The contribution of the development of production methods in the textile industry to productivity: A business analysis

In today's world, where global competition conditions affect businesses at a high level, businesses that want to turn their conditions in favor want to bring their complex structures to advantegeous positions in competition. Businesses gain this advantage primarily by managing and strengthening their own internal structure. They execute this power whit a performance management approach. Performance management is the management process of activities that will ensure the continuous development of the companies in the context of strategic management or the purpose, goal, mission and vision, to collect and compare information about their current situation. One of the most important dimensions of performance management is efficiency. Efficiency is simply the output/input ratio. Efficiency is the demanding performance management dimension to obtain the best output mix or increase the output by using the available resources optimally. Efficiency is the result of a change in inputs or outputs to increase the output/input ratio. One of the most important productivity enhancement techniques is method development technique. Method development is the process of examining and developing activities in order to provide economic methods for doing a job and to make in done in less time with less cost. In the fırst part of this study, the concept of performance, strategic management process that affects performance management and performance management is presented. The concept of efficiency, which is one of the most important dimensions of performance management, is examined under a separate heading. In the second part, method development technique and process are explained. The contribution of method development to productivity was analyzed in the last part of the study with a research conducted in the textile sector. Keywords: Performance, Performance Management, Production, Productivity, Method Development, Textile Sector