BITS Faculty Publications
Permanent URI for this communityhttp://localhost:4000/handle/123456789/1867
Browse
3 results
Search Results
Item Measuring interdependencies of preferred supplier enablers(Emerald, 2018-10) Routroy, SrikantaThe purpose of this paper is to analyze preferred supplier enablers (PSEs) and measure the interdependencies among themselves for enhancing preferred supplier relationship.Item Performance analysis of agile supply chain(Inder Science, 2015-05) Routroy, SrikantaAgile supply chain (ASC) is considered to be the best alternative to serve difficult markets having uncertain demand, immature and innovative products, ever changing and increasing customer expectations, etc. Continuous performance evaluation is therefore necessary to ensure competitive advantage and business sustainability. Time pressures and difficulty in application to real time situations remain the major reasons for the limited usage of the many available models for measuring agility of ASC. Also, these approaches are not necessary if supply chain managers are only interested to know the agile performance enhancement along certain specified time horizons. Therefore, a methodology is proposed by combining fuzzy analytic hierarchy process (FAHP) and performance value analysis (PVA) to analyse ASC performance along specified time horizons. This proposed approach is applied to an apparel supply chain considering three time horizons and it was observed that there was significant improvement of ASC performance after two years.Item An approach to develop green capability in manufacturing supply chain(Inder Science, 2015) Routroy, SrikantaIn the present scenario, achieving the green capability has become one of the typical features that is pitching hard along the explorations and transitions of the manufacturing supply chains. Since the ceremonious, common and static solutions do not help to transform the dynamic natured manufacturing supply chains into green manufacturing supply chains. This is mainly due to the increased complexity (of manufacturing supply chains) outpacing the advancement achieved. Hence, there must be a process geared up to identify and prioritise the significant areas to focus and dynamically adjust the targets for continuous improvement to achieve green capability. To address these issues, the current study proposes a methodology consisting of five phases to institute the directions for achieving green capability and it is integrated with a benchmarking approach to provide the basis for continuous improvement. In order to present its utility, it is deployed in an Indian manufacturing company.