hours per square meter, Iran enjoys a very high potentiality for initiating and utilizing solar systems and, in particular, electricity generation from solar power plants. Optimal site selection for solar power plants requires making multi-criteria decisions. Analytic Hierarchy Process (AHP) is one of the most comprehensive multi-criteria decision-making tools. The present study was conducted to select a regionally optimal site regarding climatic conditions using AHP and the Expert Choice software. Certain criteria and sub-criteria such as the amount of radiation, the number of sunny days, the average temperature, the amount of humidity, the amount of rainfall, the level of visibility, and the cloudiness factor were regarded. To select an optimal site using AHP and Expert Choice software, after specifying the hierarchic levels, including the target, criteria, sub-criteria, and alternatives (intended sites), pairwise comparison was made between the sets to weigh them up. The provincial centers of Iran were considered in the study and Zahedan has been selected as the best location for constructing a solar power plant. Moreover, a sensitivity analysis on the major criteria was performed and the impacts of parameter weight on the alternatives were assessed.

DECISION ANALYSIS ON IMPLEMENTATION OF PRIORITY CARE AND MAINTENANCE DUE TO POTENTIAL DAMAGE AT ALFAMIDI MINIMARKET IN MALANG USING THE AHP METHOD

The decision on the priority for care and maintenance at Alfamidi Minimarket uses the AHP method to evaluate the decision for building care and maintenance to predict any potential damage to Alfamidi Minimarket. Thus, numerous complaints may be reduced, and building quality can be maintained to assure customer safety and comfort while shopping at Alfamidi Minimarket. The objectives of this research are as follows: (1) to determine the condition analysis of Alfamidi Minimarket in Malang, (2) to obtain a priority scale for implementing care and maintenance at Alfamidi Minimarket in Malang using the AHP method and Expert Choice V.11 Application modeling. This research applied a quantitative approach with a descriptive analysis technique; the sampling procedure was purposive sampling, and 13 Alfamidi Minimarkets in Malang served as the sample. The subjects of the research were Alfamidi and shop employees. The data collection method used a form about the building condition and a priority weighting questionnaire as supporting data. The Analytical Hierarchy Process (AHP) method can be utilized in making decisions since it systematically has multi-criteria properties to describe a problem. The analysis results show that: (1) The average condition of Alfamidi Minimarket in Malang based on the building condition index shows a good category with a percentage of 82.0669% with an average architectural component index (IKK) of 77.8%, a structural IKK of 97.75 %, Utilities IKK was 88.28%, and Environmental Management IKK was 63.0%. (2) According to the priority results, Alfamidi Dieng had the lowest building condition index at 78.99%, while Alfamidi Sigura-Gura had the highest at 85.82% Keywords: Priority; Care and Maintenance Building; AHP Method.

Contextual Representation in NLP to Improve Success in Accident Classification of Mine Safety Narratives

Contextual representation has taken center stage in Natural Language Processing (NLP) in the recent past. Models such as Bidirectional Encoder Representations from Transformers (BERT) have found tremendous success in the arena. As a first attempt in the mining industry, in the current work, BERT architecture is adapted in developing the MineBERT model to accomplish the classification of accident narratives from the US Mine Safety and Health Administration (MSHA) data set. In the past multi-year research, several machine learning (ML) methods were used by authors to improve classification success rates in nine significant MSHA accident categories. Out of nine, for four major categories (“Type Groups”) and five “narrow groups”, Random Forests (RF) registered 75% and 42% classification success rates, respectively, on average, while keeping the false positives under 5%. Feature-based innovative NLP methods such as accident-specific expert choice vocabulary (ASECV) and similarity score (SS) methods were developed to improve upon the RF success rates. A combination of all these methods (“Stacked” approach) is able to slightly improve success over RF (71%) to 73.28% for the major category “Caught-in”. Homographs in narratives are identified as the major problem that was preventing further success. Their presence was creating ambiguity problems for classification algorithms. Adaptation of BERT effectively solved the problem. When compared to RF, MineBERT implementation improved success rates among major and narrow groups by 13% and 32%, respectively, while keeping the false positives under 1%, which is very significant. However, BERT implementation in the mining industry, which has unique technical aspects and jargon, brought a set of challenges in terms of preparation of data, selection of hyperparameters, and fine-tuning the model to achieve the best performance, which was met in the current research.

The Concept of Integrated Coastal Management for Eco-Tourism Development at Dalegan Beach, Gresik Regency, East Java, Indonesia

Indonesia has enormous potential in the maritime sector, specifically in the tourism sector. Tourism in Indonesia is developing in several regions. There is one of the tourism destinations in Gresik Regency, that is Dalegan Beach. Dalegan Beach is located in Dalegan Village, Panceng District which has an area of 6.39 km2. Dalegan Beach has an area of about 2.3 ha and a beach length of about 180 meters. Dalegan Beach has a potential eco-tourism because of sloping beach topography, calm waves and white sand. However, to develop the Dalegan Beach as an eco-tourism have several obstacles. There are lack of infrastructure to support tourist attractions, unclear collaboration between the village community and the local government, and poor management so that the development of eco-tourism is not optimal. This study aims to improve the management of Dalegan Beach as eco-tourism, which involved all stakeholders include local governments, communities, regional consultative bodies and universities. The Analythic Hierarchy Process (AHP) method is applied on this study in order obtaining an integrated and sustainable beach management formula based on priority scale. There are five factors used for the criteria in this analysis process, those are environmental, economic, social, infrastructure, and legal. Furthermore, the Expert Choice software are used to process inputs gained from the stake holders. The result of analysis indicates the order of alternative priority management that must be carried out namely human resource empowerment of 0.336 or (33.6%), then the development of tourist destinations with a value of 0.256 or (25.6%), further development of tourism marketing of 0.238 or (23.8%) and finally industrial development of 0.170 or (17.0%).

Decision-Making Analysis Of Koi Pool Pump Selection Using Analytical Hierarchy Process (AHP) Method

The availability of various koi pond pump products is marketed with various kinds, types, and various advantages. This diversity makes it difficult for business owners to determine a koi pond pump product that suits their business needs. The consideration of the pump in question is a koi pond pump in the form of an electric submersible pump or ESP. One method that can be used for the selection of a koi pond pump is the AHP (Analytical Hierarchy Process) method. This study uses the AHP method assisted by expert choice software. From the results of the assessment of the importance of the criteria in the selection of suppliers, the priority scales are as follows: Priority I Brand Reputation (0.4251), Product Design (0.2661), Power Consumption (0.1102), Durability (0.1074), Ease of Maintenance (0.054), and Price (0.0409). From the results of the alternative assessment, the following priorities were generated: priority I Eheim CON12000 (0.4105), Resun PG12000 (0.2318), Yamano ACT12000 (0.2025), and Atman MP12000 (0.1551).

ANALISIS PERBANDINGAN ALTERNATIF PERKUATAN STABILITAS LERENG PADA REST AREA JALAN TOL SEMARANG – SOLO (Studi Kasus Rest Area Km. 456)

Soil/slope stabilization is a method used to increase the bearing capacity of a soil layer by giving special treatment to the soil layer. This study aims to determine the criteria for selecting the type of reinforcement, the advantages and disadvantages of geotextile woven reinforcement, gabions and geoframes, as well as to determine the priority order of slope reinforcement based on existing criteria in the construction work of the Semarang - Solo km toll road rest area. 456. The data in the study were obtained through a questionnaire with the respondents of this study consisting of 10 people who came from the job owner, job executor and work supervisory consultant. To choose slope stability reinforcement there are 5 criteria, namely cost, implementation time, labor, availability of materials and functions. The type of reinforcement used there are 3 alternatives including woven geotextiles, gabions and geoframes. Data analysis using AHP (Analitycal Hierarchy Process) method, data processing using Expert Choice software. The results of this study indicate that the woven geotextile reinforcement function criteria are superior with a weight of 0.375. Then from the criteria for the implementation of superior woven geotextile reinforcement with a weight of 0.587. Woven geotextiles are also superior in terms of labor and material availability with weights of 0.510 and 0.586, respectively. Meanwhile, in the criteria of superior gabion reinforcement function with a weight of 0.456. Woven geotextile reinforcement is the first priority based on the above criteria with a weight of 0.41,the priority of selecting the second reinforcement using gabions with a weight of 0.341 and strengthening using a geoframe is on the third priority with a weight of 0.248. While the realization in the field the use of woven geotextiles and geoframes is the most widely used compared to using gabions.

Coconut farming development strategy in Bireuen Regency using hierarchy process analysis

Coconut is one of the main plantation commodities cultivated on small-scale plantations. Bireuen Regency is a coconut-producing area in Aceh Province. Efforts to develop coconut farming continue to be carried out by stakeholders. This study aims to determine alternative strategies for developing coconut farming in Bireuen Regency. The data collection method used purposive sampling with a sample of coconut stakeholders consisting of elements from the government, extension workers, academics, farmer groups, traders, and industry players. The analysis model of this research uses the Analytical Hierarchy Process with the help of the Expert Choice application. The results of this study indicate that alternative strategies in developing coconut farming follow the highest - lowest weighting results obtained: first, increasing coconut production and quality (0.293); the second priority is partnership arrangements with traders and industry (0.257); the third strategy is developing farmer institutions (0.231) and, the fourth strategy for expanding access to capital (0.220).

온라인 체육수업 시 학습자의 인성 함양에 대한 교사의 인식

Purpose: The purpose of this study is to investigate physical education (PE) teacher’s perception regarding the priorities of character factors that students can develop in online PE courses.BR Method: First, a literature review was performed to explore and derive various character factors that can be developed through online PE classes. Second, ten experts were reviewed to derive character factors in order to categorize them into two-level components. Content validity was verified through expert reviewers. Finally, the AHP was performed to determine the hierarchy of the character factors derived from the literature review and expert reviews. The collected data were verified with Expert Choice 11.5 for consistency of response, and weights were calculated by evaluating the importance of each item.BR Results: The results demonstrated that the participants in this study prioritized character factors as follows: Sincerity (0.227), Respect (0.174), Communication (0.167), Rules’ compliance (0.161), Self-understanding (0.117), Cooperation (0.088), and Emotional control (0.067). The sub-component of character factors shows that it is possible for students to develop Effort (0.100) and Activeness (0.098) the most, while Patience (0.014), Community spirit (0.016), and Leadership (0.016) were judged as the most difficult character factors to develop.BR Conclusion: In summary, it is important not to conclude that online PE classes will limit the development of specific character factors, but rather to understand the phenomenon and focus on ‘how to operate and improve the quality of classes for balanced character development’. Therefore, we should seek methods for balanced character development of students during online PE classes.

Evaluating Critical Safety and Health Risks by Job Safety Analysis and Analytic Hierarchy Process in Industrial Printing

Background: Critical risks are one of the most important problems in industries, which have high costs for the industry. This study aimed to assess critical safety and health risks through job safety analysis and analytic hierarchy process in industrial printing. Materials and Methods: The present study was conducted as a descriptive and analytical in one of the printing industries in Iran, in 2020. Critical risks were collected by visiting and observing the job safety analysis checklist. Then, critical risk prioritization was performed by an analytic hierarchy process using Expert Choice software, version 11. Results: A total of 23 hazards were identified. Mechanical hazards (61%) and chemical hazards (9%) had the highest and lowest frequencies, respectively. The identified safety and health hazards included musculoskeletal disorders (MSDs) in the upper and lower back, respiratory and skin exposure to chemicals, the risk of electric shock, and mechanical hazards (hand entrapment, hand amputation, and falling objects). Conclusion: The highest priority of critical risk was related to MSDs of the upper and lower back. The next priority of critical risk was related to chemical agents, respiratory exposure to organic solvents, and dermal exposure to organic solvents.

Selecting Green Supplier for Perishable Raw Materials using AHP Method at Nunia Boutique Villa Seminyak

Purpose: The aim of this research is to do the selection for green supplier for perishable raw material at Nunia Boutique Villa, Villa with 8 Units Villa located at Seminyak Badung Bali.
 Research methods: One of the methods that used in this research is Analytical Hierarchy Process (AHP) method with Vendor Performance Index (VPI) is a Quality, Cost, Delivery, Flexibility, and Responsiveness (QCDFR) by adding the Environment Management criteria. This research used the AHP method with the expert choice software.
 Findings: The final rating of relative importance’s supplier selection criteria was found: the Quality criteria (0.472) was ranked first in the order of priority in the green supplier selection criteria.
 Implication: The Cost criteria with 0.192, Environment Management criteria (0.102), Delivery criteria (0.091), Flexibility criteria (0.076) and the last criterion is Responsiveness (0.067).

Proposed Risk Mitigation for PT ABC to Maximize Income (Hospitality Industry Sector)

The questions on the research are what are the risks that influence business PT ABC, what are the impacts of these risks, what are the mitigation techniques used to reduce the severity of the impacts. This study aims to identify and examine the risks that influence the business continuity and operations of the company PT ABC, aims to examine the impact of these risks and to investigate risk mitigation in reducing risk. Despite the global economic downturn, Indonesia continues to create increasing number of tourists. As tourists and businesspeople come to visit Indonesia, hotel demand is expected to grow in the next years and decades. Cotah (2019) why hotel investment fails because of not aligned with the right people / team, poor service and maintenance, inflexible management, blasted by new competition, cost overrun to starting any construction or renovation project and poor projection and not understanding location that weakening over time. However, without careful risk management the chance of failing is relatively high. The concept used is the risk management guideline by ISO 31000 which contains the scope, definition, principles, framework and process of risk management. The sources for risk identification research come from interviews and brainstorming. The Analytical Hierarchy Process (AHP) is used to make a risk analysis with the help of Expert Choice version 11 software to analyse the weight of the respondent’s perspective, after obtaining the results of the risk evaluation then create a risk mapping to get the level of risk. Next, the final step is to create risk mitigation and implementation plans to reduce risk. Based on this research, 29 risk factors were found from 4 risk categories, which are Operational, People, Construction and Finance. There are 14 risk factors that are categorized at high risk level, then there are 7 risk factors that are categorized at a moderate risk level, and there are 8 risk factors that are categorized at a low risk level.

Technology selection in the steel industry based on multi-criteria decision-making models: Fuzzy TOPSIS and AHP

Since the most significant and most essential effective factor in today’s competitive markets are quality improvement and reduction of the final price of the manufactured products, the present study has aimed to recognize the most important criterion that affect selection of technology and to determine the weight of each of these criteria in order to prioritize the existing alternatives. In order to determine the weight of criteria in this study, the paired comparison survey has been used which has been distributed among 8 of the skilled experts who were members of the technology management team in Khuzestan Steel Company. In order to analyze the answer given by these experts, the AHP decision-making model and EXPERT CHOICE Software have been used. According to the obtained results, we have concluded that among the indexes of technical evaluation of the technology, economic evaluation of the technology, evaluation of legal and strategic limitations of the technology, evaluation of the market of the technology, evaluation of a company’s financial limits and abilities regarding technology selection, the criterion “economic evaluation of technology” is the first priority and the criterion “evaluation of the market of the technology” is the last one. The Fuzzy TOPSIS method has been used in order to rank the technologies. The second survey used in the research have been distributed among 30 skilled experts. The innovation in this research is the fact that it recognizes and prioritizes the technology selection criteria using the AHP[1] technique and uses Fuzzy TOPSIS for selecting the technology. Therefore, the present study proposes a framework to Iranian companies for evaluating different technologies and selecting the suitable one.
 

USE OF A MULTI-CRITERIA DECISION SUPPORT MODEL BASED ON THE AHP METHOD FOR THE SELECTION OF HEALTH INFRASTRUCTURE PROJECTS

This article aims to develop a methodology in which alternative projects are prioritized and selected using appropriate methods of multi-criteria decision-making in organizations responsible for managing and developing health infrastructure. This study addresses a particular gap in implementing a systematic methodology for prioritizing and selecting projects in the health sector. The methodology developed proposes an approach based on the AHP multi-criteria decision support method for decision-makers and stakeholders to prioritize and select projects in the health sector. The problem was modeled using the Expert Choice software which allows a good “integration of the decision-maker” in the decision-making process making it possible to intervene in the research and decisions to identify the most efficient and potentially profitable health projects that are useful to the community.

Prioritization the Factors Affecting the future of Employment and Social Welfare in Iran

Introduction: One of the basic goals of development is to achieve universal social welfare and the existence of social welfare in any society is considered as one of the most important characteristics of the development of that society and the reproducer of its development. Laying the groundwork for creating a suitable business and employment environment in any country is one of the important factors in creating economic growth and prosperity and ultimately increasing the economic and social welfare of the people. Therefore, considering the important role that employment can play in realizing the concept of social welfare, in the present study, attempts have been made to identify and rank the key factors and components affecting the employment and social welfare status in Iran. Methods: In this study, in order to identify and accurately define the components affecting employment and welfare, the documentary method and semi-structured interviews were conducted with the experts and specialists of the field of employment and welfare working in the Ministry of Cooperatives, Labor, and Social Welfare. Hierarchy factorization (AHP) and Expert Choice software have been used. Findings: The results show that the investment sub-criterion with a relative weight of 0.115 has the highest priority, and then the sub-criteria respectively are policy-making, banking system, production, and business environment, laws. Then regulations, tax system, international relations, economic indicators, payment system, insurance and social security, justice and equality, manpower, domestic technologies, culture, foreign technologies, and education system were also the sub-criteria identified in the study. Discussion: The most important and key factor that can affect the employment and welfare in the country is the concept of investment. In economic theories, investment is known as the engine of economic growth, and is necessary for economic and social development, and it is one of the most important pillars in the growth and development of production units and enterprises.

Assessment of secondary wastewater treatment technologies for agricultural reuse in Rafah, Gaza Strip: Application of evidential reasoning method

Water scarcity is a global issue confronting the present generation, particularly acute in arid regions such as Palestine. Treated wastewater reuse is recognized as a strategic solution. The challenge in obtaining effluent quality that meets the reuse requirements of the area is how to select the best treatment technology. A multi-criteria decision-making method is necessary for assessing the sustainability of different wastewater treatment technologies. This study selected the most sustainable secondary treatment technology that could produce quality effluent for agricultural reuse at the Rafah wastewater treatment plant in the Gaza Strip. The Evidential Reasoning method was applied to evaluate the sustainability of sand filters, constructed wetlands, activated sludge, and bio-tower technologies. The evaluation was based on four sustainability dimensions and thirty-five indicators. The dimensions and indicators were obtained from a review of related literature and validated by experts. Using a questionnaire, the judgment of local experts (professionals working on the project, selected university professors, and members of the agricultural NGOs) was used to evaluate the dimensions and indicators qualitatively. Data analysis was done using the Intelligent Decision System and Expert Choice software tools. The utility interval-based evidential reasoning ranking technique was used to rank the wastewater treatment options with and without ignorance as follows: constructed wetlands > sand filters > bio-towers > activated sludge. Constructed wetlands ranked as the most sustainable alternative, with a minimum utility of 0.7345. The environmental dimension, with a relative weighting of 60.4%, was the dimension with the greatest influence on ranking the secondary wastewater treatment alternatives.

Solid Waste Treatment Using Multi-Criteria Decision Support Methods Case Study Lattakia City

Lattakia city faces many problems related to the mismanagement of solid waste, as the disposal process is limited to the random Al-Bassa landfill without treatment. Therefore, solid waste management poses a special challenge to decision-makers by choosing the appropriate tool that supports strategic decisions in choosing municipal solid waste treatment methods and evaluating their management systems. As the human is primarily responsible for the formation of waste, this study aims to measure the degree of environmental awareness in the Lattakia Governorate from the point of view of the research sample members and to discuss the effect of the studied variables (place of residence, educational level, gender, age, and professional status) on the level of environmental awareness. Data were collected and analyzed using the SPSS.21 statistical package. This study also presents a methodology to find the optimal scenario for solid waste treatment using the hierarchical analysis method represented by Expert Choice 11.1. The study found that there is an environmental awareness about the danger of the increasing percentage of environmental pollution and the presence of a social willingness to contribute to solid waste management, such as household sorting and working in voluntary associations. Environmental awareness is spreading throughout the province, but more attention is paid to the environment in the countryside than in the city. It was also found that environmental awareness is linked to the cultural level, and it was equal between males and females. The study also provided the optimal treatment method for solid waste according to the theory of hierarchical analysis, where the biogas production method ranked first with a rate of 35.5%, followed by the composting production method with 22.6%, the recycling method with 17.4%, followed by the incineration method by 15%. The sanitary landfill method ranked last, with 9.5%.

Analysis of Material Supplier Selection in Laminated Bamboo Shipyards Using the Analytical Hierarchy Process Method

The material supply chain is an essential part of the shipbuilding industry. For this reason, it is necessary to select suppliers who can support the material needs of ship production. Qualitative and quantitative factors are multi-criteria problems in supplier selection. The Analytical Hierarchy Process (AHP) method effectively determines an integrative approach to supplier selection. This research is applied to a laminated bamboo shipyard to evaluate several companies that can be used as material suppliers. The analysis was carried out using expert choice software by calculating the weight of each criterion and sub-criteria. The analysis results obtained the priority of the primary material supplier with the Kediri area (S1) as the supplier of bamboo material for ship construction with a global weighting value of 0.363. PT. An (S5) located in the Surabaya area is the next top priority as a supplier of adhesive and finishing 1st material components with global weighting values of 0.434 and 0.427, respectively. PT. E (S9) is located in the Semarang area as a priority supplier of finishing 2nd material components with a global weighting value of 0.490. UD. G (S11) is located in the Surabaya area as a priority supplier of ship mold components with a global weighting value of 0.456. In addition, UD. J (S14), located in the Surabaya area, is a priority supplier of material components for clamps, sanding, and cutting blades with a global weighting value of 0.496 and 0.351.

Investigating the impacts of green spaces planning on social sustainability improvement in Tehran, Iran: a SWOT-AHP analysis

ABSTRACT Green spaces are foundational to urban social sustainability and solidarity since they are accessible to all citizens without discrimination or restriction. Such spaces enable social interactions, and as places of convergence offer a sense of belonging, participation and social sustainability. Green spaces also can directly contribute to SDG 11 “Sustainable cities and communities". This research investigates the effects of urban green spaces on the promotion of social sustainability in a case study of Tehran, Iran. By adopting both quantitative and qualitative methods, this study employs a Strengths, Weaknesses, Opportunities, and Threats (SWOT) analysis in combination with an Analytic Hierarchy Process (AHP) implemented in Expert Choice software and focus group discussions. Results revealed that in order to improve social sustainability, the risk of growing insecurity in green areas among citizens and the spreading of disease due to proximity to dangerous sites were the highest overall priority values. In contrast, the lowest overall priority values belonged to the factors of sports equipment for physical activities and intellectual games and lack of attention to trees and seasonal flowers in some obsolete green spaces.

Strategi Pengembangan Agribisnis Kopi Arabika Di Kabupaten Lahat

Coffee is an important export commodity for Indonesia, which contributes a sizeable foreign exchange. Indonesian coffee production is still fluctuating. Lahat is a regency in South Sumatera province which have significant potential for the development of Arabica coffee commodity. However, there are some obstacles in the development of arabica coffee farming including land resources utilization, aspects of cultivation, harvest and post-harvest, and institutional aspects. Therefore, it is necessary to formulate business development strategies for arabica coffe agribusiness. This study aims to determine priority strategies from various alternatives in developing Arabica coffee. Determination of the location of the study was done purposively. Respondents in this study were experts or key people who understood arabika coffee agribusiness. The method used in determining respondents is purposive sampling. Primary data is obtained through direct interviews conducted with respondents and secondary data obtained from books, journals and books of the agricultural service report. Several alternatives in this study were determined based on the results of discussions with the experts and also based on the literature and previous research. Some of these alternatives are then compared in a questionnaire for the respondents. The comparison is then processed using the analytic hierarchy process method (AHP). Data processing is done using the expert choice application so that a priority alternative appears. The study concludes that based on analytic hierarchy process, the priority strategy is developing the capacity of human resources (HR) of agribusiness actors.

PEMILIHAN ALTERNATIF PERBAIKAN PERKERASAN JALAN PADA PERSIMPANGAN JALAN DENGAN MENGGUNAKAN ANALYTICAL HIERARCHY PROCESS (STUDI KASUS: SIMPANG EMPAT BUNTU KABUPATEN BANYUMAS)

The economic growth in Banyumas Regency, Central Java, and its surroundings, followed by the increasing number of vehicles crossing the area. Among the national roads in Banyumas, the Buntu intersection area is one that requires attention. Data collection was conducted by interviewing and filling out questionnaires directly from respondents. In considering the priority of road repairs, there are 11 criteria used in this study. The alternatives that can be done are asphalt pavement, concrete pavement, and concrete - asphalt pavement. The method used in this study uses the Analytical Hierarchy Process (AHP) method with the help of Expert Choice 11 software. Results of field survey indicated the types of road damage that occurred at the intersection of four dead ends in Banyumas Regency, the Sampang-Buntu section were ruts, potholes, wear (polished aggregate) while for the Buntu section-South Kedu the types of damage include alligator cracking, ruts, potholes, stripping. Concrete pavement repair is the main choice because the Buntu intersection is a national road whose daily traffic is traversed by heavy vehicles with the heaviest axle loads above 10 tons, such as buses or large trucks so that respondents want road pavement repairs at crossroads to prioritize traffic average daily.