Standardization Agency Research Articles

Pengaruh Kualitas Sumber Daya Manusia dan Efektivitas Kerja Terhadap Kinerja Pegawai Pada Badan Standardisasi Instrumen Pertanian Sulawesi Selatan

Andi Hamzah Makmur, 2024. The Effect of Human Resources Quality and Work Effectiveness on Employee Performance at the South Sulawesi Agricultural Instrument Standardization Agency. Employee Performance at the South Sulawesi Agricultural Instrument Standardization Agency. Thesis Management Study Program, College of Management Sciences, Institute of Education Indonesia (STIM-LPI) Makassar which is supervised by Dr. Ir. Andi Nuryadin, SE., M.Si. and Ansar Mulkin Bas, S.E., M.M. This research aims to determine the effect of Human Resources Quality and Work Effectiveness on Employee performance. The object of this research is the Agricultural Instrument Standardization Agency South Sulawesi. The type of research used is quantitative research quantitative research by distributing questionnaires via google from. Sampling using saturated sample technique. The results of this study shows that the partial test of the Quality of Human Resources has a significant effect of 0.000 or below 0.05 while the Effectiveness of Human Resources has a significant effect of 0.000. significant influence of 0.000 or below 0.05 while Work Effectiveness also has a strong influence on Employee Performance but Work Effectiveness also has a strong influence on Employee Performance, however when compared between the Quality of Human Resources and Work Effectiveness.

Design of a nodemcu-based system for monitoring and controlling the water quality of catfish tarp pond

Abstract Patin fish is known as a type of fish that is widely consumed by the public, which makes its selling price high. This is what makes catfish a type of fish that is widely cultivated. Catfish are cultivated from small fry to fish that are ready to be sold. Catfish farmers often use tarpaulin or earthen ponds as media. Many catfish farmers often or rarely even know that one of the important factors in the success of catfish cultivation is well-maintained water quality. According to the National Standardization Agency (SNI, 2016) there are several water quality parameters including, Temperature, pH, DO, Ammonia, Turbidity and Salinity. This research is creating a system that combines the concept of the Internet of Things (IoT) with cultivating catfish in tarpaulin ponds which aims to facilitate monitoring and maintenance of fish pond water by farmers. The system that will be created is capable of monitoring and controlling fish pond water quality remotely using a Telegram bot on Android which can be accessed continuously remotely without having to go directly to the location. The overall process starts from the fish pond water which is used as research material where temperature sensors, pH sensors, TDS sensors and ultrasonic sensors are inserted into the fish pond water to measure the quality of the fish pond water, then the ESP32 which receives signals from all sensors, carries out the processing data, and controlling relays based on sensor measurement results or commands from the Telegram bot, for example when to open or close a solenoid valve based on water level or other water quality parameters.

Potential of Black Soldier Fly compost: physical and chemical characteristics of BSF compost from several types of organic materials

Abstract Organic fertilizer produced from Black Soldier Fly (BSF) larvae is a solid organic fertilizer that can optimize growth because it contains various nutrients plants need. This study aims to determine the nutrient content of BSF fertilizer by SNI using several raw materials. This study was conducted from February 2024 to May 2024. Maggot cultivation with various types of organic material sources was carried out in the Medan Selayang District. Testing of the chemical and biological properties of BSF fertilizer was carried out in different laboratories. Testing of physical and chemical properties was carried out at the Laboratory of the Agricultural Instrument Standardization Agency, Medan, Indonesia. The results of the study found that the best physical properties of BSF fertilizer were obtained in the treatment of fruits and vegetables with a very fine texture. Chemically, BSF fertilizer that has a nutrient content by SNI 19-7030 in 2004 is in the BSF 5 treatment (mixture) consisting of rice, vegetables, fruit, and goat manure. However, in the BSF 4 treatment (goat manure) it takes longer for the BSF fertilizer to be decomposed by BSF larvae properly because the C/N value is still above 20.

A New Protection Design Prepaid Meter Based On Smart Relay Safety Equipment

A relay safety device on prepaid Kwh meters as a power limiting protection system to avoid damage to relays on prepaid Kwh meters caused by power consumption that is greater than the registered power. In the device that will be designed, the code safety method cuts the electric current automatically if the power used is greater than the registered power so that this method can reduce damage to the kwh relay for customers. Test results for tools designed with calculation results have different calculation percentages. For irons, the error percentage of the calculation results is 1.99%, while for testing water heaters, the error percentage is 0.53% due to the lack of sensitivity of the PZEM-004T sensor in reading the used load. The measured voltage at the output of the designed tool reaches 205 V. Measuring test of the designed tool Based on SNSU PK.P-02:2020 - National Standardization Agency The error tolerance in measuring digital measuring tools is - 5%, if it exceeds the predetermined regulations then the results cannot be used or are referred to inappropriately.

An Analysis of the English Textbook “Bright” Used for the Ninth Grade of MTSN 6 Agam

This research analyzed the English textbook "Bright" used for ninth grade students at MTsN 6 Agam. This study aims to assess how well the textbook is in accordance with the appropriateness of content based on the 2013 curriculum from the National Education Standardization Agency (BSNP). The method used in this research is qualitative content analysis to assess the appropriateness of the English textbook "Bright" used for ninth-grade students at MTsN 6 Agam. Especially focused on comprehensively analyzing the content of the textbook based on standards set by the Education National Standardization Board (BSNP). Data were gathered from the entirety of the "Bright" textbook, supplemented by documentation notes with an English teacher. The researcher served as the primary instrument, ensuring methodological rigor and transparency throughout the study. The analysis involved coding and reduction techniques to identify patterns and themes related to content appropriateness. Findings from the research aimed to provide insights for English teachers, students, textbook writers, and future researchers. The study contributed to the understanding of how well the "Bright" textbook aligned with educational standards and offered recommendations for improving English teaching materials. The research findings indicated that the English textbook "Bright" used at MTsN 6 Agam aligned well with the objectives and curriculum set by BSNP. Data analysis from documentation notes with teachers showed that the textbook generally met the criteria for content appropriateness. While there were minor shortcomings in its ability to supplement other subjects, the "Bright" textbook was deemed relevant, accurate, and inspiring for students. Overall, the textbook portrayed national themes that strengthened pride and appreciation for the nation's culture. This conclusion provides valuable insights for curriculum developers, affirming the suitability of the "Bright" textbook for teaching English at MTsN 6 Agam and advocating for continuous improvement in English education in Indonesia.

Mangrove areas, heavy metal (Pb) content in seawater and sediments in the Coastal Area of the Bireuen Fisheries Port

Bireuen Regency has the potential for coastal ecosystem resources. There are two Fish Landing Sites (PPI) with very high activity, namely PPI Peudada and PPI Jangka. The high level of activity leads to concerns about pollution, one of which is the presence of lead (Pb) metal. This research aims to assess the characteristics of mangrove areas, seawater samples for heavy metals Pb, and sediments around the coastal fishing port area of Bireuen Regency. The study was conducted in 2024. Research was carried out at two sampling locations of the Fish Landing Sites (PPI), namely the Peudada Fishing Port and the Jangka Fishing Port using purposive sampling methods. At the BARISTAND (Aceh Research and Industrial Standardization Agency) laboratory, samples were analyzed using an AAS (Atomic Absorption Spectrophotometer). The Pb concentrations in seawater and sediment at first Location (Peudada) were <0.0003 mg/L and 2.60 mg/kg, respectively. At second Location (Jangka), the concentrations were <0.0003 mg/L and 1.78 mg/kg, respectively. Observational results indicate that Pb metal contamination in seawater and sediment at locations 1 and 2 is still below the threshold limit set of Ministry of Environment No. 51 in 2004 and RNO in 1981.

The influence of nanochitosan-incorporated edible coating on the characteristics of Pangasius (Pangasius sp.) fillet

Nanochitosan is known to have the potential to protect fish fillets, highly perishable products, as it can penetrate deep into the meat tissue and has high antibacterial activity. This study aimed to analyze the effect of nanochitosan incorporation to edible coating in inhibiting the degradation of Pangasius fillet quality during storage. The fillets were soaked with 2 % chitosan and nanochitosan concentrations (1 %, 2 %, and 3 %), stored for 15 days, and its quality was assessed periodically. On the 10th day of storage, the fillet coated with 2 % nanochitosan-incorporated edible coating (NEC) showed the lowest weight loss (1.41 ± 0.01 %) and maintained the pH close to neutral (6.92 ± 0.08), along with low TVB-N (33.55 mg N/100 g). and TPC (4.7 × 105 CFU/g) value, fulfilling the standard set by Indonesian National Standardization Agency. Based on the results, nanochitosan proved to extended the storage duration of Pangasius fillet while maintaining its quality.

On the Pentanomial Power Mapping Classification of 8-bit to 8-bit S-Boxes

Substitution boxes, or S-boxes, are one of the most important mathematical primitives in modern symmetric cryptographic algorithms. Given their importance, in the past decades, they have been thoroughly analyzed and evaluated by the academic world. Thus, a lot of desirable characteristics a given S-box should possess have been found. This includes, as much as possible, higher nonlinearity and algebraic degrees as well as, as much as possible, lower values of differential uniformity, autocorrelation and sum of squares indicator values. In this work, we use power mappings over GF(28) to generate, enumerate and evaluate all bijective S-boxes yielded by pentanomials of the form f(x)=xa+xb+xc+xd+xe given 0<a<b<c<d<e<256. We find a total of 152,320 different bijective S-boxes, which are further classified into 41,458 different groups in terms of the aforementioned characteristics as well as the number of their fixed points. Having this data, an S-box designer can easily generate a bijective substitution S-box with parameters of their choice. By using pentanomials, we show how we can easily construct S-boxes with cryptographic properties similar to those found in some popular S-boxes like the Kuznyechik S-box proposed by the Russian Federation’s standardization agency as well as the Skipjack S-box proposed by the National Security Agency of the USA.

Sustainability, Agency Empowerment, Neoliberalism in Global Citizenship Education

This paper explores the impact of evolving sustainability discourse and its integration into Global Citizenship Education (GCE) since 2015 on the formation of neoliberal subjectivity. While the post-2015 sustainability discourse and GCE model aim to systematize GCE approaches and empower individuals as change-makers, they consequently reinforce the neoliberal principles of self-governance and economic rationalization. Utilizing Michel Foucault’s theories on neoliberalism and neoliberal subject formation, this study examines how the post-2015 GCE model’s emphasis on standardization, measurement, and individual agency empowerment fosters self-convincing and self-regulating global citizen subjects to maintain that this process of neoliberal subjectivization cultivates an individuated, self-centered subjectivity that may undermine collective efforts to address global challenges.

The Effect of Tamarind (Tamarindus indica) Solution in Different Concentration to the Lead (Pb) Heavy Metal Content of the Smoked Catfish (Pangasius sp)

This research aims to study the effect of soaking smoked catfish in tamarind solution at various concentrations on its heavy metal content. The study was carried out from May to June 2024. Smoked catfish was purchased from I Epil Village, Lais District, Musi Banyuasin Regency, South Sumatra Province, Indonesia. The study used a completely randomized design with one treatment, namely the concentration of tamarind solution, with four treatment levels, namely 0% (A0 or control), 5% (A1), 10% (A2) and 15% (A3), each with three repetitions. The analysis results obtained were processed by using ANOVA, then post host test by using Duncan. Statistical analysis by using the SPSS 20.0. The lead (Pb) analysis showed that the control smoked catfish (A0) contained 0.307µg/g of Pb, exceeding the safe limit set by the Indonesian National Standardization Agency. Soaking in tamarind solution significantly reduced the Pb content, namely A1 (5%) by 89.57% (0.032µg/g), A2 (10%) by 97.39% (0.008µg/g) and A3 (15%) by 91.85 % (0.025µg/g). The hedonic test showed that the aroma and taste were significantly different. Post hoc test results showed that the aroma of A1, A2 and A3 was significantly different from the control (A0); the taste of A1, A2 and A3 were significantly different from the control (A0); A1 is significantly different from A3. Based on the results, it could be concluded that the best treatment is A2 (10%).

Effect of shade tree on nutrient concentration in coffee (Coffea arabica L.) leaves

Abstract Leaf tissue analysis is a measurement of the levels of elements contained in plant leaves. In this case, the leaves can describe the amount of absorption of a nutrient because most of the assimilation results are collected in them. The nutrients that can be absorbed by plant roots are the amount of nutrients available in the soil. The use of shade trees with different types of sunlight absorption intensity causes the conditions for leaf nutrient absorption in plants to also vary. This research was needed to determine the effect of shade type on the nutrient concentration of nitrogen, (N), phosphorus (P), and potassium (K) in the leaves of Arabica coffee plants. This research was carried out at the Koperasi Ribang Gayo Musara, Pantan Musara Village, Pegasing Subdistrict, Central Aceh District, Aceh, and the Agricultural Instrument Standardization Agency (BSIP) Aceh. This research used a non-factorial Randomized Block Design with five treatments where each treatment 4 replications. Treatments consisted of types of shade plants on coffee plants, namely, control/no shade, small lamtoro shade (Leucaena leucocephala ssp. leucocephala), big lamtoro shade (Leucaena leucocephala subsp. glabrata), banana shade (Musa paradisiaca L.), avocado shade (Persea americana Mill.). The results showed that shade tree type significantly affect potassium (K) nutrient levels in coffee plant leaves. Coffee plant shaded by big lamtoro had better N, P and K nutrient levels compared to small lamtoro, banana, avocado, and control.

The study of soil organic carbon rate in Gunungsewu Karst Area, Pracimantoro District

Karst landscape has a notable role in carbon cycles. The role isn’t merely through the karstification (solutional) process but also on soil since Soil Organic Carbon (SOC) is the biggest terrestrial organic carbon stock. The purpose of this research was to discover characteristic and calculate organic carbon within rainfed paddy, dry land seasonal crops, shrubland, and homogenic forest in Gunungsewu Karst, Pracimantoro District. The soil sampling method was determined by purposive, then computed through a laboratory test to figure out the soil texture, permeability, bulk density, particle density, porosity, and organic carbon percentage. C-organic assessment refers to the calculation by National Standardization Agency. Permeability is the obvious parameter that was discovered. Soil permeability in the agricultural land uses has a higher value than in non-agriculture land uses. This matter is caused by soil tillage as a human agriculture activity. The result of the SOC assessment is that non-agriculture land use has a higher rate than agriculture land use. SOC within the homogenic forest was the highest rate (30,03 tonnes ha-1), and the dry land seasonal crops was the lowest rate (18,9 tonnes ha-1), whereas the rainfed paddy and shrubland, respectively 21,63 tonnes ha-1 and 23,62 tonnes ha-1. It caused by the litter on the agriculture land use was slightly than the litter that piled up on the non-agriculture land use because the land was tillage and cleaned as an agriculture activity. Research like this should be undertaken in order to gain information about soil or karst roles within carbon cycles as a mitigation to climate change.

Farmer’s willingness to accept the sustainable zoning-based organic farming development plan: A lesson from Sleman District, Indonesia

Abstract Zoning-based organic farming has become increasingly attractive in Indonesia for producing healthy food, improving the quality of land and the environment, and increasing the welfare of farmers. The problem is that organic farming areas should be certified by a legal agency called the National Standardization Agency and the cost should be paid by farmers in those areas. Zoning allows the farmers to jointly manage farming areas, including payment of certification costs. However, the success of zoning-based organic farming implementation depends on farmers’ acceptability. This study aims to analyse perceptions and knowledge regarding zoning-based organic farming plans, measure the level of farmers’ willingness to accept (WTA) zoning-based organic farming plans and determine the effect of economic, ecological, and social support factors, as well as other factors towards WTA the zoning-based organic farming system. This study found that the majority of farmers perceive zoning-based organic farming as economically viable and ecologically and socially supported compared to conventional farming since most of the farmers have good knowledge regarding the importance of zoning. Although the farmers have long been experiencing conventional farming, the number of WTA farmers in zoning-based organic farming is very high. The study confirmed that the ecological aspect is the most influential in accepting zoning-based organic farming. Economic factors have a very strong influence on increasing farmers’ WTA zoning-based organic farming. This study also suggests that the implementation of zoning-based organic farming needs to be sustainably supported by the community.

Analisa Kadar Logam Berat Timbal (Pb) pada Sayur Kubis (Brassica oleracea L.) dan Selada (Lactuca sativa L.) di Pasar Tradisional dan Supermarket D.I. Yogyakarta

Vegetables are food consumed by people to provide nutrients and vitamins for the body. In the process of cultivation to sales, vegetables are susceptible to contamination by heavy metals. This is caused by increased industrial activity and transportation activities that pollute water, air, and soil with heavy metals, such as lead (Pb), which can be found in motor vehicle exhaust fumes and fertilizers. Lead pollution in the environment can contaminate vegetables, which poses a health risk. Cabbage and lettuce are vegetables that are commonly consumed by people as raw vegetables. This study was conducted to analyze the Pb content in cabbage and lettuce from two traditional markets and two supermarkets in the Special Region of Yogyakarta. These locations are busy and close to the main road. This study consists of the sampling stage, extraction with 37% HCl and 65% HNO3, Pb measurement with an atomic absorption spectrophotometer (AAS), and statistical analysis. The results of the study showed that there was lead content in all cabbage and lettuce from four locations of 0.0793-0.1338 mg/kg, with the highest average Pb concentration in cabbage of 0.10929 mg/kg from the Sleman area sold at the Mirota Kampus Supermarket and the highest average Pb concentration in lettuce of 0.121659 mg/kg from the Pakem, Ngemplak, and Kopeng areas sold at the Giwangan Market. The lead content in all samples was still below the quality standard set by the Indonesian Standardization Agency, which is 0.5 mg/kg, and by the Food and Drug Supervisory Agency, which is 0.2 mg/kg This shows that the location of sale does not affect the Pb concentration in vegetables. Factors that affect the Pb concentration in vegetables are differences in morphology and the place of cultivation of the samples.

Comparative analysis of deviation in high buildings based on earthquake load SNI 1726:2012 and SNI 1726:2019

In 2019 the National Standardization Agency (BSN) issued the latest Indonesian National Standard (SNI), namely SNI 1726:2019 concerning Procedures for Planning Earthquake Resistance for Building Structures and No Buildings. SNI 1726:2019 is a revision of SNI 1726:2012. The purpose of this study was to determine the percentage of displacement ratio in tall buildings between using SNI for Planning Procedures for Earthquake Resistance for Building Structures and Building Structures SNI 1726:2012 and SNI 1726:2019. The method used in this research is data analysis using numerical methods. Data analysis by analyzing steel building structures and modeling steel building designs using SAP2000. The results of the analysis show that the comparison of drift between floors in buildings using SNI 2012 and SNI 2019 is not very significant and is still within the allowable deviation limits.

ТHE STRUCTURAL AND SEMANTIC FEATURES OF NATO OFFICIAL DOCUMENTS TERMINOLOGY FROM THE TRANSLATION PERSPECTIVE

The article focuses on the study of the English terminology used in the official documentation of NATO and seeks to investigate the specific nature of its translation into the Ukrainian language. It is determined that the NATO Standardization Agency administrates the dissemination of statutes, standards, and doctrines to facilitate effective interaction and cooperation among allies. A notable characteristic of official documents resides in their connection to international law, thereby necessitating imperative precision in translation, standardized recording, and legal implementation. The NATO terminology system comprises terms and abbreviations, along with data (comments, examples, cross-references), and metadata (acceptability rating, source, approval date). It is established that the successful use of such documentation in Ukraine is contingent upon the adaptation of military terminology to align with the linguistic and cultural nuances of the Ukrainian context. The structural-semantic analysis provided in the research reveals the main translation models for terms as well as the parts of speech forming the structural models. The conducted research demonstrates that multi-component military terms from NATO official documents tend to be translated with equivalent prepositional attributive phrases by rearranging components and employing functional substitution, namely through loan translation. The investigation uncovers that the translation of military terminology predominantly employs descriptive methods, word-for-word translation, transliteration, transcription, and semantic translation, aimed at conveying the content of English-language terms. It is worth noting that military-related texts comprise abbreviations and acronyms necessitating precise explication and even decryption, given their informational significance, which cannot be replicated verbatim in the translated language. The results confirm that the translation of military terminology in NATO official documents necessitates the utilization of specialized military terms and calls for advancements in the standardization and unification of the termbase for adequate translation.

PELUANG DAN TANTANGAN PELAKSANAAN PATEN ESENSIAL STANDARD (STANDARD ESSENTIAL PATENT/SEP) DI INDONESIA

Standards are technical requirements or something that is standardized, including procedures and methods that are formulated based on the consensus of all parties, the government, and international decisions related to safety, security, health, environmental conditions, advancements in science and technology, experience, as well as current and future developments to achieve maximum benefits. In the current development of technology and global economic competition, patented technologies often serve as standards (Standard Essential Patent, or SEP). The implementation of SEP itself is possible as long as the patent holder agrees and adheres to the principles of fair, reasonable, and non-discriminatory terms, also known as FRAND (Fair, Reasonable, and Non-Discriminatory) principles. When the FRAND principles are not followed, for example, when the patent holder is unwilling to provide a license or sets the licensing fee too high, issues may arise. This paper discusses examples of SEP implementation in Indonesia through two case studies, aiming to provide insights for policymakers, particularly the Directorate General of Intellectual Property and the National Standardization Agency, to take appropriate steps in maintaining a balance between the rights and obligations of patent holders and the public

Distribution of chlorpyrifos residue in maize (Zea mays)

Chlorpyrifos is an organophosphate insecticide. It has low aqueous solubility, is volatile and non-mobile, moderately persistent in soil, highly toxic to mammals, and is an acetylcholinesterase inhibitor. The main use of chlorpyrifos is to control various types of agricultural pests. This study aims to determine the absorption of chlorpyrifos residues in maize plants. The study was conducted in July-December 2019. Experimental research was conducted at Jakenan experimental field on land contaminated with chlorpyrifos residue. The maize used was a hybrid maize variety NK 6172 Perkasa. Pesticide residue analysis was carried out at the Laboratory of the Agricultural Environmental Research Institute (IAERI). The results showed that the highest chlorpyrifos residue was in the stalks and leaf with a value of 0.0318-0.5682 mg kg−1 but still below the maximum residue limit (MRL) of 10 mg kg−1 recommended by The National Standardization Agency of Indonesia. The concentration of chlorpyriphos residue in maize grain is 0.0014-0.2203 mg kg−1 (MRL=0.05 mg kg−1). Chlorpyriphos residue in the soil is 0.0148-0.0786 mg kg−1 (MRL=3.2 mg kg−1), and the lowest was root (<0.0014 mg kg−1). Information on residue distribution on maize and soils can be helpful as an early warning about the use of insecticides and food safety measures.

Meat Quality Characteristics of IPB-D1 Chicken and the Final Stock from Different Locations

The increasing demand for animal protein encourages innovations development of new livestock types or breeds. IPB-D1 chicken is an improved local chicken for their productivity. Its rearing was carried out in Sukabumi and Bekasi Regency. Physical, chemical, and microbiological quality testing of IPB-D1 chicken meat was carried out at the Integrated IPTP Laboratory and the Microbiology Laboratory of Livestock Products, and organoleptic testing was carried out in the Organoleptic Room, both of the Faculty of Animal Husbandry, IPB University. The research was carried out from February to June 2022. The scope of this research includes chicken rearing at two locations and sampling that aims to test the physical, chemical, microbiological, and organoleptic quality. The chickens tested were the IPB-D1 Sukabumi chicken, IPB-D1 Bekasi chicken, IPB-D1 final stock Sukabumi chicken, IPB-D1 Bekasi final stock chicken, and Kampong, Sentul, and broiler chickens, which consist of 15 chickens each. At each location, sampling was carried out 10 times as a replication. The sampling technique used is simple random sampling. The results showed that the quality of IPB-D1 chicken meat and its Final Stock did not have a significant difference (P0.05) in physical quality aspects such as pH and water holding capacity (WHC) but had a significant difference (P0.05) in cooking loss and tenderness than Kampong, Sentul, and broilers. Meanwhile, the chemical quality of IPB-D1 broilers and their final stock showed significantly different results (P0.05) in the fat content of the meat. As for the parameters of ash content, protein, minerals, and cholesterol showed no significant difference (P0.05). Microbiological quality analysis in the form of total bacterial colonies (total plate count) of IPB-D1 broilers and its Final Stock was 105 CFU/g. These results are still within the Maximum Microbial Contamination Limits set by the Indonesian National Standardization Agency in 2009. Based on the results of this study, it is necessary to improve handling methods, hygienic packaging, and sanitation so that the quality of broilers can be improved and microbial contamination can be minimized.

Kajian Karakteristik Agregat Halus Quarry Desa Pulau Terap, Kecamatan Kuok

The purpose of this study was to conduct an in-depth study of the characteristics of fine aggregates derived from the quarry in Pulau Terap Village, Kuok Sub-District, regarding their suitability for use in the production of normal concrete. The testing of fine aggregates aims to ensure their quality. The following are the tests conducted on fine aggregates: Specific gravity and water absorption test, sieve analysis test, silt content examination, organic content test. These tests are in accordance with SNI 1970-2016 (National Standardization Agency, 2016). Based on the results of the conducted research, conclusions can be drawn that, according to the calculated results from the specific gravity test of fine aggregates, the values obtained are S_d 2.6 and S_s with a value of 2.623. The fineness modulus value is 2.938. The silt content is 2.586%, and the bulk density in compacted state is 1.094468 kg/m3, whereas in loose state, it is 0.949530 kg/m3.