The thesis analyzes the implementation of more advanced technology into warehouse systems. It presents various storage methods, with a more detailed analysis of the automated method in which the main function is performed by a robot. A warehouse model has been designed and developed along with warehouse operation programs, through which the timings of individual robot movements are determined in the subsequent sections. The result of this provides us with a matrix of times, from which we predict the duration of material warehousing. To test the performance of the analysis, warehouse scenarios were created using a holistic approach, and the results were compared with the sectional method. In the conclusion, findings are presented, as well as the functionality of the thesis in the planning and management of manufacturing engineering.
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