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May 10, 2024
Published
Sep 30, 2024
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Abstract

Workload refers to worker activities that require strength and endurance and physical energy. The
company under study is a manufacturing company engaged in the automotive sector in the painting
department of four-wheeled vehicle production in Karawang. A related challenge is the dominance of
manual processes in some parts of the company. The purpose of the study is to understand the
workload on each shift and see the effect of worker fatigue by calculating the amount of energy
consumption and using the CVL approach. The research results from the morning shift found that the
average %CVL percentage in various production sections was as follows: Mixing 29.08%, Top coat
27.96%, Sanding ED 25.22% and Repair 25.11%. and for the night shift as follows: Mixing 30.12%,
Top coat 29.65%, Sanding ED 25.92% and Repair 22.58%. It can be seen from the results of the study
that the average CVL (%) on each shift does not cause excessive fatigue in workers. Although in
general the phenomenon of fatigue does not occur, according to the calculations of some workers,
especially at the mixing and topcoat stages, there is a higher percentage of %CVL with an average
CVL value of 30% and requires improvement. In addition, the results of energy consumption
calculations show that all parts are classified as work that uses low to very low energy consumption.

Keywords

Workload; Pulse; Energy Consumption

Article Details

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