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In post-normal times, when surprises and conflicts rule and the concept of normal is increasingly useless (Dufva & Rowley, 2022), leaders in organisations are faced with new and never-before-faced problems. That’s why it becomes crucial to focus on innovation leadership and its components. This chapter introduces Design2Be, a new methodology developed by Evidentia, a consulting firm, that changes the paradigm of leadership development. The very structure of Design2Be guides participants into an innovative experience of learning, no longer linear and sequential but circular and holistic, in which the goal is the development of an innovative self and team leadership mindset, by discovering and acting out a personal growth towards self-expression and fulfilment. We reflect on the development and application of this new approach, through a case story in a large Italian company with a group of (future) leaders testing and applying the new methodology. The chapter uses Paton’s (2001) reflective model to reflect on our roles as consultants, co-creating the approach with our client.

Sustainability and resilience challenges persist globally due to the lack of coordinated action among firms and community stakeholders. This is even more challenging for multinational corporations (MNCs) interacting across multiple, and often diverse, institutional environments. To be effective, MNCs’ sustainability efforts must respond to interdependent functions and systems in communities and rely on adaptive governance frameworks targeting long-term initiatives. The authors highlight the importance of public–private interconnections to promote resilience and enable the achievement of the sustainable development goals (SDGs). The authors introduce a methodology to analyze community resilience and present an in-depth, single case study of New Orleans. Findings provide important insights for the international business (IB) literature, but also critical implications for policymakers and practitioners.

Construction projects commonly encounter complicated delay problems. Over the past few decades, numerous delay analysis methods (DAMs) have been developed. There is no consensus on whether existing DAMs effectively resolve delays, particularly in the case of complex concurrent delays. Thus, the primary objective of this study is to undertake a comprehensive and systematic literature review on concurrent delays, aiming to answer the following research question: Do existing delay analysis techniques deal with concurrent delays well?

This study conducts a comprehensive review of concurrent delays by both bibliometric and systematic analysis of research publications published between 1982 and 2022 in the Web of Science (WoS) and Scopus databases. For quantitative analysis, a bibliometric mapping tool, the VOSviewer, was employed to analyze 68 selected publications to explore the co-occurrence of keywords, co-authorship and direct citation. Additionally, we conducted a qualitative analysis to answer the targeted research question, identify academic knowledge gaps and explore potential research directions for solving the theoretical and practical problems of concurrent delays.

Concurrent delays are a critical aspect of delay claims. Despite DAMs developed by a limited number of research teams to tackle issues like concurrence, float consumption and the critical path in concurrent delay resolution, practitioners continue to face significant challenges. This study has successfully identified knowledge gaps in defining, identifying, analyzing and allocating liability for concurrent delays while offering promising directions for further research. These findings reveal the incompleteness of available DAMs for solving concurrent delays.

The outcomes of this study are highly beneficial for practitioners and researchers. For practitioners, the discussions on the resolution process of concurrent delays in terms of identification, analysis and apportionment enable them to proactively address concurrent delays and lay the groundwork for preventing and resolving such issues in their construction projects. For researchers, five research directions, including advanced DAMs capable of solving concurrent delays, are proposed for reference.

Existing research on DAMs lacks comprehensive coverage of concurrent delays. Through a scientometric review, it is evident that current DAMs do not deal with concurrent delays well. This review identifies critical knowledge gaps and offers insights into potential directions for future research.