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Electric Vehicles are vehicles that operate entirely or partially on electric motors, utilizing electrical energy stored in batteries or other rechargeable energy storage sources. The increasing use of electric vehicles also brings potential risks of new types of accidents, different from those associated with conventional internal combustion engine vehicles. Therefore, there is an urgent need to provide accurate information and appropriate handling related to electric vehicle technology, including hazard potential assessment, optimization of firefighting basics, selection of suitable firefighting agents, and the development of electric vehicle firefighting application methods. This study aims to understand the handling of electric vehicle fires using a literature review method on 10 research articles. The results show that 6 studies used water as a firefighting agent either alone or in combination with other agents such as CO2, C₆F₁₂O, liquid nitrogen, foam, and fire blankets, making it more effective in extinguishing electric vehicle fires. However, one study does not recommend using water due to its environmental impact when extinguishing electric vehicle fires. The research findings indicate the need for further innovation and research in safety technology and firefighting for electric vehicles.

One of the work activities usually carried out to maintain and repair public facilities in residential communities is the welding process. Of course, correct knowledge is needed regarding a good welding process in order to produce quality welding results so that the object being repaired can last a long time. In the welding process there are several potential dangers which have risks both for the welding worker himself in terms of health and risks for the environment in the form of fire. Education to the public regarding the welding process so that it produces quality results in general includes: ensuring the work area is clean and safe, then the tools and materials used are according to specifications and correct welding techniques are very helpful to the public. Apart from that, recognition of the potential dangers and risks that may arise from the welding process can increase awareness in the community of the importance of implementing occupational health and safety principles.

Pelabuhan merupakan bagian dari suatu sistem kompleks yang bertujuan untuk menjaga rantai logistik agar berjalan lancar.Seluruh aktivitas operasional di area kerja pelabuhan tentu tidak lepas dari adanya risiko kecelakaan dan keadaan darurat lainnya, tak terkecuali Terminal Petikemas. Adapun risiko yang mungkin terjadi di antaranya kelalaian operator, kesalahan dalam menjalankan prosedur, ataupun kebakaran. perusahaan dengan risiko tinggi wajib memiliki sistem tanggap darurat beserta organisasi tanggap darurat.Maka dari itu fokus pada penelitian kali ini adalah pada salah satu Perusahaan Jasa Petikemas di Surabaya. Proses kerja di perusahaan ini tentu terkait penanganan container dengan berbagai jenis muatan. Container ini kemudian diletakkan pada lapangan penumpukan petikemas yang memiliki risiko tinggi akan terjadinya kebakaran. Setelah dilakukan observasi, pada masing-masing CY telah tersedia Fire Hydrant dengan kondisi berupa rusaknya bagian-bagian hidran, kurang mencakupnya pemanfaatan hidran ke seluruh area, serta titik lokasi penempatan hidran yang tidak maksimal. Maka dari itu, penulis melakukan kajian lebih lanjut terkait kondisi sistem tanggap darurat di Lapangan Penumpukan Petikemas dan melakukan perancangan ulang penempatan hidran di Container Yard.  Metode penelitian yang digunakan adalah metode kualitatif di mana setelah  pengambilan data maka dilakukan analisis terhadap tingkat risiko kebakaran dan selanjutnya perhitungan dan perancangan ulang kebutuhan hidran. Hasil penilaian risiko menunjukkan tingkat risiko kebakaran tingkat tinggi pada CY 01, serta tingkat sedang di CY 02 dan CY 03. Kondisi hidran di Terminal Petikemas di Surabaya memiliki beberapa ketidaksesuaian yang harus dilakukan perbaikan dengan penggantian bagian serta pemeliharaan berkala. Selanjutnya pada perhitungan kebutuhan hidran di area Container Yard menghasilkan dibutuhkannya penambahan 3 pilar hidran serta 2 sambungan hose di CY 01, serta penambahan 3 pilar hidran dan 2 sambungan hose di CY 02.

Temporary bulding or temporary buildings are places that have high urgency in a construction project where there are company facilities consisting of employees, buildings and company administration. This research is qualitative in nature, based on safety representative as the primary research data prior to conducting the Fire Risk Assessment which focuses on all rooms in the temporary buildings of construction service companies. This research was conducted with the aim of conducting a fire risk assessment in accordance with NFPA 551 of 2019 to determine the value of fire risk and Fire Extinguishers planning will be carried out based on Permenakertrans No. 04 of 1980. The results of the risk assessment carried out showed that the fire rate in 12 rooms in the temporary building had a moderate risk level and the other 2 rooms had a low risk level. For the application of Fire Extinguishers to the entire temporary building area, 5 Fire Extinguishers are needed with 4 Fire Extinguishers of the Dry Chemical Powder type and 1 Carbon Dioxide (CO2)

Control and monitoring systems that use the Internet-of-Things (IoT) can be found in everyday life, for example, in smart home applications, smart transportation, and smart cities. IoT-based monitoring of environmental conditions both indoors and outdoors is generally carried out to reduce the risk of unwanted events. One example of an unwanted event is a fire. Fires can occur in houses, office buildings, rice fields, or forests. In order to help provide early warning of a flame that can cause a fire, this study aims to design and implement an IoT-based fire detection and warning system using the NodeMCU ESP8266 and a flame sensor. The sensor used is an infrared sensor that will detect infrared light radiation coming from a fire. The test results show that the system successfully detects the presence of fire up to 50 cm from the fire sensor and can be monitored via thinger.io. Additionally, notifications from thinger.io via e-mail and Telegram to users were successfully executed.

Hate speech is a term used for negative language on social media bringing someone down. Someone's envy or hatred tries to destroy other people in a way that is not good, one of which is slander. That means the person who commits slander considers himself to be above the law so he can manipulate the law for his personal gain. In fact, the writer of the letter James states that there is only one legislator, namely God, only God is able to harm someone based on His law. Humans should not play with the law, but rather become law-abiding beings. The data analysis used in this research follows the steps of grammatical analysis. It is very important to look up the meaning of each sentence to see or have an idea of what is meant in Warning Against Slander. James 4:11-12 this is one of the verses in the letter written by James, who is believed to be the brother of Jesus. The letter of James is addressed to Christians in general, containing moral, ethical, and practical advice on how to live as a believer. In this context, James emphasizes the importance of not slandering or judging fellow believers. He reminded that slandering or judging other people seemed to take on the role of a judge that only God should have. James shows that such behavior is contrary to Christ's teachings on love and forgiveness. Based on the concept above, the writer concludes that James' letter changes us, there is a risk behind slander. The risk is aimed specifically at people who are used to slander. As they say, playing with fire can get you burned. Likewise, those who play with the law will receive their own punishment from God.      

The hospital is a workplace that is very loaded with potential hazards to the health and safety of its workers, one of the hazards is fire. The risk of fire in hospitals has a fairly high level of danger compared to other places. Therefore, a fire management system is needed that can prevent and deal with fires such as management policies, organization and procedures, identification and analysis of fire risks, evaluation of fire risks, coaching and training, fire protection facilities. The purpose of this study is to analyze the relationship between perceptions of the completeness of the fire safety system, knowledge and attitudes with fire risk preparedness at Tamansari West Jakarta Hospital in 2023. This type of research is an analytic survey with a cross sectional approach. This research was conducted in August 2022─May 2023 at Tamansari Hospital, West Jakarta. The population of this study are employees who work in Tanabsari Hospital services. With the Slovin formula, the research sample was obtained, namely 114 respondents with the sampling technique used, namely purposive sampling. This study used the chi square statistical test using SPSS 22. The validity and reliability of the questionnaire was tested on 10 respondents who were estimated to have good insight and in accordance with the theme studied in January 2023. The results showed that fire risk preparedness with statistical test results obtained a value continuity correction 1,000, knowledge obtained a value of 0.000 and attitude obtained a value of 0.023 (p-value <0.05). This value states that there is a significant relationship between knowledge and attitudes and fire risk preparedness, but there is no relationship between the completeness of the fire safety system and fire risk preparedness. It is hoped that they will be able to take part in Building Fire Safety Management training in order to increase their knowledge and attitude in fire emergency evacuation.

Located in a residential area and prone to disasters such as earthquakes and tsunamis, SMA Negeri 10 Bandar Lampung is at risk of being affected by collapsed buildings and fires. School buildings, which are multi-story, also add to the risks that can be caused. The unavailability of adequate evacuation maps and the absence of mitigation training for the existing academic community can also increase the risks arising from disasters that may occur at any time. To reduce this risk, disaster mitigation training was conducted for the academic community and preparation of evacuation maps. This activity increased the trainees’ knowledge by 48.8% so that the academic community at SMA Negeri 10 Bandar Lampung would be more prepared to mitigate in the event of a disaster.

Adisutjipto Angkasa High School in the laboratory has a fire risk and has some carbon content in the air which disturbs the respiratory system of the laboratory users. As for the manufacture of smart door lock products that have an important function value, namely as a tool for emergency needs when work accidents occur in the chemical laboratory and physics laboratory environment. The method used in this study is usability using the Use Questionnaire with validity and reliability measurements. The population in this study was 72 students of Angkasa Adisutjipto High School and the sample of this study was 41 students of Angkasa Adisutjipto High School. The results of this study show that the R value with df=39 and the correlation is significant at the 0.05 level and 2-tailend is 0.3081. reliability test results with a Cronbach's Alpha value of 0.756.

Information security analysis of PT. Indofood is a case study that discusses the role of vital objects, file security, and cyber security in the company. PT. Indofood is a large company in the food and beverage industry, which faces significant information security challenges. In terms of vital objects, PT. Indofood identifies critical systems and infrastructure that must be strictly protected. A risk evaluation may have been carried out to identify potential threats and take appropriate steps to protect these vital objects. Access controls, physical safeguards, and security training may have been put in place to keep vital objects safe. File security is an important focus for PT. Indofood. Security measures implemented include access control, data encryption, regular backup and restore, and monitoring of file activity. Strict access control policies and security awareness training provide additional protection for critical company files. In cyber security, PT. Indofood uses various measures to protect their systems and networks from cyberthreats. Implementation of firewalls, network protection systems, and regular software updates helps prevent unauthorized access and keeps systems secure. Email security solutions, identity and access management, and data encryption provide an additional layer of protection against cyberattacks. High security awareness and security awareness training provided to employees helps reduce attack risk and improve response to security incidents. PT. Indofood also conducts periodic security tests to identify vulnerabilities in their systems and take necessary remedial actions. Overall, PT. Indofood has implemented strong measures in securing vital objects, file security, and cyber security. However, it is important to remember that information security is an ongoing endeavor that must be continuously updated according to the latest developments in security and technological threats.

In everyday life, trucks are used to transport goods. Not infrequently seen a lot of use of trucks that exceed the carrying capacity. Accidents on the highway include the impact caused by trucks that are overloaded or overloaded. The purpose of this study is to reduce the risk of accidents due to overloading or overloading. The truck load monitoring system aims to make it easier for truck users to see the truck load weight directly through a smartphone with an application. In addition, users can also see the excess weight of the load and there is an overweight indicator in the form of a buzzer. With this system, users can reduce the risk of accidents on their vehicles. This system consists of a load cell sensor and HX711 module as a weight detector, NodeMCU as a microcontroller and data transmission, firebase as a database, and android studio as a container for creating applications. Payload weight data can be monitored remotely or close according to the principles of the Internet of Things (IoT). The results of this study indicate that the system works well with the sensor accuracy level on the prototype truck 1 and truck prototype 2 above 95%. Writing data on firebase, reading firebase through the application and testing the buzzer has a 100% success rate percentage. There is no diference transmission delay between serial monitor and firebase.