Established supply chain management paradigms such as leanness, agility, and sustainability have received increased attention in the literature, but mainly as separate topics. However, while the importance of sustainability as a competitive priority has grown significantly in recent years, companies still try to reconcile the pressures of enhancing their supply chain efficiency and effectiveness. Thus, understanding what is the best way for companies to design and implement a system of practices that meets, on the one hand, the environmental and social requirements of a wide set of stakeholders and, on the other hand, the need to be lean (efficient and waste free) and/or agile (fast and flexible to the needs of the market place) is critical. Our paper develops a systematic literature review addressing the integration of lean, agile and sustainable supply chain management paradigms. 73 papers are analysed, deriving 6 types of integration between lean & sustainable and agile & sustainable supply chain paradigms. To achieve each type of integration, a set of practices are highlighted. Interestingly, the same practices can support different integration types. The paper discusses possible reasons behind these differences and provides future research directions. We suggest further studies should be devoted to investigating the agile e sustainable paradigms integration more in depth as well as the effect of including social dimension when considering the integration between established and sustainable supply chain paradigms. Moreover, we address the lack of empirical studies and the need to take an evolutionary perspective when looking at the integration. Finally, we suggest developing conceptual and empirical studies on whether and how integration between paradigms is contingent upon the strategic relevance of sustainability.

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PurposeThis paper contributes to the literature on supply chain process management by discussing how Industry 4.0 technologies can support process re-engineering in the context of the construction industry.Design/methodology/approachThe paper discusses the impact of Industry 4.0 technologies through an exploratory case study focused on the materials management process, using a coproduction of research approach where the main findings are obtained through the involvement of internal and external process actors.FindingsThe results show that the introduction of Industry 4.0 technologies could radically improve process performance, better supporting the execution of activities, increasing the effectiveness of communication between actors and favoring data collection and sharing. These technologies, characterized by the level of risk connected to their implementation, need to be introduced in combination with new organizational mechanisms, which may be beneficial for several supply chain actors.Originality/valueThrough the adoption of a research coproduction methodology, which is not common in the literature, this paper contributes to the ongoing discussion about how Industry 4.0 technologies contribute to process-centric supply chains, by discussing the benefits of these tools from the perspective of process actors.

Purpose Co-creation along the new product development (NPD) seems the winning approach in nowadays market. The purpose of this paper is to explore the collaboration and interaction flows between suppliers and customers in co-creation initiatives devoted to NPD. Design/methodology/approach After developing a classification of demand-side and supply-side involvement in co-creation along the NPD process, 13 cases of co-creation in the consumer goods industry, within the Italian context, have been analyzed. Findings Three patterns of co-creation have been identified: supplier-driven approach: companies co-creating with suppliers in multiple NPD phases, while involving customers only in one; customer-driven approach: companies involving customers in multiple phases, while engaging suppliers only in one and firm-driven approach: companies involving both customers and suppliers in one single phase. Further, the locus of relevant knowledge drives to different co-creation approaches. Research limitations/implications The work contributes to extant literature by: providing a classification of demand-side and supply-side involvement in NPD; empirically investigating the interaction flows between customers and suppliers in co-creation initiatives along the NPD; highlighting the factors potentially affecting a concurrent involvement of customers and suppliers in NPD. Practical implications The findings can help to efficiently and effectively design and manage the relation with both suppliers and customers in co-creation projects devoted to NPD. Originality/value The involvement of suppliers and customers in co-creation initiatives has been so far analyzed only separately in literature. This study opens a new stream of research, stressing how the evolution of the market, toward a more participative one, spurs the need to investigate the collaboration and interaction flows between the two actors.

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PurposeThis paper aims to examine how the extant publication has related big data analytics (BDA) to supply chain planning (SCP). The paper presents a conceptual model based on the reviewed articles and the dominant research gaps and outlines the research directions for future advancement.Design/methodology/approachBased on a systematic literature review, this study analysed 72 journal articles and reported the descriptive and thematic analysis in assessing the established body of knowledge.FindingsThis study reveals the fact that literature on relating BDA to SCP has an ambiguous use of BDA-related terminologies and a siloed view on SCP processes that primarily focuses on the short-term. Looking at the big data sources, the objective of adopting BDA and changes to SCP, we identified three roles of big data and BDA for SCP: supportive facilitator, source of empowerment and game-changer. It bridges the conversation between BDA technology for SCP and its management issues in organisations and supply chains according to the technology-organisation-environmental framework.Research limitations/implicationsThis paper presents a comprehensive examination of existing literature on relating BDA to SCP. The resulted themes and research opportunities will help to advance the understanding of how BDA will reshape the future of SCP and how to manage BDA adoption towards a big data-driven SCP.Originality/valueThis study is unique in its discussion on how BDA will reshape SCP integrating the technical and managerial perspectives, which have not been discussed to date.