Simulation modeling involves creating a computer-based representation of any entity in the real world with a high degree of detail. In today’s era, simulation modeling is a widely used and preferred technology that allows both 2D and 3D visualization. Additionally, simulation systems can be implemented in real-time. The process of creating simulation models includes the following steps:

• System introduction
• Model formulation
• Data collection, organization
• Model verification
• Tactical planning
• Trial analyses and documentation

The simulation modeling technology used today opens up many new possibilities, bringing along various advantages. So, what are these advantages?

1. Efficiency: Simulation modeling allows for a realistic representation of processes or entities, saving time and effort compared to real-world implementation.

2. Learning without Real-world Experience: Simulation modeling teaches without the need for real-world experiences, eliminating stress and providing a controlled environment for learning.

3. Modeling Complex Systems: Simulation modeling enables the easy modeling of complex systems in a comfortable manner.

4. Reproducibility: Experiments conducted through simulation modeling can be easily replicated, contributing to the reliability of the results.

5. Risk-Free Testing: Simulation modeling allows testing real-life events or situations without any danger or risk.

In summary, simulation modeling is a powerful tool that not only saves resources but also provides a safe and controlled environment for experimentation and learning.