B.S. in Data Science
Summary of Requirements
|
2024-2025 |
Core Curriculum |
43 |
Pre-Major Courses |
6
|
Required Related Courses |
6 |
Required Mathematics Courses
|
18 |
Required Data Science Courses
|
15
|
Required Information Technology Courses
|
9
|
Free Elective Major Courses |
12
|
Free Elective Courses
|
11
|
TOTAL: |
120 |
Program entrance requirements
Students must complete or demonstrate the following before declaring a major in Data Science:
- A grade of B or higher in DAS 101
- A grade of B or higher in ITS 110, or a grade of B or higher in MAT 130
- A cumulative grade point average of 2.5 or higher.
Required related courses 6 credits
CHE 240 | Computer Applications for Scientists | 3-4 |
STM 403 | Senior Capstone | 3 |
Required data science courses 15 credits
DAS 170 | Simulation and Probability | 3 |
DAS 211 | Machine Learning for Data Scientists | 3 |
DAS 221 | Data Visualization | 3 |
DAS 231 | Genomics and Bioinformatics | 3 |
DAS 532U | Fundamentals of Geographic Information Systems | 3 |
Required information technology courses 9 credits
Free elective major courses 12 credits
Choose from the following:
Required pre-major courses 6 credits
*MAT 130 - 3 hours count towards Core Curriculum
Required mathematics courses 18 credits
Data Science Major Internship Requirement
One summer or semester internship related to Data Science is required. Students can start the internship program in their sophomore year. Our in-house internship coordinator and faculty advisor will work closely with each student on internship preparation, placement, and follow-up.
Program Outcomes
Demonstrate competence in discussing and presenting their data analysis results and insights to diverse audiences using both written English and American Sign Language.
Demonstrate competence in analyzing and interpreting complex datasets using suitable statistical techniques, pattern recognition methods, machine learning algorithms, and visualization tools.
Demonstrate competence in using programming languages that are commonly used in data science, such as Python or R, to effectively apply data transformation techniques and implement data science related algorithms.
Demonstrate competence in collaborating effectively within teams while working on data-related projects.
Demonstrate an understanding of the field of data science by exploring its applications and career opportunities.
Demonstrate an understanding of the importance of ethical considerations and decision-making in data science by responsibly handling data, and by making evidence-based decisions to address questions related to personal wellness choices, civic discourse within communities, and public policies.