A collection of simulation models developed for manufacturing, healthcare, logistics, transportation, and infrastructure planning.
Method: Agent-Based + Discrete Event
Software: AnyLogic
Industry: Traffic & Road Analysis
The objective of the simulation was to model the rotary car parking system and evaluate the performance of the system under different scenarios. The simulation was used to determine the optimal number of parking slots and the best configuration for the system.
Method: Agent-Based + Discrete Event
Software: AnyLogic
Industry: Warehouse Logistics & Operations
The objective of the simulation was to model the warehouse AGV transportation system and evaluate the performance of the system under different scenarios. The simulation was used to determine the optimal number of AGVs and the best configuration for the system.
Method: Agent-Based + Discrete Event
Software: AnyLogic
Industry: Warehouse Logistics & Operations
The objective of this simulation was to model the warehouse AGV_Drone transportation system and evaluate the performance of the system under different scenarios.
Method: Discrete Event
Software: AnyLogic
Industry: Brewery Operations
The objective of this simulation was to model the brewing production process and evaluate the performance of the system under 12 different combinations of 3 input variables.
Method: Agent-Based + Discrete Event
Software: AnyLogic
Industry: Logistics
The objective of the simulation was to model the complete process flow inside a port handling facility and evaluate truck utilization to determine whether additional trucks were required.
Method: Agent-Based + Discrete Event
Software: AnyLogic
Industry: Transportation
Various railway line configurations were tested to compare passenger flow, congestion, and operational performance under different scenarios.
Method: Discrete Event
Software: AnyLogic
Industry: Healthcare
The simulation determined the required number of waste transportation operators while satisfying cost and service time constraints inside a healthcare facility.
Method: Discrete Event
Software: FlexSim
Industry: Manufacturing
Two scenarios were analyzed to get the true average mean using random distribution and performing null hyphothesis.
Find me on these platforms.
