MSc in Mechanical Engineering - Nuclear and Radiological Engineering in Atlanta United States | Georgia Institute of Technology

The Woodruff School offers a rigorous graduate program designed for students with engineering, mechanics, mathematics, or science backgrounds, culminating in a Master of Science in Mechanical Engineering. While most coursework is flexible, each study plan must satisfy the School's standards for breadth, depth, and academic rigor.

Nuclear engineering focuses on harnessing nuclear energy, while radiological engineering applies radiation technology in medical and industrial settings. These interconnected disciplines share fundamental principles in nuclear physics, radiation transport, and material interactions. Georgia Tech's Nuclear and Radiological Engineering Program currently explores three key research domains: Fission, Fusion, and Radiological Engineering.

Fission research at Georgia Tech involves advancing radiation transport techniques, developing shielding solutions, managing nuclear waste, creating innovative reactor designs, and studying reactor safety. This work often involves collaboration with leading U.S. and European nuclear research facilities. Graduates specializing in Fission find employment across the nuclear sector, including regulatory agencies and national laboratories such as Argonne, Los Alamos, Oak Ridge, and Savannah River.