| Simulation
Key Faculty: Preston White
Area Description: Simulation is a powerful approach to understanding the implications of alternative designs and operating policies. In contrast to laboratory or fields tests, the advantage of simulation is the accessibility of the model for controlled experimentation. Simulations can be run under conditions that are too expensive, time-consuming, disruptive, or dangerous to reproduce directly. Even systems that cannot be realized with current technologies can be simulated. In contrast to other model-based methodologies, the advantage of simulation is the universality of the experimental approach. Simulations can be used to answer questions regarding systems that are far too large or complex to admit closed-form or even approximate solutions to analytical models. A successful simulation study applies systems engineering methodology to guide the entire process of problem formulation, model-based inquiry, reporting, and decision-making. A concentration in simulation emphasizes the integration of core competencies in modeling, analysis, computation, design, optimization, and supporting information technologies. A concentration in simulation can be tailored to support applications in communications, transportation, manufacturing, logistics, military science, and business and service systems.
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