Prior studies indicate that undesired consequences may occur if knowledge cannot be effectively shared among members of a project team. Nevertheless, there are few studies that explore the knowledge-sharing (KS) mechanisms used and the contingency factors affecting their application in the context of managing new product development projects that encounter changes in project scope. Therefore, in this research the principles of the contingency approach were adopted in order to examine the KS mechanisms used and the contingency factors affecting their use in this context via an in-depth case study. Three key KS mechanisms and three contingency factors affecting their application were identified based on the research results. The relationship between the KS mechanisms and the contingency factors is formalized in five propositions. Future research that examines the interrelationships among these contingency factors and how they collectively influence KS practices in similar contexts is encouraged.

Abstract-EcoPlex is an infrastructure that enables simple wireless platforms to participate seamlessly in a feature-rich, wireless ad hoc network. EcoPlex consists of gateways that are responsible for handoff support for mobility and high data rate without burdening the simple nodes to implement multihop protocols. The gateways also create virtual identities for simpler nodes to enable their participation in the feature-rich network without adding complexity to them. We demonstrate the feasibility of this idea with the ultra-compact wireless sensor platform called Eco to participate as virtual nodes in a fully general ZigBee network. Experimental results show EcoPlex to be efficient and scalable. The enhanced mobility and interoperability are added to the Eco platform at the infrastructure level, all with minimal node complexity.