Business Intelligence Engineering - Associate of Applied Science
Degree
Associate of Applied Science (AAS)
Overview
Students pursuing a degree in Data Science will focus on statistics and data warehousing coursework to learn how to program, analyze, and understand data for businesses in this fast-growing sector. Students will study fundamental programming languages and teamwork and communication skills to prepare for careers in data science. Students will learn to apply complex quantitative algorithms to classify and synthesize data to react to queries and drive organizational strategy. Students become goal-oriented, with unusual industry-specific information and communication skills that enable them to communicate excellent technical outcomes to non-technical associates across an organization.
Career Opportunities
An associate of applied science in data science is an excellent way to get started in a high-paying profession. As the world becomes more reliant on technology, data science careers professionals will become increasingly vital in numerous industries. Some of the most common data science jobs and career opportunities include data scientist assistant, data analyst, junior machine learning engineer, and database administrator.
Learning Outcomes
Upon completion of the program, successful graduates are expected to:
- Communicate efficiently in a variety of modes and contexts
- Comprehend and critically think to solve problems in real-world circumstances
- Formulate and use relevant data analysis models to uncover hidden answers to organizational challenges
- Demonstrate proficiency with data mining, data modeling, statistical analysis, and data warehouse architecture for decision making
- Develop pertinent programming capabilities
- Undertake data science activities according to policy, privacy, security, and ethical considerations.
Course Requirements
Students are responsible to examine the course description of each course listed below for details of prerequisites, which must be satisfied before registering for the course.
Religion
Religion Electives
Students must complete two additional religion courses
Religion Cornerstone Courses
Students must complete two of the following:
Total Credit Hours: 8
College Success
| ENS 101 | College Success | 1 credit |
| BAP 115 | Excel and Introduction to Technology | 1 credit |
| Total Credit Hours: | 2 |
Career Success
| CAR 399R | Internship | 1-3 credits: This course can be taken a maximum of 2 times with a cap of 4 total credits. |
| Total Credit Hours: | 1-3 |
College Fundamentals
| COMM 122 | Interpersonal Communications | 3 credits |
| ENG 101 | Introduction to College Writing | 3 credits |
| MAT 107 | Quantitative Analysis and Personal Finance | 3 credits |
| Total Credit Hours: | 9 |
Any math class >MAT 107 will satisfy the MAT 107 College Fundamentals requirement
Program Core Requirements
| BA 140 | Tableau for Business Analytics | 1 credit |
| BA 350 | Data Analytics | 2 credits |
| CS 104 | Foundations of Applied Programming | 3 credits |
| CS 115 | Object-Oriented Programming | 3 credits |
| CS 160 | Agile Project Management | 3 credits |
| IT 160 or DM 140 or CS 220 | Cloud Computing Essentials or Digital Marketing Web Management or Frontend Programming Fundamentals | 3 credits |
| DM 150 | Digital Marketing Analytics | 3 credits |
| IT 125 | Introduction to Information Technology | 3 credits |
| IT 143 | Database Design and Analysis | 3 credits |
| IT 210 | Linux Fundamentals | 3 credits |
| IT 235 | Cloud Server Administration | 3 credits |
| IT 312 | Cybersecurity Foundations | 3 credits |
| IT 340 | Business Intelligence Systems | 3 credits |
| IT 440 | Data Warehousing for Business Intelligence | 3 credits |
| ELEC | Any IT or CS course not already used | 3 credits |
| Total Credit Hours: | 42 |
Total Credit Hours: 62-63
Graduation Requirements
1. Minimum of 62 total semester credit hours as outlined
2. Grade of C- or higher in all program-specific courses
3. Program grade point average of 2.0 or higher
4. *CAR 499R may be used as an equivalent--speak with an advisor to know which is the best option for you
Recommended Sequence of Courses
Individual student circumstances, such as the need for a smaller course load or the number of preparatory English or Math courses a student must take, may require additional semesters to complete the program. Please see your Student Success Advisor for assistance.
First Semester - Fall - Block 5
BAP 115, Excel and Introduction to Technology, 1 credit
ENS 101, College Success, 1 credit
CS 104, Python Scripting, 3 credits
REL, Religion Cornerstone course, 1 credit
Total Minimum Block credits: 6
First Semester - Fall - Block 6
ENG 101, Introduction to College Writing, 3 credits
IT 125, Introduction to Information Technology, 3 credits
REL, Religion Cornerstone course, 1 credit
Total Minimum Block credits: 7
Total Minimum Semester credits: 13
Second Semester - Winter - Block 1
CS 160, Agile Project Management, 3 credits
BA 140, Tableau for Business Analytics, 1 credit
IT 143, Database Design and Analysis, 3 credits
REL, Religion Cornerstone course, 1 credit
Total Minimum Block credits: 8
Second Semester - Winter - Block 2
IT 235, Cloud Server Administration, 3 credits
IT Elective course, 3 credits
REL, Religion Cornerstone course, 1 credit
Total Minimum Block credits: 7
Total Minimum Semester credits: 15
Third Semester - Spring - Block 3
CS 115, Object-Oriented Programming, 3 credits
DM 150, Digital Marketing Analytics, 3 credits
REL, Religion Elective course, 1 credit
Total Minimum Block credits: 7
Third Semester - Spring - Block 4
IT 210, Linux Fundamentals, 3 credits
MAT 107, Quantitative Analysis and Personal Finance, 3 credits
REL, Religion Elective course, 1 credit
Total Minimum Block credits: 7
Fourth Semester - Fall - Block 5
IT Core Elective: Select one: IT 160, DM 140, or CS 220, 3 credits
COMM 122, Interpersonal Communications, 3 credits
REL, Religion Elective course, 1 credit
Total Minimum Block credits: 7
Fourth Semester - Fall - Block 6
IT 340, Business Intelligence Systems, 3 credits
BA 350, Data Analytics, 3 credits
REL, Religion Elective course, 1 credit
Total Minimum Block Credits: 7
Total Minimum Semester credits: 14
Fifth Semester - Winter - Block 1
CAR 399R, Internship, .5 credits
IT 312, Cybersecurity Foundations, 3 credits
Total Minimum Block credits: 3.5
Fifth Semester - Winter - Block 2
CAR 399R, Internship, .5 credits
IT 440, Data Warehousing for Business Intelligence, 3 credits
Total Minimum Block credits: 3.5
Total Minimum Semester credits: 7
Total Data Science - Associate of Applied Science Minimum Credit Hours 63