Bibliographic citations
Montes, E., Prado, A. (2011). Diseño de juego de simulación logística como herramienta de capacitación aplicada a instituciones peruanas [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/14714
Montes, E., Prado, A. Diseño de juego de simulación logística como herramienta de capacitación aplicada a instituciones peruanas [Tesis]. : Universidad Nacional de Ingeniería; 2011. http://hdl.handle.net/20.500.14076/14714
@mastersthesis{renati/709343,
title = "Diseño de juego de simulación logística como herramienta de capacitación aplicada a instituciones peruanas",
author = "Prado Ventocilla, Adolfo Jorge",
publisher = "Universidad Nacional de Ingeniería",
year = "2011"
}
Today during the development of logistics training courses in Peruvian institutions and companies there are no means to monitor in practical aspects of the logistics functions, ie, experience the consequences of decisions on proper logistics management and its impact on the performance of the company This research work aims to analyze the impact of the use of a logistics simulation tool designed to Peruvian reality on the quality of learning in logistics courses in universities in Peru, with respect to a guiding framework for the purpose to identify the causes of the parts of the problem so that we have basis to propose recommendations that can help increase efficiency and quality It is hypothesized that the design and use of a logistics simulation tool adapted to the conditions under which firms operate in Peru, for training purposes, improve the quality of learning of the participants, which verified in a practical way, during the interaction with this tool, the effects of a series of decisions on each and all logistical functions (integrated logistics) and their impact on business results. In this way the tool designed for the purpose of this research provides participants with a systemic view of logistics with a focus on total cost, besides being an opportunity to experience the joint management of all activities and integrate them into marketing actions. Most of the time, known already the concept of integrated logistics, participants begin the game seeking to minimize the cost of each activity in isolation, but over the program, teams are realizing that, in seeking a policy of limited management to a function, such as transport, just overloading other activities such as stocks and storage. Among the recommendations resulting from the conclusions reached in this research work are: • To counter the lack of ways to compare product performance decisions of logistics management for students, we have to implement a model in whkh the student can interactively verify their decisions on the logistics functions from the results. With this model, the student will be able to identify the effect of their decisions on the model, as he interacts with it and the various logistics indicators, improved their decisions (in each interaction). Given the environmental and competition changing results, students tend to develop strategies (management styles), with which they identify and verify the impact of the implementation of each of them. • To counteract the lack of ways to compare decisions with results by the teachers in logistics training courses, you should implement logistics simulation models with sorne level of reporting and performance evaluation criteria clear enough, so that students improve their decisions as they interact with it. • To counteract the lack of a model in which validate the effect of variation of a logistic function on the other, we should raise the profile of teachers from the point of view of their knowledge of systems, especially regarding the use of simulation models. AdditionaNy, simulation models must be implemented in which the student can prioritize one by one the different variables logistics, and thus verify the relationship between them and the effect of its variation over the other during the interaction with the model. • To counteract the limitations of simulation tools oriented toward implementing partially logistics issues in logistics training courses in universities in Peru, you should implement simulation tools that address the management of logistics indicators related to the different logistics functions in a manner integral (integrated logistics) so as to identify the different logistics functions and comprehensive management. • To counteract the limitations of logistics simulation tools that reflect other realities and are oriented toward another countries in Peruvian universities, you should implement logistics simulation tools that include customizations and adaptations to the conditions under which Peruvian firms operate (logistics management) so as to get a better understanding and identification with the model generated in the tool, resulting in better results. Additional contributions of this research are: • A simulation tool to enhance the teaching of logistics in Peruvian universities. • A methodological approach with different focus to this type of research. • Applying a factor of correlation oriented discrete variables as a value added.
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