The Actuarial Major
The Actuarial Science Program at Ohio State provides students with a strong background in the mathematical and statistical underpinnings of the design, financing, and operation of all types of insurance plans, pension and benefit plans, and related regulatory issues. Between 15 and 20 students each year have been graduating in this major, most of whom join insurance firms or consulting firms immediately upon graduation.
The goals of the curriculum in the Actuarial Science Program are twofold. First, The program supplies a strong general background in mathematics, statistics, and relevant concepts from the insurance industry. Second, the program prepares students to take some of the national actuarial examinations administered by the Society of Actuaries and the Casualty Actuarial Society.
Students who major in Actuarial Science at The Ohio State
University will receive rigorous training in the mathematics and
statistics needed for the design, financing, and operation of all
types of insurance plans, pension plans and benefit plans.
Students will acquire a broad background in economics, finance,
and risk management as well as technical aspects of actuarial
science. They will be expected to communicate fluently, both
orally and in writing, about their technical expertise and the
problems they solve.
Examinations administered by the Society of Actuaries and the Casualty Actuarial Society make up an important part of the career of an aspiring actuary. Courses required for the Actuarial Science Major will be designed to prepare students to pass Exam P and Exam FM, and students will be encouraged to sit for these examinations before graduation. In addition, the senior Actuarial Mathematics courses will serve as an introduction to the topics included in Exam M.
*ALERT: In the courses that constitute the major, students must have a C- or better and a minimum 2.0 cumulative GPA in these courses.*
| Course Number | Credit | Course Title |
| Mathematics 254 (or 263 or H263 or H264) Mathematics 568 (or 571 or H520) Mathematics 530 or 531H Mathematics 532 Mathematics 588 Mathematics 618 Mathematics 630 Mathematics 631 Mathematics 632 Statistics 420 Statistics 421 Business Finance 620 or 420 CIS 200 or 201 or 221 |
|
|
Total credits required for major = 53 cr.Back to the topHidden requirements and prerequisites:
- Mathematics 151-152-153 or honors equivalent: 10 - 15 cr.
- Economics 200 and 201 (Prereqs for finance): 10 cr.
- Accounting 211-212 or 310 (Prereqs for finance) 5 - 10 cr.
| Autumn | Winter | Spring | |
|
First Year
|
Math 151
CIS Elective Survey |
Math 152
Econ 200 Elective
|
Math 153
Econ 201 Elective
|
|
Second Year
|
Math 254
Accounting Elective
|
Math 568
Accounting Elective
|
Elective
Elective Elective
|
|
Third Year
|
Math 618
Math 530 Elective
|
Stat 420
Finance 620 Elective
|
Math 588
Math 532 Elective SOA Exam P** |
|
Fourth Year
|
Math 630
Elective Elective SOA Exam P or FM ** |
Math 631
Elective Elective
|
Math 632
Stat 421 Elective SOA FM ** |
** Exams. Formal course work should prepare the students to pass the exams in the first quarter shown. We hope that students will be able to pass Exam P sometime in the junior year and Exam FM sometime in the senior year.
Courses for Exam P: Math 151 - 254, Math 530 or Stat 420, Math 532
Course for Exam FM: Math 618
Faster Sample
Program
If you can finish calculus in three quarters
| Autumn | Winter | Spring | |
|
First Year
|
Math 161
CIS Elective Survey |
Math 162
Econ 200 Elective
|
Math 263
Econ 201 Elective
|
|
Second Year
|
Math 530
Accounting Elective
|
Stat 420
Accounting Elective
|
Math 532
Elective Elective SOA Exam P** |
|
Third Year
|
Math 618
Elective Elective SOA Exam P or FM** |
Math 568
Finance 620 Elective
|
Math 588
Stat 421 Elective SOA Exam P or FM** |
|
Fourth Year
|
Math 630
Elective Elective SOA Exam P or FM ** |
Math 631
Elective Elective
|
Math 632
Elective Elective SOA FM ** |
** Exams. Formal course work should prepare the students to pass the exams in the first quarter shown. We hope that students will be able to pass Exam P sometime in the junior year and Exam FM sometime in the senior year.
Courses for Exam P: Math 151 - 254, Math 530 or Stat 420 or Math 531H, Math 532
Course for Exam FM: Math 618
Mathematics 530
Probability 3 cr.
Prereq: Math 254
Combinatorial probability, random variables, independence, expectations, variance, limit theorems. There is a great deal of technical overlap between Math 530 and Stat 520, but the philosophy of instruction is different. We would like actuarial students to take both courses, but the order in which they take the courses is not important.
Mathematics 532 Mathematical Foundations of
Actuarial Science 3 cr.
Prereq: Math 530 or Stat 420 or Math 531H.
This course will cover the syllabus for the new Society of Actuaries/Casualty Actuarial Society Exam P. The course will contain a quick review of ideas from calculus and probability, an introduction to the ideas of risk management needed for the examination, and extensive problem solving.
Mathematics 588 Actuarial
Practicum 4 cr.
Prereq: Second Writing Course
Visiting actuaries will present practical problems which will require extensive written projects and oral presentations. Math 588 will serve as the third writing course for the actuarial science major.
Mathematics 618 Theory of
Interest 4 cr.
Prereq: Math 254
Math 618 will serve as preparation for Exam FM. It is a required prerequisite or corequisite for Math 630.
Mathematics 630, 631 and 632 Actuarial
Mathematics I, II and III 4 cr.
each
Prereq: Math 530 or Stat 420 or Math 531H, and Math 618 (Math 618 may
be taken simultaneously).
These courses will include some life insurance topics as well as topics in property and casualty insurance. The courses will introduce students to issues and problems arising in Exam M.
Finance 620 Business
Finance 4 cr.
Prereq: Econ 200, Econ 201, Accting 310 or 212
This course is a standard offering in the Department of Finance. We propose to add it to the major requirements for Actuarial Science. Investment issues make up an increasingly important part of the toolbox of working actuaries.
Computer and Information Science 200 or 201 or
221 5 cr.
Fluency in the use of computers for business analysis and some programming skills is important for a working actuary.
Statistics 420 Mathematical
Statistics I 5 cr.
Prereq: Math 254
Probability, random variables, discrete and continuous distributions; binomial, Poisson, normal, gamma (chi-square), t, F, distributions; change of variable and moment-generating function techniques; order statistics; limit theorems.
Statistics 421 Mathematical
Statistics II 5 cr.
Prereq: Stat 420 or Math 530 or Math 531H
Confidence intervals; minimum variance unbiased estimation, maximum likelihood estimation; Neyman-Pearson theorem, uniformly most powerful tests, likelihood ratio tests, chi-square and F tests, nonparametric tests.Back to the top
