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The major objectives of the computer science program are to provide
the student with a knowledge of the theoretical basis of computing, an
appreciation for the relationship between the various components of
the field, skills in applying the subject to practical problems, and
an ability to adapt to new technologies and advancements. Courses in
the curriculum give the student appropriate tools to identify problems
best solved by means of a computer and to design and implement
effective, economical, and creative solutions for them. Computer
science graduates gain a breadth and depth of computing knowledge that
is not fessible in other computer-related majors (Information System
Management, Health Information Systems, Multimidia, etc.), which must
cover discipline specific content in addition to computing concepts.
Typically students gain practical exposure to a number of programming
languages including C++, Java, Assembly, Lisp, and Prolog, and
operating systems including Unix, Linux, and Windows. Offerings
provide opportunities for students seeking courses supporting other
disciplines as well as comprehensive programs leading to a major or a
minor in computer science. Majors have the option of selecting a
concentration in Games and Graphics, Networking, Systems, Theory, or
Web.
Requirements for a Major
The student may choose to pursue a major in computer science with a
program leading to a Bachelor of Science (B.S.) or a Bachelor of Arts
(B.A.). The B.A. program, which requires a minimum of 30 semester
hours in computer science, allows a great deal of flexibility for
persons interested in combining the major with a strong minor or
double major in a non-science discipline. The B.S. program, which
requires a minimum of 40 semester hours in computer science, is
recommended for students interested in scientific applications or
study in computer science at the graduate level. Requirements for all
majors are as follows:
Concentrations
To aid students in selecting elective courses, five concentrations
have been identified. To fulfill a concentration, a student must take
at least three of the four courses listed for that concentration. The
courses that might typically be considered most central to a
concentration are listed earlier in each list.
Games and Graphics: | COSC 425, COSC 410, COSC 450, COSC 430 |
Networking: | COSC 450, COSC 460, COSC 430, COSC 445W |
Systems: | COSC 311, COSC 401, COSC 445W, COSC 305 |
Theory: | COSC 418, COSC 435, COSC 401, COSC 410 |
Web: | COSC 430, COSC 401, COSC 460, COSC 450 |
Requirements for a Minor
A minimum of 15 credits in computer science and 3 credits in Discrete
Mathematics is required for a minor. All programs must include
Computer Science 150 or 160, 215, and nine additional hours numbered
200 and above with at least 3 credits at the 300 level or above.
4/1 Program for
B.S./M.S.
Outstanding students enrolled in a B.S. program in either mathematics or
computer science may apply to the graduate program in Computational
Mathematics. During the spring semester of a student's junior year,
application to the graduate program can be made according to guidelines
already established for regular admissions. Applicants are expected to
present credentials that include a cumulative grade point average of at
least 3.25 and grade point averages in mathematics and computer science of
at least 3.5. The GRE will not be required. The applicant should send a
letter stating that he or she wishes to become a 4/1 student and should
arrange for transcripts of undergraduate work and two letters of
recommendation to be submitted along with the graduate application. At the
successful completion of the program, the student will receive the B.S.
degree in mathematics or computer science and the M.S. degree in
Computational Mathematics. Please contact the director of the program, Dr.
Mazur, for additional information.
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