Major in Computer Science
Program Outcomes for the Major in Computer Science
Upon completion of the Computer Science Major students will be able to:
- Analyze a problem, develop/design multiple solutions, and evaluate and document the solutions based on the requirements.
- Communicate effectively both in written and oral form.
- Identify professional and ethical considerations, and apply ethical reasoning to technological solutions to problems.
- Demonstrate an understanding of and appreciation for the importance of negotiation, effective work habits, leadership, and good communication with teammates and stakeholders.
- Learn new models, techniques, and technologies as they emerge and appreciate the necessity of such continuing professional development.
It is highly recommended that entering students have four years of high school mathematics including the equivalent of pre-calculus.
Students wishing to apply courses transferred from other institutions to the Computer Science major should meet with the department chair to determine the applicability of the courses before registering for any Computer Science courses at Worcester State University.
Non-traditional students with more than 5 years of Computer Science work experience may be eligible to participate in the Next Step Program. The program offers an opportunity to gain credit in the major for writing a prior learning portfolio. The department chair can assist in determining if the program will serve each student's educational goals.
Requirements for a Major in Computer Science
Students must complete a core of ten Computer Science courses, one of the two Computer Science concentrations, two Computer Science Elective courses, and 31 credits of Ancillary courses.
If a CS student completed both CS concentrations (all courses from both the BIG Data Analytics and the Software Development concentration) he/she will be able to declare a second concentration and two of the courses in that second concentration can be used to fulfill the 6 credits of required CS electives.
|Core Courses||(32 credits)|
|CS-101||Basics of Computer Science||3|
|CS-140||Introduction to Programming||4|
|CS-155||Computer Networking, Security and Databases||3|
|CS-225||Discrete Structures I||3|
|CS-254||Computer Organization and Architecture||4|
|CS-282||Unix Systems Programming||3|
|CS-295||Discrete Structures II||3|
|Elective Courses||(6 credits)|
|Credits in Computer Science courses at the 300 level or above 1||6|
|Required CS Concentration||(12 credits)|
|One of the CS Concentrations (Big Data Analytics or Software Development)||12|
|Ancillary Requirements 2||(31 credits)|
|UR-230||Technology, Public Policy and Urban Society||3|
|MA-150||Statistics I 3||3|
|or MA-302||Probability and Statistics|
|2 lab science courses||8|
|2 approved math or science course chosen from a department-approved list of courses 4||7|
31 credits (may apply to LASC requirements). These ancillary courses cannot be taken on a pass/fail basis
Students planning a Mathematics minor or a Computer Science/Mathematics double major should take MA-302.
Students planning a Mathematics minor or a Computer Science/Mathematics double major should take math courses required for the Mathematics minor/major.