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This study aims to analyze the safety climate profile and determine the relationship between personal characteristics and safety climate among personnel at Sector IX of the Fire and Rescue Department, Jagakarsa District. Employing a quantitative approach with a descriptive cross-sectional design, primary data was collected through the Fire Service Safety climate Scale questionnaire from 72 officers using a total sampling technique. Univariate analysis was used to describe the safety climate profile, while bivariate analysis utilized the Spearman correlation test for ordinal-scaled personal characteristics (age group, education level, years of service, employment status, position) and the Chi-Square test and Odds Ratio for nominal-scaled personal characteristics (injury experience). The results indicate that the overall safety climate at Sector IX of the Fire and Rescue Department, Jagakarsa District, is categorized as high (average score 3.88). The Supervisor Support dimension (average score 4.02) is higher than Management Commitment (average score 3.73), indicating a perception gap. A significant positive relationship was found between safety climate and age group (ρ=0.274, p=0.020), education level (ρ=0.325, p=0.005), and years of service (ρ=0.327, p=0.005). Conversely, there was a significant negative relationship with employment status (ρ=−0.304, p=0.010), where civil servants tended to have a lower perception of safety climate. Position (ρ=−0.212, p=0.074) showed no significant relationship. Furthermore, there was a significant relationship between injury experience and safety climate (χ2=14.015, p=0.001), where officers with a history of injury were 20.5 times more likely to rate the safety climate as 'Sufficient'. This study is expected to provide a comprehensive overview of the safety climate and its relationship with personal characteristics, as well as contribute to the improvement of occupational safety at Sector IX of the Fire and Rescue Department, Jagakarsa District.
Kata kunci: Kelelahan, Faktor Risiko, Pemadam Kebakaran.
Fatigue is a feeling of constant tiredness that can reduce the ability to perform a task in a safe and effective way. Firefighters work in 1x24 hours shift, this increase the risk of fatigue among workers. The aim of this study is to determine the risk factors related to fatigue in firefighters. The dependent variable in this study is the level of fatigue on firefighters. The independent variables in this study are divided into non-work-related factors (age, commuting time, sleep quantity, sleep quality, health condition and Body Mass Index (BMI)) and work-related factors (work period, other job and work variations). The sample of this study are a total of 56 firefighters. The data was collected subjectively using questionnaires. This study used Subjective Self Rating Test by IFRC to determine the level of fatigue and Pittsburgh Sleep Quality Index to determine the sleep quality. This study used Cross Sectional design to determine the relationship between the dependent and independent variable. Methods that used is quantitative (Chi-square) and odd ratio to determine the relationship level of the variables. Result showed 85,7% workers experienced low level of fatigue and 14,3% experienced moderate level of fatigue. Based on these results in line with the number of fire cases during the last month there were only 16 cases so that the workload of firefighters is not heavy. The results showed there is a relationship between workers fatigue and work period (OR= 7.2), health condition (OR = 5.0), sleep quantity (OR = 5.8), sleep quality (OR = 0.02) and commuting time (OR = 0.08). Therefore, control related to risk factors related to fatigue is needed.
Key word: Fatigue, Risk Factor, Firefighters
Occupational safety is a crucial aspect of company operations, especially in the electricity sector which carries a high level of risk. This study aims to examine the relationship between safety leadership and safety perception on safety behavior among workers at the PT X site in 2025. A semi-quantitative approach was employed using a survey method with questionnaires completed by 87 respondents. Data were analyzed using Spearman and Pearson correlation tests. The results indicate a positive and significant relationship between safety leadership and safety behavior (r = 0.227; p = 0.035), as well as between safety leadership and safety perception (r = 0.579; p = 0.000). However, no significant relationship was found between safety perception and safety behavior (r = 0.149; p = 0.169). These findings suggest that safety leadership plays an important role in shaping workers’ safety behavior, both directly and indirectly through safety perception. Interviews with key persons also support the conclusion that leadership engagement and role modeling are key drivers of a positive safety culture. The study recommends that the company improve the effectiveness of safety leadership through targeted training, active leadership involvement, and continuous evaluation of safety programs. Future research is encouraged to explore other variables that may mediate or moderate the relationships among these constructs.
Safety climate is a worker's perception of the importance of safe behavior at work in relation towards policies, safety, procedures, practices, and overall safety interests and priorities. A poor safety climate will be characterized by increased worker stress, poor safety communication, and lack of support thus normalizing unsafe behavior, decreasing situational awareness, and increasing the likelihood of accidents. Safety climate measurements can be used by companies as a leading indicator in establishing / improving existing safety programs. This study aims to analyze the safety climate profile in the support point area at PT X in 2025 based on the dimensions of management commitment, safety communication, rules and procedures, supportive environment, personal accountability, and training. The research design used is cross sectional with data collection methods using questionnaires (primary data). The number of samples analyzed was 118 respondents. Data analysis was used through descriptive and inferential analysis (Mann Whitney and Kruskal Wallis Test). The results of this study indicate that the safety climate profile in the PT X support point area in 2025 is good, with an average score of 5.18. All dimensions measured get an average score of 4.98 - 5.31. The average safety climate score in the age, tenure, and education groups showed significant differences in the dimensions of management commitment, safety communication, and training.
Workplace accidents are predominantly caused by unsafe worker behavior. This unsafe behavior can be influenced by, among other factors, the safety culture within the workplace. A key aspect of shaping safety culture is workers' perception of safety, commonly referred to as safety climate. Measuring safety climate is crucial for understanding worker behavior and developing effective safety programs, especially in high-risk sectors like the power generation industry, where PT X operates. This study aimed to ascertain the safety climate profile at PT X using a questionnaire developed by Todaro et al. (2023) and to analyze the frequency distribution of demographic characteristics (age, job position, employment status, length of work, and education level). The research employed a cross-sectional design with a descriptive analysis method. A total of 136 respondents were analyzed. Overall, workers' perceptions regarding safety implementation at PT X were good, with an average score of 5,19. The average scores for the various safety climate dimensions ranged from 4,56 to 5,35. Key words: safety climate, worker’s perception of safety, electricity power sector, demographic characteristics
Kata kunci: Sistem proteksi kebakaran aktif, sistem proteksi kebakaran pasif, sarana penyelamatan jiwa, manajemen kebakaran, rumah sakit
This study discusses about implementation of fire protection system, means of escape, and fire management at X Hospital. The design of this study is a qualitative study with observative research method. The object of this study is active fire protection system facilities, passive protection system facilities, means of escape facilities, and fire management at X Hospital. Data collection is obtained by observation, interviews, and document review, also this study use an instrument in the form of checklist. Data analysis is perform by comparing actual condition with applicable standards and regulations. The standards and regulations used in this study is NFPA and Pedoman Teknis Di Bidang Bangunan dan Sarana Rumah Sakit, Ministry of Health Republic Indonesia 2012. The final result of this data are precentage of standards compliance and assessment categoreis according to Reasearch and Development Agency of Public Works Department. Based on the result of the study, active fire protection system has a precentage value of 53% fulfillment rate with deficient category, passive fire protection system has a precentage value of 42% fulfillment rate with deficient category, means of escape has a precentage value of 66,7% fulfillment rate with fairly good category, and fire management has a precentage value of 81% fulfillment rate with good category.
Key words: Active fire protection system, passive fire protection system, means of escape, fire management, hospital
Kebisingan merupakan salah satu bahaya fisik di tempat kerja yang berpotensi
menimbulkan gangguan auditori ataupun nonauditori. Penelitian ini bertujuan untuk
menganalisis hubungan antara pajanan kebisingan, karakteristik pekerja (usia, lama kerja,
status merokok, status penggunaan alat pelindung telinga, dan kebiasaan penggunaan
perangkat audio), dan gangguan auditori – nonaudtiroi di pabrik X tahun 2025. Penelitian
ini menggunakan desain cross-sectional dengan pendekatan kuantitatif. Data
dikumpulkan melalui kuesioner dan data sekunder dari perusahaan. Data diolah
menggunakan uji chi-square dengan software SPSS 22.0 untuk melihat adanya hubungan
signifikan secara statistik antara variabel independen dan variabel dependen. Hasil
penelitian mendapatkan prevalensi gangguan auditori sebesar 6%; gangguan komunikasi
68%; gangguan psikologis 59%; dan gangguan fisiologis 24%. Tidak ada variabel
independen yang berhubungan dengan gangguan auditori. Hubungan signifikan secara
statistik hanya ditemukan antara variabel intensitas kebisingan dengan gangguan
komunikasi (p= <0,001); gangguan psikologis (p=0,004); dan gangguan fisiologis (p=
<0,001) serta variabel durasi pajanan (p=0,036); usia (p=0,019); dan lama kerja (p=0,035)
dengan gangguan fisiologis. Temuan ini menegaskan pentingnya pengendalian
kebisingan dan peningkatan kepatuhan terhadap penggunaan alat pelindung telinga di
area kerja. Perusahaan juga disarankan untuk memperkuat program konservasi
pendengaran serta meningkatkan edukasi tentang bahaya kebisingan guna melindungi
kesehatan pendengaran pekerjanya.
