The objective of this thesis is to simulate the production of two types of electric motors, taking into account data on work operations, execution time, and input and output materials, including their weight and volume, as well as past data on unforeseen events in the production process over the past two years. Using the simulation model, we will optimize the layout of workstations and material logistics, prepare a plan to increase production, and analyze the impact of stochastic events on the production process. The model will include nominal production characteristics and recorded stochastic events, allowing us to achieve an optimal process with minimal deviations in flow times. Through simulations, we will improve the system and achieve optimal production, for which we have formulated a hypothesis.
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