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Thesis topic proposal
 
Miklós Gubán
Design of a simulation model for efficient re-planning of enterprisal service logistical processes

THESIS TOPIC PROPOSAL

Institute: Budapest Business University
business and management
Doctoral School of Entrepreneurship and Business

Thesis supervisor: Miklós Gubán
Location of studies (in Hungarian): Budapest Business Shool
Abbreviation of location of studies: BGE


Description of the research topic:

The enterprisal service logistical processes comprise of a highly complex, multiparameter system that contain elements such as weather, traffic, operation of machines, etc. Without the optimal planning of the logistical background of service processes today`s economy could not operate efficiently, and the solution is required from the designer of the processes. It is a difficult task to understand the characteristics, operation and behavious of such systems and processes. Therefore the topic is actual and potentially results in a contribution that would be useful for enterprises.
As a first step to elaborate the topic the national and international literature of the topic have to be evaluated. The already revealed parts of the topic and the applied solutions are to be methodically reviewed.
The first goal of the work is to elaborate a model that is still perspicuous, but still provides the description of the beforementioned system is an adequate depth. The main parameters of the system has to be defined as well.
The efficiency of the logistical processes is a complex issue. During the research it has to be defined, which goals can be observed. A formally given goal also has to be defined that would provide an increased efficiency of the service.
There are many existing tools and methods to design, analyse and develop logistical tasks. Simulation may be useful for the analysis of the service processes. A further aim of the research is to develop a simulation model that would allow the evaluation of the previous model and which would improve the efficiency of the service logistics. It has to reveal the critical points of the system and prove a way to re-design them.
Connected to the developed simulation model an example task has to be elaborated that would prove the practicality of the method.

Required language skills: magyar, angol

Deadline for application: 2019-05-31


2024. IV. 17.
ODT ülés
Az ODT következő ülésére 2024. június 14-én, pénteken 10.00 órakor kerül sor a Semmelweis Egyetem Szenátusi termében (Bp. Üllői út 26. I. emelet).

 
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