Course Overview

The Nuclear Engineering and Radiological Sciences program at the University of Michigan is designed to prepare students for leadership roles in nuclear science and technology. The curriculum focuses on the fundamental principles of nuclear engineering, radiation protection, and the application of nuclear technologies in energy, medicine, and security. Unique features include hands-on learning through advanced laboratories and research opportunities in areas such as nuclear reactor design, radiation detection, and nuclear materials.

Career Prospects

Graduates are well-equipped for careers in nuclear power generation, radiation safety, medical physics, and national security. The program’s strong emphasis on research and practical skills ensures high employability in both industry and government sectors.

Key Faculty and Staff

Notable faculty include experts in nuclear reactor safety, radiation measurement, and nuclear policy, contributing to the program’s reputation for cutting-edge research and education. Specific names and titles are available on the university’s official department page.

Unique Facilities and Partnerships

The program offers access to state-of-the-art facilities such as the Michigan Ion Beam Laboratory and the Nuclear Reactor Laboratory, which houses a research reactor for student training and experimentation. Partnerships with national laboratories and industry leaders provide additional research and internship opportunities.