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Nuclear Energy

Nuclear Engineering and Radiological Sciences MSE

University of Michigan

United States of America

An advanced engineering master's covering fission, fusion, nuclear materials, radiation transport, radiation detection, policy and radiological sciences.

Study Level

Master's Degree

Study Mode

On Campus

Duration

30 graduate credit hours

Programme Overview

The University of Michigan Master of Science in Engineering in Nuclear Engineering and Radiological Sciences provides advanced technical education across modern nuclear science and engineering.

Students can specialise in areas including fission systems and radiation transport, materials and radiation effects, plasma science and nuclear fusion, nuclear policy and climate, and radiation measurement and imaging.

The programme allows students to tailor coursework and research experiences toward specific professional goals.

Graduates develop advanced expertise applicable to nuclear-energy companies, national laboratories, government organisations, health and radiation technology, research and advanced engineering industries.

The degree requires graduate-level coursework together with appropriate specialised nuclear engineering study.

Entry Requirements

Applicants must hold a recognised Bachelor's degree or equivalent qualification.

Suitable academic backgrounds include:

Nuclear Engineering

Mechanical Engineering

Electrical Engineering

Materials Science

Physics

Chemical Engineering

Environmental Science

Other relevant engineering or scientific disciplines

The programme welcomes both nuclear-engineering graduates and cross-disciplinary applicants seeking specialised nuclear or radiological expertise.

Applicants should demonstrate suitable mathematics, science and engineering preparation.

English-Language Requirements

Applicants whose prior education does not satisfy the University of Michigan's English-language exemption criteria must meet Rackham Graduate School's current English-proficiency requirements.

Accepted evidence may include approved TOEFL, IELTS or other recognised qualifications.

Applicants should verify the current minimum score and exemption requirements before applying.

Career Outcomes

Nuclear EngineerFusion EngineerRadiation Detection EngineerNuclear Materials EngineerReactor Analysis Engineer

Scholarship Information

NERS Funding The Department of Nuclear Engineering and Radiological Sciences provides information on fellowships, research appointments and other graduate funding opportunities. American Nuclear Society Scholarships Eligible students may compete for ANS graduate scholarships. Research Assistantships Some Master's students may obtain funded research opportunities depending on faculty projects and availability. External government, national-laboratory and nuclear-industry funding may also be available. Funding should not be assumed to be guaranteed with Master's admission.