Title

Moving Towards Industry 5.0 in the Pharmaceutical Manufacturing Sector: Challenges and Solutions for Germany

Published In

IEEE Transactions on Engineering Management

Document Type

Citation

Publication Date

2-13-2022

Abstract

Emergence of industry 5.0 facilitates real-time synchronisation of production processes, which helps with the production of customized products. Although industry 5.0 can revolutionize the landscape of goods production, still its adoption is in the infancy stage. Hence, the purpose of this article is to examine barriers that impede the adoption of industry 5.0, and to propose solution initiatives (SIs). After an in-depth literature review and interviews with German industry experts in pharmaceutical sector, barriers and SIs are ranked using an integrated Analytical hierarchy process-elimination and choice expressing reality-decision-making trial and evaluation laboratory (AHP-ELECTRE-DEMATEL) approach. “Linking virtual reality and reality” is found to be the most critical deterrent to the adoption of industry 5.0, and falls into a causal group, which signifies their influence on other deterrents. “Measures for better connectivity with patients” is of utmost importance for German firms to ensure secure communication and safeguard patient data. The findings also highlight the problems with the adoption of high-tech innovations due to lack of standardization and fair benchmarking policies on industry 5.0. This article concludes by proposing an industry 5.0 framework. The inhibitors to adopting industry 5.0 were investigated in this article, the results of which will assist practitioners and decision makers to understand the issues with industry 5.0. The results of this article will help potential adopters of this technology to look for the SIs. This will therefore pave the path for effective adoption of industry 5.0 across the pharmaceutical manufacturing sector.

Rights

Copyright © 2022, IEEE

DOI

10.1109/TEM.2022.3143466

Persistent Identifier

https://archives.pdx.edu/ds/psu/37065

Publisher

IEEE

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