Data ScienceMajor
| Degree Awarded | BS | 
|---|---|
| Hours To Complete | 50 | 
| Courses Required | 15 | 
| Department Contact | 
Requirements
A minimum of seven quantitative courses and a minimum of six additional courses in a student's substantive area of interest. Students must complete a minimum of 50 credit hours to complete the Data Science B.S. degree. A number of substantive fields, like Biology and Informatics, require more than 50 credit hours because of additional curriculum requirements.
QTM Courses
- QTM 110: Introduction to Scientific Methods
 - MATH 210: Advanced Calculus for Data Sciences
 - QTM 150: Intro to Statistical Computing I
 - QTM 151: Intro to Statistical Computing II
 - QTM 210: Probability & Statistics
 - QTM 220: Regression Analysis
 - 3 Advanced QTM (300-level or above) electives
 
Substantive Field Requirements
Completion of six to nine track-specific courses. Contact the department for current list of approved courses in each substantive field.
- Anthropology
 - Architectural History
 - Art History
 - Biology
 - Biological Anthropology
 - Data Sciences
 - East Asian Studies
 - Economics
 - English
 - Environmental Sciences
 - History
 - Informatics
 - International Studies
 - Latin American and Caribbean Studies
 - Linguistics
 - Neuroscience and Behavioral Biology
 - Political Science
 - Psychology
 - Sociology
 - Women's, Gender and Sexuality Studies
 
There are no official restrictions about what substantive field a student can concentrate in while pursuing the DATASCI degree. If a student is interested in a substantive field beyond this list, please contact us to discuss their major course policies.
Note: A student may count no more than two classes fulfilling their substantive course requirements towards a double major.
Additional Degree Requirements: When necessary, a combination of DATASCI and substantive area courses of the student’s choosing may be taken to reach 50 the credit hour requirement.
Prerequisites
Calculus I (MATH 111 or MATH 115 or equivalent test credit)
MATH 221: Linear Algebra