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Small and medium enterprises (SMEs) play a very important role in the economy, especially in developing countries like Indonesia. Developing countries such as Indonesia. This research aims to develop mentoring strategy for SMEs in the snack food sector, specifically “BROWSIST,” which faces challenges in digital marketing,operational efficiency, and implementation of sharia economic principles. Through qualitative descriptive approach, this research conducts mentoring with a focus on optimizing digital marketing, improving operational management, and integrating sharia principles in every aspect of the business. integration of sharia principles in every aspect of the business. The results of the mentoring showed a significant increase in turnover, number of customers, and operational efficiency after three months. efficiency after three months. In addition, stronger application of sharia principles in business transactions and finances principles in business transactions and finances strengthens BROWSIST's position in the halal market. halal market. This study suggests the importance of sustainability in brand development, increasing production capacity, and expanding market reach to support more sustainable business growth. market to support more sustainable business growth.

This research optimises the production of quality charcoal briquettes using the Multi Factor Evaluation Process (MFEP) method to meet the need for sustainable alternative energy. The main raw material is coconut shells, which are cleaned, burned in iron drums, and sun-dried to produce quality charcoal. Quality evaluation was conducted on calorific value, moisture content, ash content, and compressive resistance. Findings showed significant improvement in the quality of briquetted charcoal after the application of MFEP, with higher calorific value, lower moisture and ash content, and better compressive resistance. This research supports energy efficiency, reduces emissions, and improves environmental sustainability and community welfare.

This research aims to design a new warehouse layout at Alfamart with a dedicated storage method to increase material storage capacity. The instrument cluster assembly process at Alfamart is very dependent on the smooth supply of materials. The increase in production capacity from 2,500 units/day to 3,000 units/day in 2021 causes a larger need for storage space. The main problem identified is the limitation of the material placement area in the old warehouse. In this study, an analysis was carried out on the types of goods placement policies and optimal facility layout. The research method used is a combination of literature study and data collection from the research site. The results of the analysis show that the new layout design can increase the storage capacity up to 30%, from 240 pallets to 312 pallets. The new layout not only improves the placement of goods, but also increases operational efficiency through wider lanes, clear zoning systems, and better lighting. Thus, this research makes a significant contribution to warehouse management at Alfamart, ensuring that all materials can be stored and accessed in accordance with the established standards.

Cv. Adikarya Teknik is one of the manufacturing companies engaged in the field of mechanical engineering that produces wire mesh and conveyor table top chains. Cv. Adikarya Teknik has 6 projects that did not meet the 2024 work targets, resulting in delays in the completion of Conveyor Table Top Chain products. The delays are quite significant, with the work for Aqua Mineral Water being delayed by 11 days and Pocari by 10 days. Production analysis using the CPM and PERT methods to identify priority issues of delay risks and improve operational efficiency. By using the CPM method, it was found that the critical path of the Conveyor Table Top Chain production project lies in activities A-B-C-E-F-G-H-I-J-K-L-M-N (all located on the critical path). There is slack in activity D (Incoming Material); if it is delayed, it will not affect the critical path activities. The results of the PERT method on the Conveyor Table Top Chain project show that the probability of the conveyor production project being completed faster than the usual time, which is within a duration of 127 days, is 84%.

This study analyzes the application of production theory in the economy of East Kutai, especially in the mining and oil palm plantation sectors. The main focus is on the basic principles of production theory such as the law of diminishing returns, economies of scale, and isoquant curves, and their relevance in improving production efficiency. The study also considers the perspective of Islamic economics which emphasizes sustainability and justice in production. The results of the study indicate that the application of appropriate production theory can reduce costs and increase output, as well as support sustainable and inclusive economic growth in East Kutai.

The process of organic matter degradation is an integral part of the ecosystem cycle, which converts complex organic compounds into simpler forms through the activity of microorganisms. Microorganisms, such as bacteria, fungi, and actinomycetes, play an important role in the decomposition of organic matter, whether from household waste, crop residues, or organic industrial waste. This process involves various biochemical mechanisms, such as hydrolysis, fermentation, and oxidation, which are triggered by exocellular enzymes produced by microbes. Environmental factors, such as pH, temperature, humidity, and oxygen content, affect the efficiency of degradation by microorganisms. Several microorganisms, especially those that have the ability to decompose lignin, cellulose, and hemicellulose, have been widely applied in organic waste management technologies such as composting, bioremediation, and biogas production. Research on the role of microorganisms in organic matter degradation is not only important for understanding ecosystem dynamics, but also has the potential to support efforts to manage organic waste that are more environmentally friendly and sustainable. This abstract provides a review of the role, mechanisms, and factors that influence organic matter degradation by microorganisms, as well as their applications in environmental technology.  

Indonesia's dependence on oil and gas imports has become a significant challenge to the country's economic stability, with impacts on the trade deficit, global energy price fluctuations, and fiscal dependence. This study aims to evaluate the economic impact of efforts to reduce Indonesia's dependence on oil and gas imports, focusing on the implications for economic growth, trade balance, and national energy security. The methods used include secondary data analysis, macroeconomic modeling, and simulation of the impact of energy policies such as increasing domestic oil and gas production, energy diversification, and renewable energy development. The results show that reducing dependence on oil and gas imports has the potential to reduce pressure on the trade balance and foreign exchange reserves, and improve long-term energy security. However, the transition to domestic energy security requires large investments in the renewable energy sector, supporting infrastructure, and policies that support energy efficiency. This study suggests the need for an integrated policy strategy between the government, private sector, and society to achieve the goal of reducing oil and gas dependence and improving Indonesia's economic competitiveness.

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.

All companies hope for an effective and efficient production system, but an imperfect production system means that PT XYZ must improve its production activities. The company strives to produce good products followed by a high level of productivity. In this research, we investigate a case at PT XYZ which produces hot stamping foil in the rewind section. This research found that there was waste that occurred in set-up replacement activities in production. Because it requires a long processing time, we perfected the system by implementing the Single Minute Exchange of Dies (SMED) method, then the process optimized internal activities in the set-up process. The application of the SMED concept is carried out by changing internal activities into external activities with the addition of helpers. This research aims to provide a more effective and efficient set-up replacement process so that machine downtime can be reduced. The results of this research show a 52% reduction in set-up time obtained by adding a helper with a time before implementation of 58 minutes to 30 minutes. This research concludes that SMED is effective in reducing machine set-up time and increasing the efficiency of the production process with benefits after implementing the SMED method by adding a helper of Rp. 10,649,336. In this way, implementing the SMED method helps companies increase production set-up replacement times in the rewind section.  

Proses pemanggangan adalah salah satu tahap penting dalam produksi bakpia yang memengaruhi kualitas tekstur dan cita rasa produk. Namun, tantangan seperti waktu yang lama, suhu tidak konsisten, dan kapasitas terbatas sering kali menjadi hambatan dalam proses ini. Penelitian ini bertujuan untuk merancang alat bantu Grilltider yang dirancang untuk mempercepat proses pemanggangan bakpia, meningkatkan efisiensi, serta mengurangi risiko kerja. Metode perancangan yang digunakan adalah VDI 2221, meliputi penentuan kebutuhan, konsep desain, perancangan bentuk, hingga pengujian alat. Alat Grilltider menggunakan bahan utama stainless steel tahan panas dan pegangan kayu ergonomis yang dilengkapi grip untuk kenyamanan pengguna. Hasil penelitian menunjukkan bahwa penggunaan Grilltider mampu meningkatkan efisiensi pemanggangan hingga 30% serta memberikan kenyamanan dan keamanan tambahan bagi pengguna. Inovasi ini diharapkan dapat menjadi solusi bagi industri makanan kecil dan menengah dalam meningkatkan produktivitas tanpa mengorbankan kualitas produk.      

This article is made to learn the definition, components, and calculation formula of the Market Entry Barriers Component Index and Function Index, where these two measuring instruments are very important in analyzing the market. The function of the Market Entry Barriers Component Index is to evaluate the level of difficulty that a company will face in entering a pre-existing market. The way to evaluate it is by looking at obstacles such as fixed costs, production capacity, regulation, and production. For the Function Index itself, it functions to see how much efficiency will occur and includes distribution, information flow, and market mobility. This article also aims to provide an example of how the calculation system for the two indexes works. Through this understanding, readers and companies can formulate more appropriate strategies in dealing with obstacles and taking advantage of opportunities in the market.

Digitization of cooperatives and the use of technology are strategic steps in increasing economic competitiveness in the Madura handwritten batik sector, especially in Central Pakandangan Village, Sumenep Regency. This program aims to empower handwritten batik artisans through technology integration and digital capacity building. Some of the main activities include Search Engine Optimization (SEO) training, digital financial management through Accountable Digital Financial Management, digital cash book preparation, as well as Social Media Officer training and social media management strategies. The participants were also trained to create creative content, carry out digital branding of batik through logo design and visual branding, as well as build digital partnerships and cooperation. In addition, technological innovations are introduced through the use of night blasting machines to support production efficiency. This approach is expected to be able to increase the visibility of Madura written batik products, expand the market, and strengthen the competitiveness of artisans in the digital era. With a combination of training and the application of technology, this program contributes to the transformation of the digital-based economy in the Madura batik sector.

People's mining activities in Gamey Village, Uwapa District, Nabire Regency, Central Papua Province are carried out to meet daily needs and improve the welfare of the local community. This mining activity is based on alluvial deposit conditions and is applied for mining sediments on the surface and using alcon machines. for high pressure water spray. This community mining activity is divided into several stages starting from preparation of mining land, processing and production processes as well as selling gold products for sale. This research aims to examine the gold processing used by small-scale miners in Uwapa District, Gamey Village, and its impact on the environment and public health. The main focus of this research is on the use of the sluice box method, which is the gold processing technique most commonly used by local communities. This method was chosen for its simplicity and low cost, although the gold recovery efficiency varies between 50-70%. Additionally, this research evaluates alternative technologies such as shake tables and centrifuges that can increase gold recovery efficiency and be more environmentally friendly. The research results show that the implementation of alternative technology requires training, procurement of adequate equipment and infrastructure as well as ongoing monitoring. By adopting better technology, it is hoped that gold mining activities in Gamey Village can run more productively and sustainably, improving community welfare without damaging the environment.

Korean wave perm is the latest trend in curling hair. The price of the tools used is in the range of Rp1,000,000 to Rp5,000,000. The purpose of this research is to replace the digital perm tool with a hair dryer so that production costs can be reduced. The methods used in this research are observation, documentation, interviews, literature, questionnaires and experimental methods. Based on the assessment by 5 expert validators about the feasibility technique of using a hair dryer as a tool in curling that the technique effectiveness indicator scored 21 said to be feasible, time efficiency score 23 said to be very feasible, the cost got 21 said to be feasible, and the final result got 24 said to be very feasible. In addition, a public test was conducted to see the results of the public's level of liking for the technique of using a hair dryer as a curling tool by distributing questionnaires to 60 respondents, the results of which were 100% agreed that hair dryers could replace digital perm tools as well as save pioneering salon expenses, in the final results of the technique 55% of respondents liked it, 26.7% of respondents quite liked it and 18.3% of respondents really liked it so that 98.3% of respondents agreed that hair dryers could replace digital perm. It can be concluded that the hair dryer is feasible to use as a substitute for digital perm tools in curling korean wave perm.

The fusion of cultural heritage and digital technology has opened up new opportunities in the art of motifs and pottery making. This article explores design innovations that utilize digital technology to recreate traditional motifs in ceramic crafts. The research examines how techniques such as parametric design, 3D printing, and virtual reality can be used to preserve, adapt, and introduce cultural motifs to a wider audience. Case studies from several traditional artisan communities are analyzed to understand the impact of technology on the creative process, production efficiency, and preservation of cultural values. The results show that the integration of digital technology not only increases design flexibility but also strengthens the connection between tradition and modern innovation. This article provides important insights into the role of digital technology in fostering the sustainability of traditional crafts, while motivating future cross-disciplinary collaborations.

This study investigated the effect of genetic quality of local North Sumatra cattle on fattening efficiency. PCR and RFLP-based genetic analyses and fattening efficiency measurements through average daily growth (ADG) and feed conversion (FCR) were used. local cattle from Deli Serdang, Langkat, and Simalungun were used. The study showed that feed management involving the use of concentrate and high-quality forage can improve cattle fattening efficiency, and the IGF-1 gene plays a significant role in cattle growth. A strong correlation between fattening efficiency and genetic quality (r = 0.85) indicates the importance of genetic selection to improve productive local cattle. Based on these findings, it is recommended to implement molecular marker-based genetic selection programmes and improve feed management by diversifying local feed sources. In addition, it is necessary to improve farmer training on more efficient husbandry methods. This research provides policy suggestions that can be implemented to support the curiosity of the livestock industry in North Sumatra and improve the efficiency of local cattle production.

This research aims to evaluate strategies for increasing beef cattle productivity through optimizing concentrate feed based on local ingredients in Perbaungan, Serdang Bedagai Regency. Surveys and interviews were conducted to collect data regarding feeding patterns, costs and production efficiency. The research results show that concentrate feed, although more expensive than forage, provides higher efficiency in supporting daily weight gain in beef cattle. Local ingredients such as rice bran, palm oil cake and tofu dregs have great potential for use in concentrate formulations, thereby reducing costs and increasing the sustainability of livestock businesses. Optimal strategies include providing concentrate as needed, combining with forage, and managing feed stock. This optimization has been proven to be able to increase beef cattle. productivity and support national meat self-sufficiency efforts

This paper presents the design and implementation of an automatic Virgin Coconut Oil (VCO) making device using an Arduino Uno microcontroller. Virgin Coconut Oil has gained popularity due to its health benefits and versatile uses in various industries. The traditional process of making VCO involves manual effort and precise timing, which can be tedious and inconsistent. The proposed automated system aims to streamline the VCO production process by integrating sensors, actuators, and a microcontroller to achieve precise control and monitoring of the process variables. The Arduino Uno microcontroller serves as the central unit for data acquisition, processing, and control, facilitating automation through programmed logic. Key components of the automated VCO maker include temperature sensors for monitoring heating stages, a motor for stirring, and relays for controlling heating elements. The system utilizes feedback loops to maintain optimal conditions during each phase of VCO production, ensuring reproducibility and quality. The design also emphasizes user-friendly operation, with an interface that provides real-time feedback on process parameters and allows manual intervention if necessary. Safety features are incorporated to prevent overheating and ensure operational reliability. Overall, the developed automatic VCO maker offers a practical solution to enhance the efficiency and consistency of VCO production, catering to both small-scale producers and commercial enterprises in the food and cosmetic industries

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.

Operational management is an important part of problem solving factors in manufacturing companies because they have to face changing environmental conditions. Marketing Strategy is a strategy designed to promote goods or services with the aim of generating profits. Especially in some contexts, consumers tend to focus more on brands than products when making purchases, choosing certain brands because they have a positive image. Qualitative research methods place more emphasis on observing phenomena that occur and more on examining the substance of the meaning of these phenomena. Descriptive qualitative research means that the researcher must describe an object, phenomenon, or social setting which will be outlined in narrative writing. Benefits and Objectives of Company Operational Management 1. Efficiency (increasing efficiency) 2. Productivity (increasing efficiency) 3. Economy (reducing costs) 4. Quality (improving quality) 5. Reduced processing time (reducing production process time) Suggestions for this research are that several objects can be added to determine product quality improvements.