Nuclear Energy, M.S.

Develop expertise in reactor physics, radiation safety, nuclear materials, fuel cycles, and policy for nuclear energy careers.

Why earn a Nuclear Energy M.S. at Montana Tech?

Montana Tech’s M.S. in Nuclear Energy provides specialized education in reactor physics, radiation science, nuclear materials, fuel cycles, and energy policy. Through a partnership with Idaho National Laboratory and expert faculty, students gain the knowledge and skills needed for careers in the nuclear energy workforce, research, and advanced engineering fields.

What is a Nuclear Engineer?

Nuclear engineers apply principles of physics, mathematics, and engineering to develop and improve systems that use nuclear energy. They design, operate, and analyze reactors, fuel systems, and radiation technologies while ensuring safety, efficiency, and regulatory compliance. Their work supports energy production, research, medicine, and national security.

What Kinds of Jobs Exist in the Nuclear Energy Field?

Professionals in the nuclear energy field work in reactor operations, radiological safety, nuclear materials, fuel cycle management, energy policy, research, and engineering. Employers include electric utilities, national laboratories, government agencies, engineering consulting firms, and energy companies. Students interested in advanced study can pursue Montana Tech’s Ph.D. in Energy Engineering and Science.

Explore Classes in the M.S. in Nuclear Energy

As a student in Montana Tech’s M.S. in Nuclear Energy program, you’ll study radiation physics, nuclear reactor theory, radiological safety, nuclear materials and fuels, the nuclear fuel cycle, and energy policy. You can pursue a thesis or non-thesis option while building the technical and analytical skills needed for careers in the nuclear energy industry, research, and government. See more course details in Montana Tech’s academic catalog.