## Introduction

The University of Connecticut’s actuarial program is a vibrant program with approximately 275 undergraduate, 40 master’s students and 9 Ph.D. students majoring in Actuarial Science. It is one of the leading actuarial science programs in the country and the only one of its kind in New England. For Ph.D. students, UConn offers a unique blend of rigorous theoretical framework with practical grounding in problems of intense emerging interest in the marketplace. The Janet and Mark L. Goldenson Research Center for Actuarial Science, a joint venture with Towers-Watson Worldwide, the consulting actuaries, provides a unique window into emerging problems in actuarial practice and the opportunity both for joint work with practitioners and for identifying pragmatically focused Ph.D. dissertation topics. The faculty also blends academic and practical industry experience. More on our program is available on its website.

While emphasizing research that will benefit practicing actuaries, the Ph.D. program is not intended to prepare students to become practicing actuaries. In fact, many employers of actuaries regard a Ph.D. as a disincentive to hire. Those intending a career in actuarial practice should pursue the M.S degree. The Ph.D. prepares for an academic career in research and teaching.

## Overview of Requirements

The Ph.D. program is open to students who have a broad mathematical background and who have demonstrated ability and evidence of special aptitude for research in mathematics in their prior work. Students with B.S. or B.A. degrees can apply directly to the Ph.D. program.

To graduate with a Ph.D. in Mathematics, Dissertation in Actuarial Sciences, a student must satisfy all the requirements below:

- Course Credits: 45 credits are required (including 15 doctoral dissertation research credits/GRAD 6950) or if you get a master’s degree in mathematics at UConn then 30 credits are required (including 15 doctoral dissertation research credits) beyond the master’s degree.
- Pass three preliminary exams and two core courses (described below). The exams are officially referred to as “the written part of the qualifying exam”.
- Pass an oral exam (called general exam). This exam is the “oral part of the qualifying exam”, and is meant to further the student’s education, scholarship and professional development. It should cover material in the broad area in which the student intends to write a dissertation, but should not focus on the actual thesis research. The student is expected to present the material he/she has studied, and to answer questions about that material. The exam is prepared by the student’s advisory committee, and is normally taken at the end of the third year or beginning of the fourth year.
- Satisfy the language requirement.
- Write a dissertation under the direction of a member of the Graduate Faculty. The Graduate School has required specifications for the dissertation here.

(More generally, this page has useful information.) - Thesis templates (for LaTeX) are available on our Thesis Formatting page.

## Preliminary Examination and Core Course Requirements

#### General information

Students entering the Mathematics PhD with Thesis in Actuarial Science program in Fall 2017 or later need to pass three prelim exams and get a grade B or better in two core courses, chosen from one of the options below (prelims are indicated by the course for that prelim).

- Three prelims from Math 5160, Math 5639, plus one more from Math 5111, Math 5120, Math 5210, Math 5310, Math 5410 and Math 5510.
- Two core courses from Math 5111, Math 5120, Math 5161, Math 5210, Math 5211, Math 5310, Math 5360, Math 5410, Math 5440, Math 5510, and Math 5520.

In this requirement, a core course is any course in the list except for prelim courses that correspond to prelims the student passed. For example, if a student completes the prelim requirements by passing the Probability (Math 5160), Loss Models (Math 5639), and Real Analysis (Math 5111) prelims, then Complex Analysis (Math 5120) may count as a core course but Real Analysis (Math 5111) may not. Students cannot mix and match different requirements from the Actuarial track and either of the other two tracks (Pure Mathematics and Applied Mathematics).

For core courses, instructors are expected to have a rigorous assessment of students’ performance.

#### Timeframe and Progress Requirements

Students are expected to pass at least one prelim exam after each semester for the first three semesters of their graduate study and finish all prelim exam requirements by the beginning of the spring semester in their second year and finish all core course requirements by the end of their second year of graduate study. Failure to meet the requirements could result in a loss of funding for the following year.

#### The Philosophy behind Prelims

The role of prelims is distinct from the role of final examinations in undergraduate courses. Prelims, as comprehensive examinations, require the student to gather together knowledge, skills and insights from diverse mathematical areas. Traditionally, exams in different areas are given during short time periods, which forces the students to study different areas concurrently. The desired effect, proved over the years, is for students to develop a sense of mathematical ideas that span the discipline and, thereby, to prepare the student for independent research. Contrast is drawn here with the passive activity of taking courses.

Well prepared entering students are encouraged to take prelim exams before the first semester, but students are not encouraged to take prelim exams without proper preparation. While a student is allowed to take a prelim exam without taking the corresponding prelim course, this should be discussed with an advisor if it is after the first semester.

Graduate study in mathematics is a rigorous enterprise and requires a sincere commitment. The faculty has a responsibility both to the student body at large and to the profession to maintain adequate standards for the Ph.D. degree. Piecemeal passing of prelims over an extended number of years is not, in the opinion of this committee, generally compatible with the goals of a mathematics Ph.D. program.

At times, individual circumstances will dictate that the pace and/or content of the doctoral program should be altered. The Graduate Program Committee welcomes petitions from students and/or their advisors which will recognize the students’ individual interests, backgrounds and goals, within the constraints established by the Graduate School, the College and the Department.

#### Past Exams

The Department maintains a collection of past prelims going back to August 2000. Students are encouraged to peruse these in preparation for their own examinations.

**Language Requirement **– (On the Plan of Study, you have to specify how this will be fulfilled.) All PhD students must satisfy the Graduate School’s Related Area or Foreign Language Requirement. This requirement can be met in one of two ways. A PhD student can demonstrate appropriate reading knowledge of mathematics in Russian, German, French or Chinese. Most often this demonstration is done through a doctoral reading exam, although there are a number of different options. The student has satisfied this requirement if he/she has a degree in in any of the foregoing languages, the student can take a one year reading or intermediate course in the language with a C or higher. Alternately, with the approval of a PhD student’s advisory committee, the student may take six credits of related area coursework (if the subject is statistics, the student can take a 3 credit 4000+ level course, provided that the the student’s preparation contains a suitably advanced prerequisite course passed satisfactorily). All other courses must be approved by the advisory committee, be at least 4000 level and be outside the Math Department.