Computer Science, Computer Science Applications Concentration, B.S.

Mathematics

• MAT 318 - Elementary Linear Algebra Credits: 3

•  

• MAT 217 - Statistics I Credits: 4

• OR

• MAT 375 - Probability and Statistics for Engineers Credits: 4

Science (Choose any Two) (7-8 Credits)

• Note: BIO 161  , BIO 162  , CHM 121  , ESS 110  , and PHY 205   are options to fulfill General Education requirements.

  Note: The following lectures should be paired with their accompanying lab CHM 121/125, CHM 122/126, PHY 205/124 and PHY 206/126.

•  

• BIO 161 - Principles of Biology: Cell Structure and Function Credits: 4
• BIO 162 - Principles of Biology: Organismal Diversity Credits: 4
• ESS 110 - Introduction to Geology Credits: 3

•  

• CHM 121 - Chemical Bonding Credits: 3

• AND

• CHM 125 - Laboratory IB-Stoichiometry and Reactions Credits: 1

•  

• CHM 122 - Chemical Dynamics Credits: 3

• AND

• CHM 126 - Laboratory IIB-Equilibrium and Instrumentation Credits: 1

•  

• PHY 205 - Intermediate Physics I Credits: 3

• AND

• PHY 124 - Physics Ib Laboratory Credits: 1

•  

• PHY 206 - Intermediate Physics II Credits: 3

• AND

• PHY 126 - Physics IIb Laboratory Credits: 1

Computer Science

• CSC 110 - Computer Science I Credits: 4
• CSC 111 - Computer Science II Credits: 4
• SWE 200 - Design Patterns Credits: 4
• CMPE 220 - Computer Organization Credits: 4
• CSC 310 - Design and Analysis of Algorithms Credits: 4
• CMPE 320 - Operating Systems Credits: 4
• CSC 410 - Theoretical Foundations of Computer Science Credits: 4
• CSC 498 - Senior Research Methods Credits: 2
• CSC 499 - Senior Research and Development Credits: 2

Concentrations

In addition to the core courses, students must complete the requirements of a concentration. Students may choose from pre-approved concentrations or seek department approval for a concentration of their own design. The decision to pursue a concentration is typically made during the sophomore year. Students desiring a broad background in computer science should select the Computer Science Application Concentration.
The pre-approved concentrations include:

• Artificial Intelligence, for the development of software for intelligent agents;
• Computer Graphics, for the development of graphics-intensive software;
• Computer Science Applications, for a broad background in computer science. This represents a general computer science degree with no specific area of concentration.
• Computer Science with Secondary Field, for those students who would like to combine computer science with another discipline such as business, science, etc.

Semester I

• CSC 110 - Computer Science I Credits: 4  
• MAT 211 - Calculus I Credits: 4  *
• Three general education courses Credits: 9

Semester II

• CSC 111 - Computer Science II Credits: 4  
• MAT 225 - Discrete Mathematics Credits: 4  
• Two general education courses Credits: 6

Note:

*Students unable to begin with MAT 211 - Calculus I  may be required to take MAT 175 - Precalculus Credits: 3 .

Students who wish to design a personalized concentration may do so with the help of their advisor. The advisor will then submit the request to the department for approval. The student’s course of study must be approved by the department in writing.

The department maintains a suggested sequence for scheduling the courses required in the core and by the various pre-approved concentrations. To ensure graduating in four years, each student should take the courses in the semesters indicated on the departmental list. The list will be available to students during scheduling.