Page 99 - 2016-2018 Graduate Catalog (Revised)
P. 99

The  requirements  for  the  Certificate  Program  are  identical  to  the
               requirements  for  students  seeking  to  earn  the  master’s  degree  in
               computer science.  Students admitted to the master’s degree program
               would  also  be  eligible  to  earn  a  certificate  by  taking  appropriate
               courses.  Students admitted to the Certificate Program are eligible to be
               admitted to the master’s degree program.  Certificate courses count
               towards the master’s degree, and the certificate student could easily
               switch to the degree option.

               Certificate Program Completion Requirements

                       1.  A  minimum  of  12  credit  hours  of  coursework  (four
                          courses,  three  credits  each),  together  with  their
                          prerequisites, if any, from the chosen certificate area, with
                          an overall grade point average of 3.0 or better.
                       2.  A Program of Study approved by the student’s academic
                          advisor  and  the  Graduate  Coordinator  must  be
                          completed.
                       3.  All credits must be completed at Bowie State University.
                       4.  All requirements must be completed within a period of
                          five (5) consecutive years.

               Certificate Areas

               1. Database Management/Artificial Intelligence
               Students  are  introduced  to  concepts  necessary  for  designing,
               implementing, and using database systems.  Students are also exposed
               to  some  advanced  concepts  such  as  intelligent  user  interfaces  and
               distributed and object-oriented databases.

               2. Networks and Distributed Systems
               In this track, students are introduced to general principles of computer
               communication, network architectures, and programming using TCP/IP
               protocols. Students also study issues relating to distributed computing.

               3. Scientific Software Development
               This track equips students with numerical techniques for solving various
               scientific problems.  Students study numerical analysis, queuing theory,
               and modeling and simulation.



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