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This research aims to make efforts to maintain stability and optimize distribution channels for strategic commodities in controlling inflation in the Papua Mountain Province. The data used in this research is secondary data sourced from BPS and BRS. Secondary data in this research is data regarding changes in inflation from April to September 2024. The highest inflation occurred in June at 5.65% with a CPI of 111.29%. The method used in this research is qualitative descriptive research which utilizes literature, journals and official BI news from various related sources. The research results show a high level of inflation in the Papua Mountain Province as a newly expanded province. The government and BI must synergize by carrying out cheap market operations, carrying out market and distributor inspections, realizing BLT, strengthening domestic food security through the Food Estate Program, handling the impact of natural disasters and accelerating the development of agricultural infrastructure and expanding cooperation between regions and the center. To control the inflation rate in the Papua Mountain Province.

In order to achieve national goals, a State Civil Apparatus is required, this is regulated in Article 12 of Law no. 20 of 2023 states that: "ASN employees play the role of planners, implementers and supervisors of the implementation of general government tasks and national development through the implementation of professional policies and public services, free from political intervention, and free from practices of corruption, collusion and nepotism. Every ASN must have high abilities and qualities and be balanced with high work discipline. The level of employee discipline is seen from attendance which is calculated from coming and going home, dressing neatly, carrying out duties and obligations on time, and. not committing acts that violate the provisions of the Law. This research uses a type of empirical juridical research, namely research that is directly carried out by researching in the field and directly visiting the location that is the research material with the focus being field research research, we seek answers to the efforts of the Medan City Regional Civil Service Agency in implementing sanctions for State Civil Service Employees who violate the rules regarding work discipline. Research findings show that there are still state civil servants in the Medan City Education Office who commit disciplinary violations, including minor, moderate and serious violations. In its implementation, enforcement of sanctions against State Civil Apparatus in the Government Area of ​​the Medan City Education Service is carried out according to established rules. These regulations are stated in Law Number 5 of 2014 concerning State Civil Apparatus and Regulation of the Mayor of Medan, North Sumatra Province No. 58 of 2023. The mechanism includes that if there is a violation, the ASN will be summoned. The summons is intended to carry out an inspection process by the Examination Team. After the examination is carried out and the mistake is proven, the ASN concerned is sentenced to punishment as regulated in Article 7 paragraph (1) of the government regulation, consisting of three levels of disciplinary punishment, including light disciplinary punishment consisting of an oral warning , a written warning and a statement of dissatisfaction. in writing. The type of moderate disciplinary punishment consists of postponing periodic salary increases for one year, postponing promotions for one year, and demotion to a lower level for one year. Meanwhile, the types of severe disciplinary punishment consist of demotion to a lower level for three years, transfer in order to be demoted to a lower level, release from office, honorable dismissal not at one's own request as an ASN, and dishonorable dismissal as a State Civil Apparatus.

In 2022, a significant fire incident occurred at a steel tower structure in an industrial plant in Lampung, Indonesia, raising serious concerns about the structural integrity and serviceability of the affected steel framework. Fire exposure is known to alter the properties of steel, weaken bolt pretension, and cause defects in welds, underscoring the necessity of thorough post-fire assessments. Nondestructive testing (NDT) methods are crucial in evaluating the safety and stability of structures after fire exposure, as they can detect potential weaknesses without compromising the material further. This study employed two field inspection methods: the bolt torque test and dye penetrant inspection (DPI). A total of 21 bolts (Tor-1 to Tor-21) were tested for their integrity. The results showed that, while all bolts were present, more than half were found to be loosened, indicating the need for re-tightening to restore the specified torque and maintain the required preload for the bolted connections. In addition, 20 welded joints (DP-1 to DP-20) were examined using DPI to detect surface defects. The inspection revealed that 10 welds (50%) exhibited surface defects exceeding 5 mm in length, indicating areas where the welds had been compromised by the fire exposure. Seven welds (35%) were found to be in acceptable condition, while 2 welds (10%) were incomplete or had poor bonding. These findings suggest that while the bolted joints can be restored through corrective re-tightening, the welded joints require more extensive evaluation, local repairs, or even rewelding to ensure their structural integrity. This study highlights the importance of NDT methods in post-fire structural evaluations and recommends periodic inspections and targeted rehabilitation to ensure the long-term reliability and safety of industrial steel structures.

PT. Dian Swastatika Sentosa generates electricity through a private thermal power plant. This company produces steam and electricity for paper mills. The company hopes to meet its steam and electricity needs in 2023 with a boiler with a load capacity of 180 tons and a maximum capacity of 220 tons. However, from February to July 2023, that goal was not achieved. The most common problems faced by this company are the failure to conduct preventive inspections and timely machine maintenance, as well as the failure to carry out necessary repairs. Delays in machine repairs, which result in inconsistent machine downtime schedules to meet customer demand, leading to damage to boiler equipment, causing abnormal boiler operation and reduced steam production. This research aims to design equipment to withstand operational impacts using failure mode and effects analysis (FMEA) with the Soft Systems Methodology (SSM) and reliability-centered maintenance (RCM) techniques. The RCM method assists in identifying the processes that must be followed to guarantee that a machine or system performs as intended. RCM can also be used to design, choose, and create alternative maintenance methods that are focused on safety, operations, standards, and economics. For the entire problem in the investigation, a dynamic model is necessary. An analytical system is used in this model in order to recognize and duplicate the features of the overall system., as well as to provide repair solutions and address the burden of the problem. This research produces a presentation in the form of problem identification, causal loops, diagrams of machines that frequently experience failures, rich images of the causes and effects of the ball plate crusher liner damage, root cause definitions, and conceptual models for repair and maintenance. business productivity and debating process. 

Pesticides are used to control pests in farming and plantations, so that agricultural and plantation production can increase. However, the use of pesticides can have a negative impact on the environment and the health of farmers. In fact, it causes poisoning and disease, both acutely and chronically. Farmers are the main work that the community is engaged in in Borisallo Village, Parangloe District, Gowa Regency and is a PKM partner and is a UMI Assisted Village. PKM activities are: (1) Counseling on negative impacts on health due to the use of pesticides, (2) Sanitary inspections and inspection of pesticide content in clean water sources such as wells, (3) Provision of PPE in the form of masks and gloves in spraying pesticides on farmers in Borisallo Village. This activity is funded by the UMI Waqf Foundation. The results of the implementation of PKM (1) Health counseling due to the use of pesticides on farmers in Borisallo Village, (2) Then continued with  sanitary inspections and examination of pesticide content in clean water sources such as wells (3) Ended with the provision of PPE in the form of masks and gloves that can be used when spraying pesticides on farmers. It is recommended to have regular health checks on farmers, regular inspections of clean water sources, and technical guidance on how to manage and spray pesticides safely and healthily.

Building fires can significantly degrade the strength and integrity of steel structures, so post-incident evaluation is crucial to ensure building safety and feasibility. This study aims to evaluate the condition of the steel tower structure after the fire through a visual inspection method. A total of 35 structural elements were examined, including columns, beams, and bracing, to identify damage caused by heat exposure. The inspection results showed that 6 elements (17%) were in the category of Acceptable, 8 elements (23%) Needs Attention, 5 elements (14%) Not Acceptable, and 1 element (3%) Not Applicable because they had been removed. Steel columns generally remain upright without deformation, but suffer damage to the protective layer (coating). In contrast, most blocks lose their protective layers, are directly exposed to fire, show early signs of corrosion, and some suffer severe damage such as flange tears and cuts. These findings confirm the importance of systematic documentation and classification of element conditions as the basis for technical decision-making for structural improvement. Visual inspection proved effective as an initial step in the evaluation process, providing a relevant initial picture of the extent of damage and the need for intervention. This study recommends follow-up in the form of advanced structural analysis and material testing to ensure the feasibility of reusing the affected steel elements.

Background. City Ambon is Mother city province Maluku Which consists of from 5 sub-district, and has a population that is increasing day by day Which not balanced with the area. The density of motorized vehicles is increasing also increased with the presence of various vehicles. This will potentially increase the level of pollution air Which caused by by a number of pollutant Which produced from disposal smoke motorized. Objective. For know quality air ambient at Mardika terminal Ambon city. Methods. Type study This is study descriptive that is study about inspection level nitrogen dioxide (NO 2 ) at the terminal Mardika city Ambon, with study direct to field For to obtain sample Which Then done examination at the Environmental Health Technology Center (BTKL) Laboratory, Ambon. Results. Measurement temperature at the terminal Mardika Ambon Sunday First 39.9 ºC, Sunday second -34.4 ºC, Sunday third 34.2 ºC, Sunday fourth 29.4 ºC. Measurement speed wind in terminal Mardika Ambon on Sunday First 0.3-1.7 m/sec, Sunday second 1.8 m/s, Sunday third 0.3-1.7 m/sec, Sunday fourth 1.2-3.9 m/sec. Measurement level NO 2 in terminal Mardika Ambon that is Sunday First <5.22 µg/Mm³, Sunday second <5.22 µg/Nm³, Sunday third <5.22 µg/Nm³, Sunday fourth <5.22 µg/Nm³. Conclusion. Measurement Temperature, Speed Wind and Nitrogen Dioxide (NO 2 ) all results measurement fulfil standard.

To improve public health, the problem of providing clean water must be a top priority. Since water is essential for all living things, water is also very important. It requires the availability of healthy water, which includes monitoring and regulating water quality to meet human needs and life. The goal is to ensure that everyone has access to healthy drinking and clean water. Target. The aim of this research is to find out whether there are coliforms and fecal coliforms in the drilled well located on Rt 28/Rw 007, Baguala District, Ambon City. Methodology. This research is classified as descriptive research. The 6 water samples used were taken at Rt 28/Rw 007 Baguala District, Ambon City. The total population in this research is six drilled wells. All drilled well water was taken at 1 Rt/Rw and used as the resulting sample. The research results showed that fecal coliform and coli bacteria were found in drilled well water at Rt 28/Rw 007 Waiheru Perumnas Village, Baguala District, Ambon City; three drilled well water was positive for coliform bacteria, and one drilled well water was negative. Five positive borehole water also had negative coliform bacteria. Decision: According to the Republic of Indonesia Minister of Health Regulation number 32 of 2017 concerning environmental health quality standards and water health requirements for sanitation hygiene purposes, swimming pools, aqua solutions and public baths, the number of coliform bacteria is 1 and the number of coliforms is 3.

This research aims to determine the risk identification process for container inspection at PT Tanto Inti Line, North Jakarta branch. This research uses a qualitative approach using descriptive methods and interviews. Data was obtained by direct observation and interviews. Control and Resolution Research Results that will not harm the company in an optimal way. PT. Tanto Intim Line North Jakarta Branch continues to improve service performance for consumers or service users in order to achieve loading and unloading of vehicles and passengers. Research Conclusion: The Risk Identification Process of Container Inspection at PT Tanto Intim Line North Jakarta Branch is running according to the procedures that have been carried out.

Community service activities (PKM) are an integral part of the Tri Dharma, namely Teaching, Research and Community Service. This PKM activity is carried out by Lecturers routinely every semester which aims to contribute to the community in the application of knowledge needed to face very dynamic developments and changes in all aspects of life. The synergy and collaboration of academics and the community are expected to have a positive impact on both society and the University. Community service activities are inseparable from the other Two Dharmas, and involve all Academics, namely lecturers, students, education staff and alumni. Through PKM, the academic community can be present in the midst of society in order to help with various problems faced by the community. The community service activity (PKM) carried out in the even semester of the 2023/2024 academic year was the installation of a hole guard rail (Hole Guard Rail) for inspection or inspection of the lower part of the Test Vehicle which is often referred to as the Undercarriage of Vehicles. The motor vehicle test hole or tunnel is one of the facilities at the Motor Vehicle Testing UPT (PKB). The purpose of installing this Safety Rail is to implement Safety First, namely preventing cars or test vehicles from falling into holes or test tunnels and ensuring that services to the public using the service can run smoothly as expected. The construction of this Safety Rail uses two types of UNP profile steel (U channel), namely U channel 100 and 50. U channel 100 is for the safety rail or barrier while channel 50 is for the support pole or support for the Safety Rail. This steel construction is glued or tied with an Electric arc welding system (SMAW). The total cost of this construction is borne by the Head of UPT PKB, Maros Regency.

Community service activities (PKM) are an integral part of the Tri Dharma, namely Teaching, Research and Community Service. This PKM activity is carried out by Lecturers routinely every semester which aims to contribute to the community in the application of knowledge needed to face very dynamic developments and changes in all aspects of life. The synergy and collaboration of academics and the community are expected to have a positive impact on both society and the University. Community service activities are inseparable from the other Two Dharmas, and involve all Academics, namely lecturers, students, education staff and alumni. Through PKM, the academic community can be present in the midst of society in order to help with various problems faced by the community. The community service activity (PKM) carried out in the even semester of the 2023/2024 academic year was the installation of a hole guard rail (Hole Guard Rail) for inspection or inspection of the lower part of the Test Vehicle which is often referred to as the Undercarriage of Vehicles. The motor vehicle test hole or tunnel is one of the facilities at the Motor Vehicle Testing UPT (PKB). The purpose of installing this Safety Rail is to implement Safety First, namely preventing cars or test vehicles from falling into holes or test tunnels and ensuring that services to the public using the service can run smoothly as expected. The construction of this Safety Rail uses two types of UNP profile steel (U channel), namely U channel 100 and 50. U channel 100 is for the safety rail or barrier while channel 50 is for the support pole or support for the Safety Rail. This steel construction is glued or tied with an Electric arc welding system (SMAW). The total cost of this construction is borne by the Head of UPT PKB, Maros Regency.

PT. XYZ is an international company operating in the energy sector, especially oil and gas, with a focus on fabrication and construction activities for large-scale projects. One of the main production processes that is very influential is welding. To ensure welding quality, PT. XYZ uses the Non-Destructive Testing – Ultrasonic Testing (NDT-UT) method. However, during the inspection process, problems are often found in the form of rejects due to defects that do not meet welding quality standards. Some types of defects detected include LOF (Lack of Fusion), LOP (Lack of Penetration), and ESI (Excessive Spatter Inclusion). This research aims to determine the percentage of the most dominant welding defects, identify factors that cause defects, and provide recommendations for improvements to improve welding quality. The method used is Statistical Quality Control (SQC) with the help of tools such as check sheets, histograms, Pareto diagrams, scatter diagrams, control charts and fishbone diagrams. Based on the data collected, a LOF defect of 5,434 mm was found, an ESI defect of 1,990 mm, and an LOP defect of 1,030 mm. SQC analysis shows that the dominant defect is LOF with a percentage of 64%. The main causal factors come from methods, humans, machines and materials. Therefore, companies need to make improvements and developments to reduce product defects so that they can improve welding quality.

The building to be utilized should undergo regular inspections and performance testing to determine whether it can function and operate according to its intended use. Compliance with administrative and technical regulations governing the utilization of buildings is demonstrated through the issuance of a Building Worthiness Certificate (SLF). This study aims to assess the compatibility of the building's function with the conditions during the planning phase and evaluate the structural feasibility of the building. It also seeks to implement the provisions of Government Regulation No. 16 of 2021 regarding the Implementation of Law No. 28 of 2002 on Buildings. Based on the research conducted, it can be concluded that the structural suitability of the MSC Indosat Baturaden building has changed compared to the planned building. Initially designed as a battery storage building, it is currently used as an MSC building or a facility for storing batteries and servers. Additionally, there are discrepancies in the area specified in the original Building Permit (IMB) compared to the current building. Further analysis of the building's structure and the application of current regulations regarding structural serviceability, including dynamic load analysis (earthquake), inter-story drift analysis, P-Delta analysis, and structural cross-section checks, concluded that the building is safe as it meets the requirements specified in SNI 1726:2019 and SNI 2847:2019. The highest structural cross-section capacity ratio was 0.2 < 1, and the inter-story drift value was 0.023 < 0.07. The existing concrete material meets the structural standards, with a characteristic compressive strength of 28.98 MPa. The results of the rebar scan detector test showed that the type of reinforcement used complies with the standards specified during the planning phase, referring to SNI 07–0408–1989. Overall, the structural analysis results for the MSC Indosat Baturaden building indicate that the building is safe and remains fit for use.    

Electricity theft is an activity that is detrimental to the state where PLN as the party that distributes electricity has unknowingly lost its main commodity without any reciprocity in the form of payment. To overcome electricity theft, Execution of Electricity Use (P2TL) is carried out. Implementation of Electric Power Use (P2TL) is an activity to control electricity users who do not comply with installation standards. P2TL activities include planning, inspection, technical and/or legal actions and settlements carried out by PLN on PLN installations and/or Electric Power User installations. P2TL activities carried out in the Koba area from October to December 2023 found 3 violations in the area. The kWh saved as a result of P2TL from October to December was 21,480 kWh. From the kWh savings obtained, the highest loss was in October of 0.47% and the loss obtained without P2TL kWh savings was 0.48%. So that the kWh savings obtained from P2TL can reduce Non-Technical Losses. The more P2TL violations are found, the higher the reduction in losses obtained by PT PLN (Persero) ULP Koba. 

The role of the Operational Department in Handling the MT. Mumbai ship at PT. Pelayaran Multi Jaya Samudera Belawan begins when the ship arrives at the port. The shipper sends the documents required in the loading process when the ship arrives, the ship's agency also makes a request for inspection to related agencies such as the Port Health Office, Immigration, Customs and Excise and Belawan Harbor Master The methods used in writing this paper are field research and library research.  

Writing this paper or research paper has the aim and objective of knowing the Procedure for Handling the Arrival and Departure of Export Ships Loaded with Liquid Bulk at PT. Tarahan Cipta Kencana Branch, Lampung Branch. The methods applied are the literature method or (library research) as well as the field inspection method (field research) by describing the Arrival and Departure Handling Procedures for Export Vessels Containing Liquid Bulk Cargo at PT. Tarahan Cipta Kencana Branch, Lampung Branch. In this paper we have explained the obstacles faced, including the cargo not being ready from the shipper and the cargo analysis results not yet being published from the customs and excise agency. There are things that can be done to achieve the goal so that the ship is not hindered in the ship loading process and there are no delays in the ship's departure. So that the ship agency service process can run smoothly, precisely and quickly, PT. Tarunabuat Kencana must pay attention to and prepare all the facilities and infrastructure needed in the ship service process.

The purpose of this research is to examine and analyze the validity of scientific crime investigation as evidence in the process of proving murder cases and what are the advantages and disadvantages of using the scientific crime investigation method in crime scene processing carried out by forensic laboratories. Then the method used in this research is the normative legal research method. The results of the study show that the scientific crime investigation method, which is expressed in concrete form through forensic laboratory examinations and information from police forensic experts, is the central point. In connecting the relationship between the perpetrator, victim and evidence with the crime scene, the construction of evidence for a criminal act becomes stronger and can give confidence to the judge in deciding a case fairly and in accordance with the actual facts. In the case of the crime of murder with poison, the statements of the witnesses and the statements of the two defendants were linked and interconnected with each other after the scientific crime investigation method was applied; The advantages and disadvantages of using scientific crime investigation methods in crime scene processing carried out by forensic laboratories include. The advantages and disadvantages of using scientific crime investigation methods in crime scene processing carried out by forensic laboratories include: (1). The advantage of implementing scientific crime investigation is that uncovering cases using old methods full of violence, intervention, etc. has been abandoned. (2) Fast, precise and accurate inspection supported by special tools that have been internationally standardized, (3) Minimizing errors made before SCI implementation (manual patterns replaced with digital patterns). Meanwhile, the weaknesses are: Internal side of the SatKer (Work Unit): the number of human resources who supervise and understand the use of Special Tools (Alsus) is limited, the special equipment, both primary and secondary, is expensive. If we look at the human resources that this country has, it should be enough to assist the Forensic Laboratory team in supervision and are people who understand the special tools that support the performance of the Forensic Laboratory. Apart from that, the government should be more respectful of the procurement of these special tools, even though not everyone has to always use these special tools. However, these tools are very useful for the smooth running of investigations and/or investigations. Because the resulting examination data is much more detailed and accurate.

The purpose of writing this paper is to find out the Procedure for Issuing a Certificate of Practice (COP) at the Belawan Port Health Office by PT. Semesta Sejahtera Lestari Belawan. The author collected data using two research methods, namely the field method (Field Research) and the library method (Library Research). The results of this research are the Procedure for Issuing a Certificate of Practice (COP) at the Belawan Port Health Office by PT. Semesta Sejahtera Lestari Belawan starts from submitting an application via the SINKARKES application (sinakarkes.kemkes.go.id). Then the agent logs in using the company account that has been registered in the SINKARKES application, after logging in the agent makes a request for the PNBP Certificate of Practice (COP) / Port Health Quarantine Certificate (PHQC) billing issuance service, then the company agent fills in the data and uploads ship documents such as: MDH (Maritime Health Declaration), SSCC/SSCEC, Medical Certificate/Drug Certificate (P3K), crew list, voyage memo, and last port clearance. After all data has been filled in completely and correctly, the agent can send the request by clicking create billing, the SINKARKES application will issue PNBP billing which must be permitted by PT. Semesta Sejahtera Lestari Belawan to carry out ship inspections together with the Port Health Quarantine.

Apron Movement Control (AMC) Unit is a vital component in airport operations, playing an important role in ensuring the safety and efficiency of flight services. This study aims to determine what obstacles are encountered during inspection activities and how does the Apron Movement Control (AMC) unit overcome these obstacles. This study uses a qualitative approach with field observations and then conducting analysis. The subjects of this study were Apron Movement Control (AMC) Unit officers at Supadio Airport, Pontianak. The research period was 1 month. The results of the study can be concluded that the main obstacles of the AMC unit at Supadio Airport, Pontianak include communication difficulties due to noise, limited visual supervision, and coordination between units. The proposed solutions include improving communication systems, expanding surveillance camera coverage, optimizing personnel, regular training, using new technologies such as drones, and evaluating and improving operational procedures. The implementation of these solutions is expected to improve the effectiveness of the AMC inspection function, support the discipline of apron officers, and improve the safety and smoothness of airport operations..

This study aims to determine and analyze the extent to which work facilities, particularly the X-Ray Cabin, influence the performance of Aviation Security (AVSEC) officers at Betoambari Airport, Baubau. The background of this research is based on field findings indicating that several inspection facilities were either damaged or insufficient, which directly affected the effectiveness of the officers’ work and the smooth operation of the airport. The study uses a quantitative approach with a census method, involving the entire population of 23 AVSEC officers assigned to the X-Ray Cabin area. Data were collected through questionnaires and analyzed using SPSS version 25, employing simple linear regression, t-test, and the coefficient of determination (R²). Indicator analysis also shows that within the work facilities variable (X), the indicator “Ability to Optimize Work Results” received the highest score, indicating the importance of available facilities in supporting daily work efficiency. Conversely, the indicator “In Accordance with Needs” received the lowest score, suggesting that the availability and quality of the X-Ray Cabin are still suboptimal, both in terms of quantity and technical condition. In the performance variable (Y), the indicator “Task Execution” ranked the highest, reflecting the officers’ strong compliance with SOPs and their ability to carry out tasks professionally. However, “Work Quality” was the lowest-scoring indicator, implying that limited facilities directly impact the overall quality of output. The research findings indicate that X-Ray Cabin work facilities have a positive and significant influence on the performance of AVSEC officers, as evidenced by a significance value of 0.000 (< 0.05) and a regression coefficient of 0.926. The coefficient of determination test reveals that the contribution of work facilities to performance reaches 70.2%, while the remaining 29.8% is influenced by other variables outside the scope of this research.