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This study aims to produce a company profile video for the Faculty of Technology, Battuta University, Medan using Adobe Premiere CC 2019 software. This company profile video is designed to provide a clear picture of the vision, mission, organizational structure, facilities, and superior programs at the Faculty of Technology, Battuta University, Medan. The production process of this video goes through several stages, namely planning, shooting, processing visual materials, and editing to produce a video that is in accordance with the communication objectives to be conveyed. Adobe Premiere CC 2019 was chosen as the main tool in video editing because of the ability of this software to provide various professional editing features, such as transition settings, visual effects, color adjustments, and audio processing that supports the quality of the final video results. The results of this study are in the form of a company profile video that can be used as a promotional media, which is expected to improve the image and attractiveness of the Faculty of Technology, Battuta University, Medan in the eyes of prospective students and the general public. With this video, it is hoped that information about the faculty can be conveyed more effectively and attractively.

Torok Golo Village in Rana Mese District, East Manggarai, is an agrarian area with significant agricultural potential but faces various structural challenges, such as limited access to agricultural technology, weak farmer institutions, and low community participation in village development planning processes. This study aims to evaluate the effectiveness of a community-based farmer empowerment program in the area. A qualitative approach was used with a descriptive-qualitative research design. Data were collected through in-depth interviews, participatory observation, and documentation involving local actors, including farmers, extension workers, village officials, and program facilitators. Data analysis followed the interactive model of Miles and Huberman, which includes data reduction, data display, and conclusion drawing. The results show that the empowerment program has enhanced farmers' capacities in production and group collaboration, and there has been active community participation during the implementation phase. However, participation in the planning and evaluation stages remains suboptimal, and the institutional structure of farmer groups still requires strengthening. Other weaknesses include limited market access and low utilization of modern agricultural technologies. The study concludes that program effectiveness heavily depends on sustained community participation across all stages and structural support from the government and assisting institutions. Future research is recommended to explore technology-based empowerment models combined with the strengthening of local institutions to better adapt to the needs of rural communities in remote areas.

Industrialization plays a critical role in the process of economic development, particularly in shaping a stronger and more competitive economic structure. For Indonesia, an industrialization strategy is not merely a tool for boosting economic growth, but a key instrument for promoting long-term structural transformation. This article discusses how industrialization strategies should be designed holistically, taking into account not only the manufacturing sector but also the interconnections with agriculture and services. Within the national development framework, the state must take an active role by implementing fiscal policies, providing infrastructure support, and offering incentives for value-added industries. Lessons from newly industrialized countries show that the success of industrialization is highly dependent on consistent policy coordination, strong leadership, and robust institutional capacity. Furthermore, industrial strategies must be responsive to global challenges such as technological change, international competition, and regional disparities. Therefore, industrial development planning in Indonesia should be oriented towards achieving economic efficiency, strengthening domestic production capabilities, generating broad employment opportunities, and ensuring equitable distribution of development benefits. This paper aims to provide a conceptual foundation for formulating a national industrialization strategy that is not only responsive to global trends but also capable of addressing domestic needs in an inclusive and sustainable manner.

This study examines Topten Printing, a printing company based in Metro City that offers diverse printing services characterized by competitive pricing, high-quality output, and efficient service. The research addresses the challenge of sustaining competitiveness amid rising market competition and evolving customer preferences. The objective is to analyze the company’s existing competitive strategies and propose viable alternatives for future growth. Employing a qualitative approach through a case study method, the research utilizes SWOT analysis and the Quantitative Strategic Planning Matrix (QSPM) to assess internal and external factors influencing the business. The results reveal that Topten Printing’s key strengths lie in its affordable pricing, reliable print quality, and prompt service delivery. However, the company also faces notable weaknesses, including a limited workforce and insufficient engagement on social media platforms. Opportunities exist in the growing demand for printed materials and government initiatives supporting micro, small, and medium enterprises (MSMEs), whereas significant threats stem from digital transformation trends and raw material price volatility. The synthesis of findings indicates that to enhance its market position, Topten Printing should implement a growth-oriented strategy focused on increasing production capacity by hiring freelance workers and intensifying social media marketing efforts. In conclusion, strengthening human resources and expanding digital marketing activities are essential steps for Topten Printing to maintain competitiveness and seize market opportunities in an increasingly dynamic business environment.  

Indonesia, as an archipelago, has significant agricultural potential, but its optimal utilization requires balancing rice production volume with the available harvest area. This study analyzed the contribution of harvested area to rice production in Gorontalo Regency using linear regression analysis. The data used included the harvest area and the amount of rice production during the period 2018–2024, sourced from the Central Bureau of Statistics (BPS) of Gorontalo Province. The independent variable in this study was the amount of rice production (tonnes), while the dependent variable was the area of harvest (Ha). The analysis results revealed a very strong linear relationship between the two variables, with a correlation coefficient (R) of 0.8437 and a coefficient of determination (R²) of 0.7119. The regression equation indicated that an increase in rice production by 4.8891 tonnes corresponded to an increase in the harvested area by 1 hectare. The model significance value of 0.017017 indicated that the regression model was statistically significant. This finding demonstrates that the amount of rice production significantly affects the area of harvest, and the model can serve as a predictive basis for planning agricultural sector policies in Gorontalo Regency.

The sustainable management of marine ecosystems and fishery resources is a primary goal of the SDGs (Goal 14). Supporting this objective requires the availability of a cold chain network, including ice factories, to preserve the quality and freshness of fish catches. In the southern coastal area of Sukabumi, particularly Ciwaru Village within the Ciletuh National Geopark, the availability of ice factories remains insufficient. Small fishing vessels (<5 GT) in this area require approximately 6 tons of ice per month. This study aims to design the production capacity of a portable mini ice factory to meet the local ice demand. By considering seasonal patterns, fishing volumes, and fluctuating ice needs, the factory is designed to produce around 788–798 tons of ice per year, with an ice storage capacity of 2 tons. The design utilizes 12 kg ice blocks, adjusted to the vessel sizes commonly used by local fishermen employing one-day fishing methods. The planning results indicate that the establishment of this mini ice factory can address the ice supply shortage in Ciwaru, support the maintenance of fish quality, and enhance the economic value of fishermen’s catches.

The implementation of the Rice Field Expansion Program as an effort to develop new agricultural land and achieve food sovereignty in Tanah Laut Regency, South Kalimantan, aims to optimize the use of agricultural land to support food security. This program was carried out as a response to the need for increased food production, particularly rice, to reduce dependency on imports and strengthen the national food system. This study analyzes various factors influencing the success of the rice field expansion program in Tanah Laut Regency, including planning, implementation, and challenges faced in developing new agricultural land. A case study method with a qualitative approach was used through in-depth interviews with relevant stakeholders, such as local government, farmers, and other related agencies. The results show that the program has a positive impact on increasing the area of productive agricultural land, but still faces challenges related to water availability, market access, and farmers' awareness in adopting new agricultural technologies. Therefore, improvements in coordination among stakeholders and the enhancement of supporting facilities are needed for the program to achieve its main goal, which is food sovereignty at the regional level.

Casework is a process used by humanitarian service agencies to assist individuals in addressing social functioning issues. This process includes several stages: engagement, assessment, planning, intervention, evaluation, and termination. This study examines the application of the casework method with a client named SM, a 30-year-old widow with two children facing economic and social limitations. Through interviews and observations using the BPSS (Bio, Psycho, Social, Spiritual) approach, the practitioner assessed the client’s condition, revealing that SM struggled with economic difficulties and challenges in providing adequate care for her children. In the intervention stage, SM was provided with a program to develop weaving skills, which led to the production of woven mats, curtains, and decorations. Monitoring was conducted to ensure that the client adhered to the program, ultimately increasing SM’s income to Rp 40,000 per day. In the termination stage, the cooperation between the practitioner and the client was concluded as the agreed-upon goals had been achieved. This study demonstrates that with the right approach, individuals facing social and economic limitations can develop their potential and improve their well-being.

This study aims to analyze the efficiency of raw material inventory control for bread products at Rejeki Bakery in Mijen, Semarang, and to examine the application of the Material Requirement Planning (MRP) method in optimizing raw material inventory costs. The research employs a quantitative approach using secondary data as the main source. The data analysis technique utilized in this study is the Material Requirement Planning (MRP) method, which includes three inventory control techniques: Lot For Lot (LFL), Economic Order Quantity (EOQ), and Period Order Quantity (POQ). Each method was analyzed to determine the most efficient inventory cost. The results show that the raw material inventory cost using the Lot For Lot (LFL) method is Rp 2,400,000.00, the Economic Order Quantity (EOQ) method results in an inventory cost of Rp 2,992,600.00, while the Period Order Quantity (POQ) method incurs a cost of Rp 6,924,800.00. Additionally, the current raw material inventory cost under Rejeki Bakery’s management policy is Rp 2,681,600.00. Based on these findings, the implementation of the Material Requirement Planning (MRP) method at Rejeki Bakery in Mijen, Semarang, has demonstrated its effectiveness in improving the efficiency of inventory management. Among the three techniques analyzed, the Lot For Lot (LFL) method proves to be the most cost-effective, as it minimizes excess inventory while ensuring that production needs are met. This study highlights the importance of selecting an appropriate inventory control method to optimize costs and enhance operational efficiency in bakery production.

Crab farming in Prapag Kidul Village has significant potential to support the local economy. However, challenges such as price fluctuations, capital limitations, and traditional marketing approaches hinder business growth. This research aims to analyze crab farming business management strategies using a strategic management approach, including planning, implementation, and evaluation of business strategies. The research employed a qualitative approach through in-depth interviews and field observations. Results indicate that effective strategies include product diversification, digital marketing, cooperative partnerships, and financial management optimization. Synergy between crab farmers, government, and business stakeholders is necessary to enhance competitiveness and sustainability of the crab industry in this region. The study reveals that crab production in Prapag Kidul has increased by 31.6% over the past five years, while production value grew by 84.2%, demonstrating significant growth potential despite identified constraints in implementation.

The Shipyard Company is a company that operates in the shipping sector, including ship production, overhaul and ship maintenance. In this case, the Shipbuilding Company has an important role in providing quality and timeliness in every project that has been accepted. Quality and timeliness are closely related to the planned production schedule, with efficient and effective scheduling it will have an impact on the quality results and production progress carried out, and cut excess production costs. Based on these needs, an analysis was carried out using the Precedence Diagram Method (PDM) on the Install Machinery Engine Deck 1 sub-job on the Warship project. The data needed in this research is the work breakdown structure (WBS). Based on the analysis that has been carried out, it was found that the most efficient path was found by eliminating dummy factors, so that work can be carried out simultaneously without waiting for previous work. In this case, it was found that the processing time for the Install Machinery Engine Deck 1 work on the Warship project was 471 days, compared to 657 days previously. Thus, the conclusion of this research is that the PDM method schedule has more efficient results than previous planning.

This study evaluates the impact of an AI-driven nutritional monitoring system in hospital settings, focusing on its effectiveness in reducing food waste and improving the accuracy of dietary assessments. Traditional food waste management and nutritional tracking methods in hospitals often suffer from inefficiencies, inaccuracies, and time constraints. In contrast, the AI-based system utilizes advanced technologies, including 3D scanners, digital scales, and image recognition, to optimize food production, minimize waste, and provide more accurate and timely nutritional assessments. The results of this study show a 31% reduction in food waste and a 40% improvement in the accuracy of nutritional assessments after implementing the AI system. This system enhances meal planning, portion control, and real-time tracking of food intake, offering personalized recommendations based on patient needs. The AI system also streamlines the nutritional assessment process, reducing labor-intensive procedures and providing real-time feedback to clinicians, which helps improve patient care and reduce errors associated with traditional methods. Furthermore, the environmental and financial implications of adopting AI technologies in healthcare are significant. The reduction in food waste not only helps lower hospital costs but also contributes to sustainability goals by reducing resource consumption, including water, land, and energy. This study underscores the potential of AI-driven systems to improve healthcare operations, support sustainability, and enhance patient outcomes. Future research should focus on expanding the application of AI in other healthcare sectors and further exploring its integration with other technologies for comprehensive healthcare solutions.

Optimizing the profit from coffee bean production is crucial in the coffee industry consider the competitive environment and the need for maximize revenue. The aim of this research is to use the Simplex linear programming method to determine and maximize profits from coffee bean production. This technique is used to ascertain the best combination of coffee bean production volumes while still considering a number of limitations, including scarce resources (labor, raw materials and machines) and market demand. The findings of this research show that by using the Simplex approach, companies can maximize the profit generated from coffee bean production while adhering to the existing constraints. The simulation conducted provides an optimal solution in terms of the precise production volume for each type of coffee product, contributing significantly to production planning and business strategy.

This discusses the business feasibility study of Mie Gacoan based on technical and operational aspects. Mie Gacoan, as one of the main players in the Indonesian culinary industry, faces the challenge of fierce competition. By offering innovations in products and services, as well as effective marketing strategies, Mie Gacoan has managed to attract the attention of customers. This study uses a qualitative approach to analyze various aspects, including planning, production control, and product design. The results of the study show that menu innovation and good customer service are the keys to Mie Gacoan's success in achieving sustainable growth.  

There are two issues studied in this thesis, namely: the management of Village Unit Cooperatives in improving the welfare of members in Lubuk Mandarsah Village, Tebo Regency and the management of Village Unit Cooperatives from a sharia economic perspective. The aim of this research is to determine the management of Village Unit Cooperatives in improving the welfare of members in Lubuk Mandarsah Village, Tebo Regency and to determine the management of Village Unit Cooperatives from a sharia economic perspective. To reveal this problem in depth and comprehensively, researchers used a qualitative approach by collecting data using observation, interviews and documentation. The data analysis technique used is field analysis using an interactive model including data reduction, data display, data verification. From the research results, it can be concluded that: In the management of the Village Unit Cooperative in Lubuk Mandarsah Village, Tebo Regency, 4 (four) cooperative management functions are implemented, namely: planning, organizing, acting, and monitoring. controlling). There are business units such as supermarkets, convenience stores, savings and loans, agricultural production facilities, and the provision of fertilizer which are solutions for the community according to their individual interests. In the management of the Village Unit Cooperative in Lubuk Mandarsah Village, according to an Islamic economic perspective, namely using the principle of shura' (deliberation) in every decision making, and also using the principle of ta'awun (mutual assistance) in the Village Unit Cooperative which has been implemented but equated with the principle of mutual cooperation.

Oil production from a reservoir will naturally decrease or even not be able to produce at all. This condition does not necessarily indicate that the oil reserves in the reservoir have run out. If we only rely on primary production methods (primary recovery), it is likely that there is still a lot of oil left in the reservoir, so advanced production methods are needed to be able to drain the oil that is still left in the reservoir. Advanced oil recovery technology or Enhanced Oil Recovery (EOR) continues to develop to overcome the challenges in increasing oil production from reservoirs that have entered the secondary or tertiary production stage. One method that has attracted attention is Miscible Gas Flooding (MGF), which involves injecting certain gases into the reservoir. This method allows the creation of perfect mixing conditions (miscible) between the injected gas and the oil in the reservoir, thereby increasing the efficiency of oil transfer and maximizing recovery results. This technology is a solution to maximize the potential of oil wells that have experienced decreased productivity. The main principle of Miscible Gas Flooding is to reduce the interfacial tension between oil and gas, and reduce the viscosity of the oil, so that the oil can flow more easily to the production well. Commonly used gases include carbon dioxide (CO₂), nitrogen (N₂), or light hydrocarbons such as methane and ethane. With the right pressure and temperature, these gases can mix homogeneously with oil, resulting in higher displacement efficiency compared to water or immiscible gas injection methods. These advantages make MGF one of the most effective approaches to increase oil well productivity in complex reservoirs. Although promising, the implementation of Miscible Gas Flooding requires careful planning and a comprehensive evaluation of reservoir conditions. Factors such as the minimum pressure to achieve miscibility, the type of gas used, and potential disturbances such as fingering or channeling must be carefully considered. In addition, operational costs and the infrastructure required are also aspects that need to be taken into account.

With the rising demand in the food sector, particularly for ready-made spices, CV. Peduli Pangan, which focuses on producing sachets of pepper, has a notable chance for expansion. To address this demand, accurate forecasting of production is essential for guiding choices related to production planning. Forecasting is an important tool for decision-making that underpins various manufacturing and service sectors.This research aims to estimate the ideal production quantity of pepper sachets over the next 12 periods. Regression analysis is utilized to identify the best-fitting model based on the gathered data, facilitating an exploration of how important factors affect production. The resulting regression formula shows that the production levels are impacted by the cost of raw materials (HBB), product defects (PG), and workforce (TK). The constant figure of 11,109.687 signifies the fundamental production level when these factors are not considered. If all other factors are ignored, a decrease in production volume occurs when the raw material price (X1_HBB) is -0.15 and the defect rate (X2_PG) is -0.617. On the other hand, production volume rises if the labor factor (X3_TK) is valued positively at 37.317. This forecasting model is designed to aid CV. Peduli Pangan in making informed and precise production choices.

Production planning is one of the most important factors in improving business continuity. The preparation of production planning is related to the optimization of production for a particular business so that the business can operate efficiently and production activities achieve competitive prices. The preparation of production planning must consider several factors because every business has different goals that it wants to achieve. The Goal Programming method aims to minimize deviations from the targets set by the business, so that business goals can be achieved optimally. This research aims to optimize production in a company that can accomplish more than one goal.  The method used in this study is Systematic Literature Review (SLR), and this study identifies 5 previous journals. The source of information used in this study is articles from national journals published between 2018-2024. The results of this study show that Goal Programming is a very effective tool in production and distribution planning in various industrial sectors.

Coal mining activities involve three main activities, namely loading, hauling, and dumping. This research focuses on the technical study of overburden (OB) dumping highdump activities In Pit Dump area with the aim of planning, implementing and evaluating technical, operational, economic, and HSE aspects. This research method includes field observations, stage plan making, and high dumping over water. Actual conditions show a difference in critical dumping height over water with geotechnical recommendations to minimize landslide risk and potential hazards. The study involved the collaboration of Mine Engineer, Geotech Engineer, Safety, and Production, and the use of equipment such as Komatsu HD 785 and Komatsu Dozer D155 & D85. The results showed that these changes could be carried out productively and safely, supporting coal production targets and adding economic value to the government and Mining Business License holders.

Operations management is a series of activities related to planning, organizing, controlling and supervising all resources used in the process of producing goods or services. The main function of operations management is to create quality products or services, at efficient costs, at the right time, and in accordance with market demand. This research is quantitative research that works with numbers and the data is in the form of numbers which are then analyzed using statistics to test hypotheses or to answer specific research questions and to make predictions. This research approach is explanatory research where data collection is carried out simultaneously in one stage (one shot study} or in a cross-section through a questionnaire. One of the main impacts of operations management what is good is increasing the efficiency of the production process by designing and managing efficient production processes, companies can optimize the use of available resources, reduce waste, and increase output without increasing significant costs. Effective operations management has a significant impact on various aspects of company performance, including operational efficiency, cost control, product quality and service, and customer satisfaction. By implementing good operations management principles, companies can increase their competitiveness, reduce waste, and improve the customer experience.