## Program Description

The specialization in Mathematical Biosciences was the first of our MMS programs, introduced in 2009. The curriculum has been developed in collaboration with other units at Ohio State including the Mathematical Biosciences Institute (MBI), the College of Biological Sciences, and the Ohio State Wexner Medical Center. Students will participate in MBI activities such as summer research programs and colloquia, and complete a thesis in their second year under the supervision of mathematics faculty working in math biology. The training in this specialization aims to equip students with skills to model problems in the life sciences in mathematical terms and solve these with analytical and numerical methods in order to explain, predict, or optimize underlying biological situations. The emphasis is on continuous modeling, differential equations, and numerical analysis. Prospective careers are in bio-medical research and industry, employment in the public sector such as with Health & Human Services (HHS) or Centers for Disease Control (CDC) or in education as well as advanced academic pursuits along the interface of mathematics and biology.

## Admissions Criteria

Requirements for the Mathematical Biosciences specialization are:

**4-year BS or BA****degree,**which should include courses taken in multivariable calculus, differential equations, and linear algebra. Most of our applicants are math majors but other majors with significant math background are also welcome to apply.- Undergraduate
**GPA of 3.0 or higher*** - Students from non-English speaking countries need to have
**excellent English skills**. Both**TOEFL**and**GRE General Test**scoresbe submitted (neither test is required for domestic students). Successful MMS applicants typically score at least 28 on the TOEFL iBT Speaking Test or 8.5 on the IELTS Speaking Test.**must** - Three reference letters from writers qualified to judge the applicants academic abilities
**GRE Subject Test scores**are useful but not required**Background in biology**is useful but not required; however, we look for a demonstrated interest in life sciences

* *on a 4.0 scale, otherwise 75th percentile or better*

## Sample Program

Exact degree requirements can be found under the Current Students section of the website. An example of the typical courses a student in this program would take is included here.

**Sample Schedule for Mathematical Biosciences Specialization**

**Year 1**

**Autumn:**Total Class Hours: 8**Course 1:**Math 5401 (3Cr)**Course 2**: MOLGEN 5660 (5 Cr)**Course 3**: --

**Spring**: Total Class Hours: 9**Course 1:**MATH 5402 (3 Cr)**Course 2**: MATH 5651 (3 Cr)**Course 3**: Elective (3 Cr)

**Summer**: Independent Study Summer Project

**Year 2**

**Autumn:**Total Class Hours: 9**Course 1:**Math 5601 (3Cr)**Course 2**: STAT 6301 (3 Cr)**Course 3**: -Elective (3 Cr)

**Spring**: Total Class Hours: 8**Course 1:**MATH 5602 (3 Cr)**Course 2**: STAT 6302 (3 Cr)**Course 3**: MATH 6999 (2 Cr)**

**Total** Class Hours: 34

** Additional MATH 6999, MATH 6998, MATH 6191, and MATH 5198 beyond the required hours for the degree are chosen here so that that minimum hour requirements per semester to hold a GA appointment are met

If you have further questions about the curriculum or content of courses, please contact Professor Joseph Tien.