AN EXAMINATION OF THE DIFFICULTIES LINKED TO THE INTEGRATION OF INDUSTRY 5.0 INTO THE MANUFACTURING PROCESSES OF MACHINERY AND ELECTRONICS.

Abstract

The goal of the fresh approach to manufacturing known as "Industry 5.0" is to completely alter the product development, design, and production processes. Understanding how technological complexity impacts production processes was the focus of this research, which took place within the context of Industry 5.0 in the machine manufacturing industry. Individuals need to understand how increasingly complex technologies impact industrial outcomes since Industry 5.0 is pushing for human-centredness, better robotics, and digital integration. Industrial processes, such as resource management, efficiency, and optimisation, are examined in relation to the effects of technological complexity, which includes automation, cyber-physical systems, and human-robot interaction. As part of quantitative research, 686 participants were polled using 5-point Likert scale questions, and the results were evaluated using SPSS version 25. Testing the hypothesis that technological complexity significantly affects production processes was the primary goal of the study. This proves that process management, adaptability, and efficiency in production are all improved with increasing technological complexity. However, the findings also highlighted problems that emerged due to increasing system integration costs, difficulties in troubleshooting, and the need for seasoned personnel capable of running complex electronics. Research shows that the output of Industry 5.0 increases as the technology gets more complicated. However, at this level of complexity, workers need to be trained, and systems need to be integrated. Businesses should use technology to their advantage while also fixing problems with operations and people management to build production that can handle changes and keep running smoothly. Henceforth, the respective study has concluded that there is a significant relationship among high implementation costs and manufacturing processes of electronics.