Applied Statistics and Data Science (MS)

Overview

Graduates of the Master of Science (MS) in Applied Statistics and Data Science will be trained in the data science process, machine learning, data visualization, statistical inference, algorithmic and computational thinking, experimental design, coding, ethics, and algorithmic accountability. Moreover, they will acquire competency in the following areas.

  • Computational and statistical thinking.
  • Mathematical foundations.
  • Algorithms and software foundation.
  • Data curation.
  • Knowledge transference—communication and responsibility.

Admission Requirements:

To be admitted to the graduate program in mathematics, prospective candidates must first meet all requirements for graduate admission to UT Rio Grande Valley, as well as the other requirements listed below:

  1. Bachelor’s degree in any field with a minimum of 12 hours of upper-division mathematics or statistics course work.
  2. Undergraduate GPA of at least 3.0 in upper-level Mathematics and/or Statistics courses.
  3. Official transcripts from each institution attended (must be submitted directly to UTRGV).
  4. Letter of Intent detailing professional goals and reasons for pursuing the graduate degree.

Application for admission must be submitted prior to the published deadline. The application is available at www.utrgv.edu/gradapply.

Program Requirements

Required Courses (21 Credits)

CourseCourse Name
MATH 6330Linear Algebra
MATH 6333Statistical Learning
MATH 6364Statistical Methods
MATH 6365Probability and Statistics
CSCI 6302Foundations of Software and Programming Systems
CSCI 6305Foundations of Algorithms and Programming Languages
CSCI 6366Data Mining and Warehousing

Prescribed Electives (9 Credits)

This degree plan includes courses that appear in more than one section of the degree plan. Such courses can only be used to fulfill one requirement in the degree plan, and credit hours will only be applied once.

Computer Science Courses (Choose one)

CourseCourse Name
CSCI 6315Applied Database Systems
CSCI 6333Advanced Database Design and Implementation
CSCI 6350Advanced Artificial Intelligence
CSCI 6352Advanced Machine Learning
CSCI 6355Bioinformatics

Statistics Courses (Choose one)

CourseCourse Name
MATH 6336Advanced Sampling
MATH 6379Stochastic Processes
MATH 6380Time Series Analysis
MATH 6381Mathematical Statistics
MATH 6382Statistical Computing
MATH 6383Experimental Design and Categorical Data
MATH 6384Biostatistics

Mathematics Courses (Choose one)

CourseCourse Name
MATH 6352Analysis I
MATH 6375Numerical Analysis

Capstone Requirement

Choose one of the following options:

Thesis Option (6 Credits)

CourseCourse Name
MATH 7300Thesis I
MATH 7301Thesis II

Master Project Option (6 Credits)

Choose-one-of-the-following
CourseCourse Name
MATH 6390Internship
MATH 6391Master's Project
Choose-one-of-the-following
CourseCourse Name
CSCI 6315Applied Database Systems
CSCI 6333Advanced Database Design and Implementation
CSCI 6350Advanced Artificial Intelligence
CSCI 6352Advanced Machine Learning
CSCI 6355Bioinformatics
MATH 6336Advanced Sampling
MATH 6352Analysis I
MATH 6375Numerical Analysis
MATH 6379Stochastic Processes
MATH 6380Time Series Analysis
MATH 6381Mathematical Statistics
MATH 6382Statistical Computing
MATH 6383Experimental Design and Categorical Data
MATH 6384Biostatistics

Non-Thesis Option (Comprehensive Exam) (6 Credits)

Choose-two-of-the-following
CourseCourse Name
CSCI 6315Applied Database Systems
CSCI 6333Advanced Database Design and Implementation
CSCI 6350Advanced Artificial Intelligence
CSCI 6352Advanced Machine Learning
CSCI 6355Bioinformatics
MATH 6336Advanced Sampling
MATH 6352Analysis I
MATH 6375Numerical Analysis
MATH 6379Stochastic Processes
MATH 6380Time Series Analysis
MATH 6381Mathematical Statistics
MATH 6382Statistical Computing
MATH 6383Experimental Design and Categorical Data
MATH 6384Biostatistics

Total Credit Hours: 36