The Roles of Communicative Language Mechanisms in Occupational Health and Safety Milieu in Reducing Workplace Hazards

Authors

  • Ravnil Narayan Fiji National University
  • Vikrant Krishan Nair Fiji National University

DOI:

https://doi.org/10.17507/jltr.1202.07

Keywords:

language mechanisms, occupational health and safety (OHS), health and safety environment (HSE), communication strategies, communication barriers, hazards

Abstract

Workplace safety communication plays an integral role in the day to day running of any organisation. The policies and procedures tend to provide a worker with the highest level of performance that is expected in terms of the output. Effective communication mechanisms are highly critical to ascertain the level of safety measures in order to achieve support and cooperation in maintaining an injury-free working milieu. Hence, communicative language mechanisms are needed to complement the technical and practical safety of all the workers. Unambiguous constructive safety communication mechanisms will lead to an improvement towards knowledge and fathoming of preventative measures that would enhance workplace safety practices. Thus, this study sought to highlight the occupational health and safety communicative language mechanisms, whereby the examples to illustrate the variety of safety communication has been analysed from a case study. The output of the research states that communicative language mechanisms in occupational health and safety (OHS), health and safety environment (HSE) tend to provide a better working environment, which can be considered as a conducive tool to avoid unwanted injuries and also to comprehend complicated occupational health and safety technical jargons.

Author Biographies

Ravnil Narayan, Fiji National University

Department of Communications and Media, School of Communications, Languages and Literature, College of Humanities and Education

Vikrant Krishan Nair, Fiji National University

Department of Occupational Health and Safety, School of Applied Sciences, College of Engineering, Science and Technology

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Published

2021-03-01

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