The BS in IT requires 36 hours of general education courses and 27
hours of information technology courses, with between 32 and 36 core
business credit hours. The data analytics concentration requires a
combination of 21 credit hours in concentration-specific electives
and four credit hours in general electives.
Keep in mind that you’re required to transfer in with at least 24
credit hours and any additional transfer credits may significantly
reduce your required hours to graduate.
The required Data Analytics concentration courses include:
STQM 4000 Data Analytics in R – 3 Credit Hours
The goal of this course is to provide background in the R
programming language and how this software can be successfully
applied in business analytics and related disciplines. We start from
the basics of downloading, installing, and running simple algorithms
in R and go further by building the necessary skills and
capabilities for the student to be able to perform successful data
analysis. We will touch on topics such as database construction and
handling, visualization, and exploratory data analysis. We will also
cover the basic preparation of datasets, and introduce students to
simple examples that can be solved using the algorithms designed
during the course. The main purpose of this course is to provide the
audience with knowledge and skills for writing structured computer
programs that will be helpful in handling practical programs.
STQM 4010 Modeling and Optimization for Analytics – 3 Credit
Hours
This course will provide a broad perspective and a systematic
approach to practical problem analysis and optimization. The overall
goal is to provide an introduction to the use of mathematical
concepts and models in managerial decision-making. Operations
research techniques are presented in the context of planning,
operations, marketing, management, and other areas. In this course,
students will learn how to create mathematical models and solve them
using linear programming, network programming, integer programming,
and other methods for dealing with deterministic and stochastic
problems.
STQM 4020 Applied Time Series Analysis – 3 Credit Hours
This course will focus on time analysis, modeling, and forecasting,
with emphasis on practical applications in business and other areas.
Throughout the course, we will use real data sets from various
sources. This course will use R or another professional software for
most of the applied statistical analysis. Data analysis usually
involves getting data, parsing the data, and transforming the data
to a state where you can apply time series analysis. Upon completion
of the course, the students will be able to carry out basic time
series analysis and fit a model to data. Our goal is to enable
students to learn from data to gain useful predictions and insights.
STQM 4030 Computational Statistics Using SAS – 3 Credit Hours
The course presents material on Statistical Analysis System (SAS)
programming and its use in conjunction with some intermediate
statistical methods in dealing with business problems. By the end of
the course, students should be able to formulate business problems,
write SAS programs, conduct some common statistical procedures
(using SAS), and report the findings.
STQM 4420 Applied Regression Analysis – 3 Credit Hours
This course covers applied regression and other multivariable
methods in data analysis. Topics covered include simple linear
regression, multivariable regression, inference, transformations,
correlation, dummy variables, regression diagnostics, polynomial
regression, analysis of variance, analysis of covariance, and
selecting the best model.
STQM 4440 Applied Categorical Data Analysis – 3 Credit Hours
This course covers methods of data analysis for data that is
categorical in nature. Topics covered include contingency tables,
association, Mantel-Haenszel test, observer agreement, ANOVA on
ranks, and logistic regression.
STQM 4900 Special Topics in Data Analytics – 3 Credit Hours
Content may vary with each offering of this course. Interested
students must consult with an instructor or department chair prior
to enrolling. Topics covered include statistical computing,
simulation, survival analysis, cluster analysis, factor analysis,
nonparametric statistics, and econometrics. This course may be
repeated for credit.