safety and health
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Occupational Safety and Health is the program to protect workers from the dangers of work accidents and occupational diseases that may occur during work. This study was conducted to determine the implementation performance of occupational safety and health program, to find out the obstacles during the implementation occupational safety and health programs, as well as labor laws and regulations relating to OSH on construction projects in Dili Timor Leste. This study collected data by distributing questionnaires to employees who work on the four (4) ongoing construction projects in Dili. Data analysis was carried out on Microsoft Excel which further processed the data using the mean count to determine the average value of the questionnaire and the standard deviation. This study found that the project in Dili has implemented the Occupational Safety and Health program. This can be seen from the overall results of the analysis with a mean value of 4.49 and a standard deviation of 0.473. From these results, it can be concluded that every construction project company prioritizes the implementation of OHS. The second result is the obstacles in applying OHS; from the analysis results show that the barriers from the worker side are rank 1 with a mean value of 2.90 and a standard deviation of 0.925. It can be concluded that many obstacles in implementing the OSH program occur from the workers' side due to the lack of awareness and knowledge of workers about OSH in working on construction projects. The result of the third analysis is Timor Leste's labor laws and regulations. The results of the analysis show that it is sufficient for companies to apply Law no. 4/2012 on employment in the areas of security, hygiene and health in the workplace.

The root cause of many workplace incidents is the lack of knowledge on occupational safety and health principles. Despite the safety and health authorities in organizations, safety and health is the general responsibility of all other experts working in an organization. Experts and managers are expected to think, decide and work safely in workplaces. However, we don’t have enough information about the level of safety and health-related education when they were in universities. In addition, there is not too much reliable published reports on the academic teaching of safety and health courses and syllabus in higher education in Iran. Therefore, the current study was aimed to provide a general view of the status of occupational safety and health teaching subjects in different academic disciplines (excluding specialized fields in occupational safety and health) in the Iranian higher educational system. Firstly, the latest edition of the entire program (curricula) of all academic disciplines held in Iranian universities was downloaded. Secondly, the required information, including discipline title, program’s degree, number of required (core) and elective (non-core) courses, and program’s date of approval, were recorded in an Excel sheet. Every course’s title and syllabus were then studied to find out any safety and health-related topics. Finally, data were analyzed and reported. 251 academic disciplines in the Ministry of Health and Medical Education (MOHME) and 771 disciplines in the Ministry of Science, Research and Technology (MSRT) were investigated. Most of the curriculums have been revised by both ministries since 2011. Results showed that 20 percent of the MOHME‎ ‎disciplines and 10.4 percent of MSRT‎ disciplines were included in the occupational safety and health courses. The number of courses with health and safety content (syllabus outline) in the MOHME ‎‎and the MSRT‎ were 168 and 173. Most health and safety courses presented in the MOHME academic majors were in the basic medical sciences category of disciplines. A majority of MSRT covered academic safety and health courses and topics were presented in the engineering category of disciplines. Presenting lessons with health and safety content at the MOHME ‎was more practical than that of the MSRT. The quality and quantity of teaching on safety and health topic were not at satisfactory levels. Revising the course syllabus of the academic disciplines and adding theoretical and practical courses related to each field's specific health and safety curriculum can make a significant contribution in improving the general knowledge of the safety and health of the university graduates. In turn, it improves future workplace safety and health conditions, managers’ insights and decision-makers on the importance of safety and health at work. It protects the people's life and the property of the organization.

The adoption rate of new technologies is still relatively low in the construction industry, particularly for mitigating occupational safety and health (OSH) risks, which is traditionally a largely labor-intensive activity in developing countries, occupying ill-afforded non-productive management resources. However, understanding why this is the case is a relatively unresearched area in developing countries such as Malaysia. In aiming to help redress this situation, this study explored the major barriers involved, firstly by a detailed literature review to identify the main barriers hampering the adoption of new technologies for safety science and management in construction. Then, a questionnaire survey of Malaysian construction practitioners was used to prioritize these barriers. A factor analysis further identified six major dimensions underlying the barriers, relating to the lack of OSH regulations and legislation, technological limitations, lack of genuine organizational commitment, prohibitive costs, poor safety culture within the construction industry, and privacy and data security concerns. Taken together, the findings provide a valuable reference to assist industry practitioners and researchers regarding the critical barriers to the adoption of new technologies for construction safety management in Malaysia and other similar developing countries, and bridge the identified knowledge gap concerning the dimensionality of the barriers.

Women's sport remains a contested realm that frequently features standards and regulations premised on women's inferiority and physiological distinctions from men. In response to these purported sex-based differences, a range of protective policies have been implemented to ostensibly ensure women's safety and health, defend “fair competition” in women's sport, and/or prevent the violation of social and medical boundaries that define who is a “woman.” Yet, protective policies encompass a multitude of rationales and strategies, demonstrating the malleability of “protection” in terms of who is protected and why. In this article, I draw from Michel Foucault's theory of “governmentality” to investigate the nuances of protective policies, especially their placed importance on sex differences. To do so, I examine three case studies: World Athletics’ (WA) 2019 female eligibility policy, WA's 2019 transgender eligibility policy, and the International Olympic Committee's (IOC) consensus statement on relative energy deficiency in sport (RED-S). Using document texts and semi-structured interviews with eight scientists involved with developing the case studies, I find that protective policies are developed through messy and often contentious processes that selectively draw from varying knowledges and discourses. This then culminates in contrasting methods of defining, protecting, and governing women athletes and their bodies.

Building construction projects have a high level of risk of work accidents, especially for workers in the field. Therefore, at the time of implementation of construction work, it is necessary to evaluate the implementation of occupational safety and health management system (SMK3) to provide a sense of security to workers in the field of this research aimed at evaluating SMK3. This research uses qualitative and quantitative methods to know the implementation of SMK3, by taking data by conducting structured interviews conducted on the building construction project Ayana Nort Wing Bali. Analysis conducted a descriptive analysis based on Government Regulation of the Republic of Indonesia No.50, 2012 advanced with 12 criteria containing 166 criteria elements. The result of this study is the application of PP No. 50 of 2012 for the advanced level of 92.89% categorized as satisfactory. In addition, there are 14 that have not been implemented. This the company that the evaluation level of occupational safety and health management system (SMK3) in the building construction project Ayana North Wing Bali is the level of application is very satisfactory for the project.

Noise measurement is essential for industrial usage. However, further attention to preventing noise pollution is needed, especially when working with equipment generating a high noise level, such as gas turbines. This study aims to determine the best way to perform noise measurement and analyze the octave band frequency generated by noise pollution caused by gas turbine equipment. Data from site measurements show that the gas turbines produce more than 85 dB of noise with a Z-weighted measurement. A noise measuring investigation was conducted to obtain the data for the 1/3 octave band. A frequency-domain was used to comprehend the properties of the noise measurement frequency band. The frequency band was classified into three different zones called low, medium, and high frequency, which is useful in noise measurement analysis to identify a viable solution to reduce the noise. On-site sampling was performed at the source, path, and receiver of three separate gas turbine locations within oil and gas operations. The 1/3 octave band data collection results at the sound source, path, and receiver demonstrate the noise level distribution at the perimeter of gas turbine installations in the low and medium frequency ranges. Most of the high noise frequency range is between 250 Hz and 2 kHz for source, path, and receiver. All acquired values are compared to the Department of Safety and Health (Occupational Safety and Health (Noise Exposure) Regulations 2019 in Malaysia. As a result, oil and gas service operators can monitor and take countermeasures to limit noise exposure at oil and gas facilities.

Background: Filing service is one of the medical record work units that responsible for the storage and maintenance of medical record files. Filing is one of the work units in medical records that are responsible for the storage and maintenance of medical record files. The work implementation process has risks that can threaten the safety and health of officers. Therefore, it can result in low quality of work. An attempt that can be performed to decrease the risk of accident is the implementation of good Occupational Health and Safety. Through several studies related to Occupational Health and Safety in Filing Unit, some of the factors causing work accidents are physical, chemical, biological, biomechanical factors related to ergonomics, individuals, and psychosocial, which causes the officers to feel unsafe and uncomfortable at work. Therefore, this study aims to identify what are the risk factors for occupational health and safety to medical record officers in the filing section at the hospital.Methods: The research method was qualitative research. The data collection used a literature study. The subjects of the study were medical record officers in the filing section, while the object of the study was occupational health and safety.Results: The results of the study, according to 10 journals reviewed, show that factors that become the risk to occupational health and safety of medical record officers in the filling section are lighting, air temperature, smells caused by old medical record files, virus exposure, medical record storage rack, awareness of using PPE, and work relationship between officers.Conclusions: It is expected that the hospital can improve work facilities and infrastructures, and the self-awareness of medical record officers to maintain safety and comfort at work is required so that a good and optimal working atmosphere can be created.