Modeling and Simulation Engineering

This unique Modeling and Simulation Engineering (MSE) program prepares students with technical skills in systems design and analysis, machine learning, and artificial intelligence to support the current and next generation of innovators seeking to optimize operations and improve decision-making.  The program offers hands-on coursework that develops skillsets and refines expertise through problem-solving, creativity, and critical thinking, making it indispensable in addressing some of the most pressing challenges of our time. 

Modeling and simulation (M&S) have emerged as critical tools across many industries, bridging theory and practice by developing dynamic, interactive systems that represent real-world phenomena. These systems enable users to study, experiment with, and optimize complex processes without the constraints, costs, or risks associated with physical prototypes or real-world testing. As computational capabilities grow and software tools become increasingly sophisticated, M&S applications have proliferated, encompassing areas as diverse as engineering, healthcare, manufacturing, climate science, and defense. For example, engineering simulations facilitate stress analysis in structural design, allowing engineers to anticipate failures and optimize materials. Similarly, in healthcare, surgical simulations offer a risk-free environment for training surgeons, improving patient outcomes through precision and practice. Likewise, climate modeling provides policymakers with critical insights into weather patterns, enabling informed decisions to mitigate natural disasters and address climate change.