Applied Statistics, MS

Overview

The MS in Applied Statistics includes a combination of foundational and advanced statistical topics, such as probability, multivariate statistics, predictive models and nonparametric statistics, stochastic processes, stochastic calculus, computational probability and statistics. The program adds to theory a practical component that requires students to apply these techniques to concrete problems from financial markets, medical/health and biostatistics, cybersecurity, and other areas with societal impact. An important component of the program is the hands-on experience that students gain from industry practitioners with computational and statistical tools like R and Python which will move them to the front of the line with employers.

Requirements (30 credits)

Students may enroll in the general program or one of two concentrations: Financial Statistics or Biostatistics.

Core Courses

AIM 5001Data Acquisition and Management

3

MAT 5002Computational Statistics and Probability

3

STA 5003Multivariate Analysis

3

STA 5004Non-parametric Statistical Learning

3

STA 6500Capstone in Applied Statistics

3

Electives

Complete electives below based on chosen concentration.

General Concentration: 15 credits of general electives.
Biostatistics Concentration: 9 credits of Biostatistics electives and 6 credits of general electives.
Financial Statistics Concentration:9 credits of Financial Statistics electives and 6 credits of general electives.


AIM 5004Predictive Models

3

AIM 5005Machine Learning

3

AIM 5009Bayesian Methods

3

STA 5013Bioinformatics

3

STA 6450Internship in Applied Statistics

1 TO 3

STA 6900Topics in Applied Statistics

1 TO 3

STA 6999Independent Study in Applied Statistics

1 TO 3

 

Biostatistics Electives:

STA 5010Introduction to Biostatistics

3

STA 5011Advanced Biostatistics

3

STA 5012Statistics in Trials

3

 

Financial Statistics Electives:

MAT 5360Time Series Analysis

3

MAT 5640Mathematics of Finance

3

STA 5020Stochastic Processes

3

MAT 5350Stochastic Calculus

3