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The aim of the paper is to explore how multinational corporations (MNCs) orchestrate internal and external resources to help their multi-tier supply chains learn sustainability related knowledge. Design/methodology/approach-An exploratory multiple case study approach was adopted and three MNCs' sustainable initiatives in China were examined. The data were primarily collected through 43 semi-structured interviews with managers of focal companies and their multi-tier suppliers. Findings-We found that in order to facilitate their supply chains to learn sustainability, MNCs tend to orchestrate in breadth by internally setting up new functional departments and externally working with third parties; and orchestrate in depth working directly with their extreme upstream suppliers adopting varied governance mechanisms on lower-tier suppliers along the project lifecycle. The resource orchestration in breadth and depth and along the project lifecycle results in changes of supply chain structure. Practical implication-The proposed conceptual model provides an overall framework for companies to design and implement their multi-tier sustainable initiatives. Companies could learn from our suggested learning stages and the best practices of case companies. Originality/value-We extend and enrich Resource Orchestration Perspective (ROP), which is internally focused, to a supply chain level; and answer a theoretical question of how MNCs orchestrate their internal and external resources to help their supply chains to learn sustainability. Our extension of ROP refutes the resource dependence theory, which adopts a passive approach of relying on external suppliers and proposes that MNCs should proactively work with internal and external stakeholders to learn sustainability.

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Guest editorial 1. The fourth industrial revolution (Industry 4.0): technologies disruption on operations and supply chain management 1.1 Context During the last five years, journals in robotics, electronics, computer science and production engineering have devoted significant attention to Industry 4.0 and related subjects, including additive manufacturing/3D printing, intelligent manufacturing and big data (