The analysis of nursing’s work systems in relation to burnout syndrome (A case study: nurses in RSUDZA, BLUD RSIA, and RSUD Meuraxa, Banda Aceh, Indonesia)

Erwan, Friesca; Iqbal, M.A.; Hasanuddin, Iskandar

doi:10.1088/1757-899x/453/1/012051

Cited by 4 publications

(2 citation statements)

References 6 publications

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“…Several methods for example, using the spinal shrinkage principles to determine maximum load weighting could be lifted by labors [23]; using biomechanics method to predict load handling capability [24]; using automatic systems such as a wireless and ambulatory posture monitoring system which monitors movements and detects changes of postures [25]; using NASA-TLX which combining the measurement of mental demand, physical demand, temporal demand, performance, effort, and frustration rate [26]; also establishing safety physical working environment followed by reliable working procedure and working time to Table 5. Vibration Exposure Measurement on Labors Body Parts minimize psychology effect experienced by the workers while performing their tasks [27].…”

Section: Table 4 Nordic Body Map (Nbm) Scoringmentioning

confidence: 99%

Analyzing the Vibration Exposure to the Safety and Health at Workplace: A Case in the Urea Granulation Unit of the Fertilizer Factory

Taufiq

Hasanuddin

Iqbal

et al. 2021

J. Optimasi Sist. Ind.

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This study aims to evaluate the vibration exposure experienced by workers in the Urea Granulation Screen Unit (UGSU) at the fertilizer factory in Aceh, Indonesia. This study involved 30 labors in charge as operators, mechanical maintenance officers, electrical maintenance officers, instrument maintenance officers, and inspectors. The measurement of vibration was carried out using a Triaxial Accelerometer with Integral Magnet and shows that the vibration exposure on the factory floor of the urea granulation screen unit occurs vertically with a minimum value of 0.298 m/s2 and a maximum of 1.630 m/s2. According to ISO 2631-1:1997, the maximum vibration values that occur are categorized as a likely health risk zone and result in uncomfortable reactions to the workers. Furthermore, this study analyzes the effect of vibrations on musculoskeletal problems using a Nordic Body Map (NBM) questionnaire. It reveals that the average score of musculoskeletal complaints is 71.6, which defines a high degree of pain. The results of the NBM questionnaire also showed that the vulnerable part of the body which experienced musculoskeletal complaints is the knee. The result of vibration exposure on this body part shows the highest value of 3.437 m/s2. To minimize occupational diseases and accidents, it is necessary to manage a working system that takes into account legal standards, ideal working time, and working shifts in the work area.

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Section: Table 4 Nordic Body Map (Nbm) Scoringmentioning

confidence: 99%

Analyzing the Vibration Exposure to the Safety and Health at Workplace: A Case in the Urea Granulation Unit of the Fertilizer Factory

Taufiq

Hasanuddin

Iqbal

et al. 2021

J. Optimasi Sist. Ind.

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“…Assessing body posture can be done through manual assessment such as using Nordic Musculoskeletal Symptom Survey or automatic systems such as a wireless and ambulatory posture monitoring system which can monitors the movement of the human body and detects the change of the body postures [4]. In addition, apart from body posture, workers need to have clear working procedures and working time, as well as suitable physical working environment with the job performed in the working area thus minimize psychology effect experienced by the workers while performing their tasks [5].…”

Section: Introductionmentioning

confidence: 99%

The Study on Ergonomic Performances Based on Workstation Design Parameters using Virtual Manufacturing Tool

Iqbal¹,

Hasanuddin²,

Hassan³

et al. 2020

IJIE

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The paper discusses the dimensions of manual workstation in a semiconductor industry and their effects to the ergonomic performances. The workstation provided quality control activity where the worker need to manually handle thousands of microchips and check their quality. Three dimensions were considered as workstation design parameters, namely as scope distance, scope height and chair height. Three measured were considered as ergonomics performances of the workstation, which were production cycle time, working posture and recommended weight limit. The performances are measured by using Method Time Measurement, Raid Upper Limb Assessment method and NIOSH recommended weight limit method respectively. The study was provided under a virtual manufacturing software. All of the workstation's components and the activities of the worker are modelled into Delmia V5 (Virtual Ergonomics Solution) software. Design of Experiment (DEO) was conducted by using Design Expert Statistical Software with Central Composite Design of Response Surface Methodology. Fifteen simulation experiments with different dimensions of design parameters were conducted as suggested by the DEO method. The results showed that production cycle time and working posture were affected by all of the design parameters. However, the weight limitation was only affected by scope height and chair height. The study continued to find the dimensions that gave the best ergonomic performance of the workstation.

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Analysis of Working Posture on Tofu Factory Operator Activities Using RULA Method and Virtual Engineering Software

Iqbal

Hasanuddin

Aleyzia

et al. 2022

Lecture Notes in Mechanical Engineering

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The analysis of nursing’s work systems in relation to burnout syndrome (A case study: nurses in RSUDZA, BLUD RSIA, and RSUD Meuraxa, Banda Aceh, Indonesia)

Cited by 4 publications

References 6 publications

Analyzing the Vibration Exposure to the Safety and Health at Workplace: A Case in the Urea Granulation Unit of the Fertilizer Factory

Analyzing the Vibration Exposure to the Safety and Health at Workplace: A Case in the Urea Granulation Unit of the Fertilizer Factory

The Study on Ergonomic Performances Based on Workstation Design Parameters using Virtual Manufacturing Tool

Analysis of Working Posture on Tofu Factory Operator Activities Using RULA Method and Virtual Engineering Software

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