Title of article :
Identifying Buyer-Supplier Conflict in Collaborative Process New Product Development
Author/Authors :
Razmi، J. نويسنده School of Industrial Engineering, University of Tehran, Iran , , Haghighi، D. نويسنده Young Researchers and Elite Club, Majlesi Branch, Islamic Azad University, Isfahan, Iran ,
Issue Information :
روزنامه با شماره پیاپی سال 2014
Abstract :
Every organizational entity, whether operated for profit or not, must
purchase goods and/or contract for services to meet the needs of its
customers, clients, and stakeholders. As a result of the dynamics that
occur in this process, the potential for buyer-supplier conflict is
extremely high and is in fact a very common occurrence. Proper
identification, assessment, and management of buyer-supplier conflict
can lower the cost of conflict and improve the efficiency and
effectiveness of an alliance.
The costs associated with buyer-supplier conflict include lost
productivity, strained relationships, poor resource utilization, and
unfulfilled potential of the joint activities undertaken by the buyer and
supplier in support of the relationship. This paper applying a
methodology, extending the concept of TRIZ (XTriz), to discover
supply chain conflict before they occur and cause detrimental effects
to system performance. The approach involves specifically focus on
extending TRIZ with Root Conflict Analysis, which allows us to
extract and map the contradictions arising in supply chain that are the
root cause of certain problems. We applied the proposed methodology
on new product development (NPD) to illustrate the validity of the
tool. Although, further research is needed to fully explore this method
of conflict detection, we believe that this research does indeed provide
some much needed insight into the daunting task of conflict discovery
and therefore proactive handling of these potentially negative
occurrences in the supply chain.
Journal title :
International Journal of Research in Industrial Engineering
Journal title :
International Journal of Research in Industrial Engineering