Nuclear Engineering and Radiological Sciences

University of Michigan

United States of America, Ann Arbor

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Home/United States of America/Ann Arbor /University of Michigan/Nuclear Engineering and Radiological Sciences

University of Michigan

United States of America , Ann Arbor

Key Facts

Program Level

Master by Course Work

Study Type

Full Time

Delivery

On Campus

Campuses

Main Site

Program Language

English

Start & Deadlines

Next Intake Deadlines30-Aug-2022 15-Jan-2022

Apply to this program

Go to the official application for the university

Duration 24 month(s)

Tuition Fee

USD 49,548 / year

Apply Date 15-Jan-2022

Next Intake 30-Aug-2022

Nuclear Engineering and Radiological Sciences

About

Overview 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 measurements — remains strong. I want to find another Master Course EducationThe curriculum in Nuclear Engineering and Radiological Sciences at the University of Michigan is broad and diverse, comprising courses ranging from fundamental science and mathematics to specialized engineering applications.

The graduate program in the Nuclear Engineering and Radiological Sciences at the University of Michigan is one of the most highly regarded nuclear engineering programs in the country, regularly ranked in the top two by U.S. News and World Report.

Disciplines

General Engineering & Technology

Energy & Power Engineering

Physics

Requirements

Other Requirements

1 : Applicants who do not have an undergraduate degree in nuclear engineering should take courses in atomic and nuclear physics (Nuclear Engineering and Radiological Sciences 311-312, or equivalent) and advanced mathematics for engineers (Mathematics 454, or equivalent)These courses may not be applied toward the 30 hours for the master’s degree