Computer Science, BS

General Education Requirements

Competencies

Competencies must be completed within the student’s first 30 credits.

♣ General Education Categories (34-35 credits total)

FYS, W-I, and OC courses must be completed within the student’s first 30 credits. Courses used to satisfy the general education requirements of the university must be taken from a minimum of six different academic disciplines. First Year Seminar and Level I Written Communications courses are exempt from this restriction.  Courses may not be used to fulfill both major discipline and general education requirements. 

 ‡ Written Communication (Level II and Level III) and Diversity, Power Dynamics and Social Justice

Courses taken for Written Communication Level II, Level III and Diversity, Power Dynamics and Social Justice may be used to satisfy requirements anywhere else in a student’s program of study where they may apply.  Credits will be counted in the area where they apply.

♥       Students may choose to use support courses to satisfy general education categories, but may not be required to do so.  Note:  If a course is used to satisfy two or more requirements (for example, a support course and Scientific Reasoning requirement), the credits are counted in only one place.  Using a course to satisfy more than one requirement does not reduce the credit total required for graduation.  

♣       Courses used to satisfy the general education requirements of the university must be taken from a minimum of six different academic disciplines.  First Year Seminar and Level I Written Communications courses are exempt from this restriction.  Courses may not be used to fulfill both major discipline and general education requirements.

#       These Scientific Reasoning General Education Category courses do not have to be a sequence or be from the same discipline.

‡        Level II and Level III Written Communications courses and Diversity, Power Dynamics and Social Justice may be used to satisfy requirements anywhere else in a student’s program of study where they may apply.  The credits are counted only in one area.

♦        General Education categories to be completed with the first 30 credits. Exceptions in the timing of these courses will be made for transfer students.

Courses in Major (45-50 credits total)

Required (30 credits)

• CSC 105 Survey of Computer Science
• CSC 110 Software Design and Programming I
• CSC 115 Software Design and Programming II
• CSC 260 Data Structures and Algorithms
• CSC 295 Computer Architecture and Organization
• CSC 300 Software Engineering
• CSC 381 Operating System Principles
• CSC 520 Computer Science Capstone Project Specifications
• CSC 521 Computer Science Capstone Project

†¶ Electives (9-12 credits)

• CSC  ______   __________________________
• CSC  ______   __________________________
• CSC  ______   __________________________

† Required Option Sequence (6-8 credits)

       (typically taken junior and/or early senior year)

• CSC ____ _______________________________ __
• CSC ____ _______________________________ __

Options Sequences:

%Computation Theory:                        CSC400 , and CSC415  
Computer Graphics and Visualization:  Choose two from: CSC246  ,CSC340 , CSC425  
Cyber Physical Systems:                       Choose two from: CSC340, plus choose one from: CSC345 CSC 485  
Networking & Cloud Computing:           CSC 315A , plus choose one from: CSC435 , CSC445 , CSC 475  
Software Engineering:                          CSC351 , plus choose one from: CSC263 , CSC325   

♥ Required Support Courses (34 credits total)

• MAT 147 Statistics
• MAT 214A Discrete Structures
• MAT 220 Calculus I
• MAT 221 Calculus II

• ►MAT  ____ ___________________________   ___
   

• PHS 205 Digital Circuit Design

• ◊ ____ ____ _____________________________ __

  ◊ ____ ____ _____________________________ __

• 
  ∞ ____ ____  _____________________________ __

   

Free Electives (1 credit minimum)

 May be necessary to take additional credits to attain the minimum 120 credits required for graduation depending on choices made for general education or minor selection.

• ____ ____ _____________________________ __
• ____ ____ _____________________________ __
• ____ ____ _____________________________ __
• ____ ____ _____________________________ __

Minor (Optional):

• ____  ____  __________________________________  ___
• ____  ____  __________________________________  ___
• ____  ____  __________________________________  ___
• ____  ____  __________________________________  ___
• ____  ____  __________________________________  ___
• ____  ____  __________________________________  ___

Additional Information and Notes

      †     At least one CSC elective or one Option course must be chosen from the following list of courses using a programming language other than the one used in the CSC 110/ CSC 115 sequence:  CSC 278, CSC 279, CSC 325.

     ¶      At least one CSC elective must be numbered between 301 and 499 (CSC 367 internship may not be used to satisfy the requirement)  

     ◊      A laboratory science sequence chosen from the following list is a required support ingredient for the Computer Science major: BIO 131-132, CHE 130-131, CHE 130 & 212, PHS 211A-212A, PHS 221-222, GLS 100 & 102.

     ∞     This science support course is in addition to the lab science sequence and must be chosen from the following list: BIO 131, CHE 130, CHE 212, GLS 100, GLS 102, PHS 211A, PHS 221.

     ►     Choose one MAT course of at least three credits that has MAT 220 or MAT 221 as a prerequisite, or another MAT course with permission of the Computer Science Chairperson.

     %     The Computation Theory Option is not scheduled on a regular basis – see department chairperson for details and availability of courses.

Total credits for graduation: 120