The five-year program is the equivalent of a four-year program of undergraduate degree work (with the usual omission of a senior thesis research project) plus one year of graduate-level work to satisfy Master of Science degree requirements. In addition to requiring a single thesis, the program has the following advantages:
The paragraphs which follow provide additional information on this option as it applies to students who choose to pursue the fifth (SM) year in the Department of Nuclear Science and Engineering.
The Department of Nuclear Science and Engineering offers, jointly with a number of other MIT departments, a five-year program leading to a simultaneous Bachelor of Science in the appropriate undergraduate department and a Master of Science in Nuclear Science and Engineering. Departments currently participating are Chemical Engineering, Civil and Environmental Engineering, Electrical Engineering and Computer Science, Mechanical Engineering, Nuclear Science and Engineering, and Physics.
Although the Nuclear Science and Engineering Department at MIT also offers a bachelor's degree program, it is recognized that many students will prefer to pursue an SB program in some other discipline. In fact, only about half of the graduate students in Course 22 have majored in nuclear science and engineering as undergraduates. Thus, the five-year program, which predates the SB program, continues to be an important part of our educational effort.
The degree requirements remain unchanged: the student must satisfy the SB curriculum in an undergraduate department plus the SM requirements in Nuclear Science and Engineering. (A separate flyer on the Course 22 SM degree is available.)
However, in most instances, a single SM thesis may be submitted to satisfy the requirements for both degrees, and Course 22 subjects can often be counted toward the SB requirements, thereby freeing the student to pursue more advanced subjects at the SM level in Course 22.
The five-year combined bachelor and masters program is designed for students who decide relatively early in their undergraduate career that they wish to pursue a graduate degree in nuclear engineering. Students must submit their application for this program during the second term of their junior year and be judged to satisfy the graduate admission requirements of the Department. The normal expectations of MIT undergraduates for admission to the five-year program are an overall MIT grade point average of at least 4.3, and strong mathematics, science, and engineering background with a GPA of at least 4.0.
Students must apply for the five-year program during second term of their junior year. Merely apply for graduate school admission as if you were a senior, using the special 5-year graduate application. In addition, you must submit a form letter outlining your proposed program (download pdf) with your application. The proposed program should be approved by both your undergraduate advisor and the Course 22 Five-Year Program Director (Professor Michael Short, email@example.com). Students who submit applications by the end of their junior year will be notified concerning admission prior to the beginning of their senior year, usually within two months of the submission of a completed application.
All incoming students in the graduate programs of NSE (including the five-year program) are required to take diagnostic exams in both math and physics. The latest approach to conducting these exams was reformulated and adopted by the NSE graduate committee as of fall 2010. The new procedure places more emphasis in the diagnostics on areas needed for NSE graduate study, and more of the responsibility to identify the need for remedial actions on the students.
During the summer prior to entrance as a graduate student, final exams (or a compilation of relevant questions) from five MIT UG subjects: 22.01 (mid-term and final); 22.05; 22.06; 22.070; and 22.071 will be sent electronically to each incoming graduate student. The student should then review these exams and determine whether her/his preparation is sufficient to solve the exams from the first two subjects (22.02 and 22.05), and two of the last three subjects (22.06, 22.070, and 22.071).
When the student meets with her/his registration officer on the fall term registration day, she/he should identify any weaknesses to their registration offer, and also any self-study effort undertaken over the summer, to determine the need for remedial study. No specific grade is required for the remedial subjects. However, these grades will become part of your GPA, for which there is already existing guidelines as to what is deemed acceptable for any graduate student (GPA no less then 3.5 (based on 5.0 scale)).
You are welcome to discuss the Five-Year Program with its Course 22 director, Professor Michael Short, firstname.lastname@example.org, but experience has shown that many of the most common questions can be resolved by referring to the following list of items.
It is the satisfactory completion of degree requirements that is expected, not the specific time of five years. This means that you can finish in less or more than five years, with appropriate funding.
If you are a transfer student or will complete the SB program in less than four years, apply when you have completed enough credits to be equivalent to a second semester junior at MIT.
Normally it is not, students in the five-year SB/SM program are typically self-funded.
Undergraduates in Nuclear Science and Engineering are also eligible for the Five-Year Program; in this case, the program is equivalent in all respects to those described under "Simultaneous Bachelor and Master of Science Degrees" in the MIT Bulletin and the Graduate School Policy and Procedures Manual.
You may change the program proposed in your letter subject to the approval of your undergraduate advisor and your graduate registration officer. You may withdraw from the program at any time and obtain the SB by completing the appropriate requirements, including a SB thesis; if the SM is pursued subsequently, a separate SM thesis will be required.
No, because these units are individually arranged with the student's supervisor. The 66 units must be courses taken for a grade, excluding thesis units.
You may, if you should become interested in pursuing a further degree in NSE, apply to the NSE Department Admissions Committee to continue work towards the Nuclear Engineer, PhD, or ScD degrees after completion of the SM program. At that time, your request will be considered on the same basis as all other applicants.
Yes, passing courses required for the Ph.D. program with a satisfactory grade meets the requirements. For example, if you receive an 'A' on the final exam for one of the core graduate modules (22.11 - 22.16), that counts towards your Ph.D. qualifying exam requirements. However, you must still meet the unit requirements of both degrees.
Revised September 2015
Computational Nuclear Science and Engineering