ERGONOMIC WORKING ENVIRONMENT TO IMPROVE WORKFORCE HEALTH
DOI
https://doi.org/10.53625/ijss.v5i6.12618Keywords
Work Environment, Ergonomics, Health, LaborAbstract
In work that can produce good work productivity, the work environment must be arranged that is ergonomic so that the workforce at work is always healthy. All data is taken from various opinions of ergonomists and research results, it is commonly referred to as a literature study. Then, the analysis is also carried out descriptively or presentation. Ambiguity: Based on the above discussion, it can be concluded as follows that the company's environment must be clean, namely an environment that does not deviate from the threshold value and the quality standard value. These values are the physical environment, chemical environment, and biological environment. In addition, it is also an environment related to psychology. Suggestion: It is recommended for companies that their company must be maintained so that it remains clean according to the threshold value and quality standards of a healthy and safe stand-up workforce
References
Annisa Qisti Nurdinat, KRMT Haryo Santoso, 2013, Evaluation of the physical environment to improve employee performance at PLTU unit 1 a unit 2 PT Indonesia powe UBT Semarang, Industrial Engineering Study Program, Faculty of Engineering, Diponegoro University, Semarang.
Fatkhuri, Sugeng Karyadi, Olfin Ishak, Nurdin Yusuf, Rulyensi Rasyid, 2024, Environmental impact on kerha karywan productivity, Management studies and entrepreneurship journal, Vol. 5 no. 2, P-ISSN 2715-7911, E-ISSN 2715-792X, STES Putera Bangsa, Tegal.
Giovinna Elvina, Gerry Silaban, 2025, Analysis of biological factors, electical factors with the application of K-3 standards in kindergarten IIp green utri hospital in Medan thu 2025, Journal of social sciece resarc, vol 5 no4, E-ISSN 2807-4238, P-ISSN 2807-4246, University of North Sumatra, Medan.
Kumiati, 2024, Environmental ergonomics, State University, Guruntalo.
Mochaamad Saefullah, Basrowi, 2022, The impact of the physical work environment on the performance and satisfaction of workers in the production sector, Journal of Economic Development, Vol 15 no. 2 August, p-ISSN 2087-040X, E-ISSN 2721-7213, Postgraduate Master of Management, University of Bina Bangsa, Serang Banten.
Muhamad Raj Chandra, 2019, Ergonomic analysis of the physical working environment based on temperature, insulation and noise level of the PTPN VIII Dayeuhmanggung case study machine, Proceedings of Unimas national seminar students, olume 2, ISSN 2654-766X, Department of Agricultural Technology, Padjajaran University, Bandung.
Nia Widyanti Nasrul, 2022, Ergonomics for office workers, Ministry of Health, Directorate General of Advanced Health, keslan.kemkes.go.id. Jakarta.
Novra Herlin Rojabiansyah, Rusmiati, Pratiwi Hermiyanti, Winarko, Demes Nurmayanyi, 2020. Potential physical, chemical, biological, egonomy, and psychological hazards in labor in sugar factory production areas, Prociding national seminar on health, ISSN 2656-8624, Health Polytechnic of the Ministry of Health Surabaya, November 2020, Surabaya.
Ria Four Lady Lumban Tobing, Suryati Eko Putro, Wahyu Rchana, 2025, The influence of work environment and work safety on the performance of production employees at PT. Cahaya Murni Borneo Timur, Journal of Management Science Publications, Volume 4 number 3, September, P-ISSN 2963-8712, E-ISSN 2963-766X, Uniersitas Teknologi , Surabaya.
Sabrina Atikah Rahma, Susy Budi Astuti, 2025, The Effect of Ergonomics in Engineering Offices on Employee Work Productivity, The Influence of Ergonomics in Engineering Offices on Employee Work Productivity, Journal of Interior Knowledge and Design, E-ISSN 2580-6521, P-ISSN 1978-0702, Interior Design Study Program, Indonesian Institute of the Arts, Yogyakarta.
Trismawati, Dyan Haryo Muji Utomo, 2023, Monogaf: the relevance of K-3 implementation, K-3 climate, K-3 culture, ergonomics and work environment on work performance, Publised by CV zenius publisher, ISBN 978-623-5264-455, Depok-Cirebon.













