Data Science Minor
Degree Requirements (18-19 Hours)
Prerequisites (3-4 hours)
Course | Title | Credits |
---|---|---|
MATH 122 | Calculus for Business Administration and Social Sciences | 3 |
or MATH 141 | Calculus I | |
Total Credit Hours | 3 |
Minor Requirements (18 or 19 Hours)
must be passed with a grade of C or higher
Course | Title | Credits |
---|---|---|
Minor Core Courses | 12-13 | |
Scientific Applications Programming | ||
or CSCE 145 | Algorithmic Design I | |
Statistics for Engineers | ||
or STAT 515 | Statistical Methods I | |
or STAT 301 | Statistical Methods for Data Analytics | |
Big Data Analytics | ||
or STAT 530 | Applied Multivariate Statistics and Data Mining | |
Visualization Tools | ||
or STAT 542 | Computing for Data Science | |
Minor Elective Courses | 6 | |
Some of these options may have additional prerequisites. | ||
Select two courses from: | ||
Algorithmic Design II | ||
Database System Design | ||
Analysis of Experimental Data in Python | ||
Computational Science | ||
Parallel Computing | ||
Artificial Intelligence | ||
Bayesian Networks and Decision Graphs | ||
Machine Learning Systems | ||
Advanced Machine Learning with Implementation | ||
Mathematical Concepts for Data Analytics | ||
Applied Linear Algebra | ||
or MATH 544 | Linear Algebra | |
Discrete Structures | ||
or MATH 574 | Discrete Mathematics I | |
Probability | ||
Nonlinear Optimization | ||
Mathematical Foundation of Data Science and Machine Learning | ||
Introduction to Deep Neural Networks | ||
Mathematical Foundation of Network Science | ||
Introduction to Experimental Design | ||
Probability | ||
Mathematical Statistics | ||
Statistical Methods II | ||
Advanced Statistical Models | ||
Sampling | ||
Advanced Machine Learning with Implementation | ||
Introduction to Bayesian Data Analysis | ||
Computing in Statistics | ||
Advanced SAS Programming | ||
Bayesian Networks and Decision Graphs | ||
Genomic Data Science | ||
Total Credit Hours | 18-19 |
Note: The Data Science Minor is designed for students in any discipline that uses large data sets, including Biology, Business, Psychology, etc. Choosing the correct courses is more complicated for students majoring in Computer Engineering, Computer Science, Computer Information Systems, Mathematics, and Statistics.
Restrictions and Course Substitutions
The Data Science Minor may not be taken by a student completing the Data Science B.S. or Data Analytics B.S..
No course may be applied to both the Data Science Minor and the Carolina Core, a Major Requirement, or an additional minor. In the event of a conflict, a Minor Elective Course may be substituted for a Minor Required Course in this minor.
All courses applied to the minor must have been passed with a grade of C or higher.
Administration of the Minor
Curricula and other decisions of the minor will be made by a committee composed of two faculty appointed by the Chair of Statistics and two faculty appointed by the Chair of Computer Science and Engineering.