The access key for accessibility features is 0. Press alt 0 to come back here at any time.

Access Keys:

Skip to content | Go to site-wide navigation bar | Go to the navigation list for this section
Employment Opportunities
Faculty | Staff
Search Michigan Engineering:
small title image
you are here Nuclear Engineering and Radiological Sciences  /  Undergraduate  /  Curriculum
Nuclear Engineering and Radiological Sciences

(external link warning) Link goes to external page

NERS 50th Anniversary

NERS 50th Anniversary Home

Schedule of Events

Registration

Invited Speakers

Travel Information

Contact Us


Additional Links

Course Listings

Publications

News and Announcements

Alumni Linked In Website

Employment Opportunities

External Sites of Interest

C-Tools


Undergraduate Curriculum

The undergraduate curriculum is based on the principle that a sound education in both mathematics (including analytical and computational methods) and the basic sciences is an essential foundation for any specialized training. This is reflected in the course sequences leading to the B.S.E.(Bachelors of Science in Engineering) degree, which are designed to provide a broad background of basic material, with many of the nuclear engineering courses reserved for the last four semesters.

Because of its breadth and flexibility, this program should be considered by several different groups of students:

  • Those who wish to obtain a B.S.E. degree and then seek employment in a challenging and socially relevant field
  • Those who are seeking preparation for graduate study in nuclear engineering or related fields
  • Those who are seeking very broad technical backgrounds and who hope to make their careers in research and development, particularly after further study at the graduate level.

Undergraduate Research Programs

We believe that engaging in research as an undergraduate student is a very important part of the Michigan experience.

Upper Division Research

Many of our third- and fourth-year undergraduate students are very actively involved in research, either for pay or for academic credit. Many have co-authored papers in scientific journals.

Graduate School

Graduates from our program also find ample opportunities in graduate school, not only in nuclear engineering and radiological science, but in a variety of disciplines such as medicine, law, health physics, etc. The strong math and physics background of nuclear and radiological engineers ensures that they are well prepared for graduate programs in very diverse fields.

Job Opportunities

Students receiving the Bachelor of Science in Engineering (B.S.E.) degree in nuclear engineering will find job opportunities in both industry and government, including hospitals, nuclear utilities, nuclear industries, national laboratories, universities, consulting firms as well as state and federal government agencies.

Related Links: