In this Industrial Engineering and Operation Research Master's program, students gain a strong disciplinary background in mathematical and statistical modeling, and are exposed to computational issues in practical problem solving and decision making. Course work includes probability and stochastic processes, simulation, engineering economics, design of experiments, quality and process control, linear and nonlinear optimization, stochastic optimization, dynamic programming, expert systems, supply chain management, resource management, inventory management, risk analysis, logistics, human factor and ergonomics, production planning, facilities layout, workplace design, time and motion study, scheduling, and blending. The Master of Engineering is a course work-only degree. The Master of Science requires a formal thesis. This online program provides continuing education opportunities to off-campus graduate students in a flexible, convenient format. A three-day, on-campus weekend workshop is required for some courses.