The graduate program in the Nuclear Engineering and Radiological Sciences at U-M is one of the most highly regarded nuclear engineering programs in the country, regularly ranked first in the nation by U.S. News and World Report. As the department continues to advance the fast-evolving field of nuclear engineering and radiological sciences, the graduate curriculum prepares students to shoulder leadership roles as their careers progress following master’s or doctoral degrees.
The faculty train the next generation of nuclear engineers to design, build, run and regulate nuclear power plants in the US and abroad. Students also gain expertise as scientists and engineers who advance the application of radiation in medicine, nuclear security and the dismantling of weapons, the disposal of radioactive wastes and basic research.
While the department focuses new energy on these emerging needs, its commitment to the more traditional areas research pillars – fission systems and radiation transport, plasmas and fusion, materials and radiation effects and measurements — remains strong.
The curriculum in Nuclear Engineering and Radiological Sciences is broad and diverse, comprising courses ranging from fundamental science and mathematics to specialized engineering applications.
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Nuclear Engineering and Radiological Sciences