Radiation Transport-Simulation

3 credits · College of Engineering catalogue

Advisory Prerequisite: None. Enforced Prerequisite: Senior Standing or Graduate Standing. (3 credits) Introduction to Monte Carlo radiation transport simulation software. Basic input file definitions are covered, including geometry and cell descriptions, radiation sources, tallies, and essential file parameters. Advanced topics include scripting and automation of multiple simulations, Python/MATLAB data processing methods, voxel-based geometries, variance reduction techniques, activation and decay calculations, and advanced input options. Practical applications consist of radiation shielding, detector modeling, and radiation dosimetry, with emphasis on the connection between radiation transport theory and its implementation in Monte Carlo simulations. A final project allows application of course methods to student research, senior design projects, or individual technical interests.