AN ANALYSIS OF THE CHALLENGES ASSOCIATED WITH INCORPORATING INDUSTRY 5.0 INTO THE PRODUCTION PROCEDURES OF MACHINE AND ELECTRONIC MANUFACTURE.

Abstract

In the setting of Industry 5.0 in the machine manufacturing sector, this study looked at how the complexity of technology affects the ways things are made. As Industry 5.0 pushes for human-centredness, improved robotics, and digital integration, it is important to know how industrial results are affected by more complicated technologies. The study investigated the manner in which technological complexity—which comprises automation, cyber-physical systems, and human-robot cooperation—has an impact on industrial processes, including the management, efficiency, and optimisation of resources. By using a quantitative study method, questions with a 5-point Likert scale were sent to 686 people, and data were gathered and analysed using SPSS version 25. The research examined the premise that the level of technical complexity has a substantial impact on manufacturing operations. The results showed a strong, statistically significant association, which was proven by an F-value of 1135.563 and a p-value of .000. This indicates that greater technical complexity has a favourable effect on manufacturing efficiency, flexibility, and process management. The results, on the other hand, also drew attention to the issues that arose as a result of the increased system integration costs, troubleshooting obstacles, and the need for experienced individuals who were capable of operating complicated equipment. Studies show that technical complexity increases Industry 5.0 production, but it also calls for system integration and employee education. It is advised that industry participants use technology while simultaneously tackling operational and human resource issues in order to create sustainable, effective, and resilient production.