No. of Credits: 60-62
Contact: Lakisha Ferebee, Chair, Technology
Dr. Eugen Leontie, Program Coordinator
CSM’s computer science program is open to all students, regardless of background and experience. The program is designed for students with prior computer programming and information technology studies while also accommodating students new to computing.
This program provides a solid theoretical and mathematical foundation for those students planning to transfer to four-year institutions to earn bachelor’s degrees in computer science. Students develop analytical and problem-solving skills as applied to technical systems and gain experience in computer programming and the development of data structures and algorithms. Graduates who complete the bachelor’s degree will be prepared for careers in computer science/computer engineering in government, business and industry or for advanced study and research. This may include emerging areas such as machine learning, software analytics, cybersecurity, and gaming, as well as computer systems, networks, databases and financial & scientific applications.
Students are advised to consult an advisor regarding their transfer plans during their first semester at CSM. Some transfer institutions require additional mathematics courses beyond Calculus II.
Students new to computing are advised to select ITS 1010 as their Elective course and to take it in their first semester. Secondly, newer students should take ITS 1055 as their Technical Elective selection. Students coming into the program with prior computing knowledge may select from more advanced courses to complete their degree or to better prepare for transfer.
The maximum number of credits accepted in transfer from other institutions to this program is 45.
Career Opportunities:
software developer, software engineer, computer systems engineer, systems programmer, systems analyst, cybersecurity analyst, computer scientist
Transfer Options:
A complete list of all transfer opportunities can be found on the Transfer Services page.
Student Learning Outcomes:
Students will…
- Apply logic and mathematical concepts to design, analyze, and solve computer algorithms and programs.
- Design and develop computer programs using industry standard programming languages.
- Demonstrate understanding of computer architecture and design.