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Claims that the concepts of Total Productive Maintenance (TPM) fundamentally aim at applying Total Quality Management (TQM) philosophy in maintenance engineering. Emphasises the need of incorporating quality system and its monitoring to enhance maintenance quality. Points out that QS 9000 standard is expected to be a future quality system model in enterprises. Describes the design features of maintenance quality system model that has been developed based on QS 9000 standards. Cites the need of using continuous and economical knowledge which is possible only through the careful exploitation of information technology. Briefs the design of a knowledge base system and the development and performance of its pre‐auditing module. Presents a few sample screen outputs of this module. Concludes by suggesting the ways of productively exploiting the pre‐auditing module of the knowledge base system.

Environmental degradation, economic and political threats along with ideological extremism necessitate a global redirection toward sustainability and well-being. Since the survival of all species (humans, animals, and plants) is wholly dependent on a healthy planet, urgent action at the highest levels to address large-scale interconnected problems is needed to counter the thinking that perpetuates the “folly of a limitless world.” Paralleling critical societal roles played by universities – ancient, medieval, and modern – throughout the millennia, this chapter calls for all universities and higher education institutions (HEIs) generally – estimated at over 28,000 – to take a lead together in tackling the pressing complex and intractable challenges that face us. There are about 250 million students in tertiary education worldwide rising to about 600 million by 2040. Time is not on our side. While much of the groundwork has been done by the United Nations (UN) and civil society, concerns remain over the variable support given to the UN-2030 Sustainable Development Goals (SDGs), especially in light of the negative impact of global biodiversity loss on achieving the UN-2030 SDGs. Ten propositions for global sustainability, ranging from adopting the SDGs at national and local levels to ensuring peaceful uses of technology and UN reforms in line with global socioeconomic shifts, are provided for consideration by decisionmakers. Proposition #7 calls for the unifying One Health & Well-Being (OHWB) concept to become the cornerstone of our educational systems as well as societal institutions and to underpin the UN-2030 SDGs. Recognizing the need to change our worldview (belief systems) from human-centrism to eco-centrism, and re-building of trust in our institutions, the chapter argues for the re-conceptualization of the university/higher education purpose and scope focusing on the development of an interconnected ecological knowledge system with a concern for the whole Earth – and beyond. The 2019 novel coronavirus has made clear that the challenges facing our world cannot be solved by individual nations alone and that there is an urgency to committing to shared global values that reflect the OHWB concept and approach. By drawing on our collective experience and expertise informed by the UN-2030 SDGs, we will be in a much stronger position to shape and strengthen multilateral strategies to achieve the UN-2030 Transformative Vision – “ending poverty, hunger, inequality and protecting the Earth’s natural resources,” and thereby helping “to save the world from itself.”

The manufacturing industry is presently experiencing technological disruption on a global scale. Consequently, to tackle such disruption, firms are identifying a volatile, uncertain, complex and ambiguous (VUCA) scenario and seeking ways to counter it. Accordingly, this paper aims to investigate the employee performance through assessing organizational citizenship behaviour (OCB) among the shop floor employees of the fast-moving consumer goods (FMCG) industry where a high-performance work system (HPWS) has been implemented.

A descriptive research design was used in the study, and 395 shop floor employees working in leading multinational firms, with a minimum global turnover of US$1bn, were interviewed. These manufacturing firms were located in three industrial clusters in the northern part of India.

The results indicate that HPWS influences OCB. Most of the dimensions of HPWS and OCB were found to be positively associated. The findings also disprove the labour process theory in the context of the study.

The findings report a broad view of the relationship between HPWS and OCB in the Indian manufacturing context. The study offers the practical insights that HPWS is a universally accepted framework and that organizations should focus on the effective implementation of HPWS in a VUCA scenario, which is in line with past studies. The study also provides future directions for research.

This paper has established the relationship between HPWS and OCB in the manufacturing sector, especially for shop floor employees.

Although many researchers have widely studied additive manufacturing (AM) as one of the most important industrial revolutions, few have presented a bibliometric analysis of the published studies in this area. This paper aims to evaluate AM research trends based on 4607 publications most cited from year 2010 to 2020.

The research methodology is bibliometric indicators and network analysis, including analysis based on keywords, citation analysis, productive journal, related published papers and authors indicators. Two free available software were employed VOSviewer and Bibexcel.

Keywords analysis results indicate that among the AM processes, Selective Laser Melting and Fused Deposition Modeling techniques, are the two processes ranked on top of the techniques employed and studied with 35.76% and 20.09% respectively. The citation analysis by VOSviewer software, reveals that the medical applications field and the fabrication of metal parts are the areas that interest researchers greatly. Different new research niches, as pharmaceutical industry, digital construction and food fabrication are growing topics in AM scientific works. This study reveals that journals “Materials & design”, “Advanced materials”, “Acs applied materials & interfaces”, “Additive manufacturing”, “Advanced functional materials” and “Biofabrication” are the most productive and influential in AM scientific research.

The results and conclusions of this work can be used as indicators of trends in AM research and/or as prospects for future studies in this area.