In this age of Industry 4.0, which is characterised by the confluence of digital and physical technologies, businesses have to adopt cutting-edge practises in order to keep their advantage over their competitors. By researching the revolutionary potential of machine learning (ML) applications in industrial organisation, the purpose of this research is to find strategies that offer competitive advantages. Traditional organisational paradigms for the manufacturing industry face considerable challenges when they are applied to the data- driven and dynamic setting of Industry 4.0. Businesses face a difficult problem when attempting to keep up with the rapid speed of technological change while simultaneously reducing the risks associated with doing so. A crucial concern is how to apply machine learning (ML) to these difficulties in the most effective way possible and how to reinvent existing forms of industrial organisation. The findings of this study are based, in part, on extensive reviews of the relevant previous literature, case studies, and empirical analyses. In order to demonstrate the complete effect that ML has on the dynamics of industrial organisations, the technique combines qualitative and quantitative research. The use of examples from the actual world and facts that are specific to the industry helps to strengthen the dependability of the findings. These findings shed light on the substantial efficiencies that can be achieved through the application of ML in the areas of supply chain optimisation, predictive maintenance, and adaptive production. Insights produced by machine learning also enable organisations to make informed strategic decisions, which in turn fosters a culture within the organisation that is flexible and open to change.
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Semwal et al. (2024) studied this question.
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