INFORMATION SYSTEMS
Dr. Haesun K. Lee
Assistant Professor
Dr. Lee receive her Bachelor and Master Degrees from Ewha
Women University and received her PhD degree in Computer
Science from Illinois Institute of Technology (1997)
Dr. Ilhyun Lee
Assistant Professor
Dr. Lee received his Bachelor and Master degrees in Computer
Science from the University of Minnesota and received his
Ph.D. in Computer Science from Illinois Institute of Technology. (1996)
Administered by the Department of Science and Mathematics
within the College of Arts and Sciences.
The overall goal of the Information Systems program is to
provide its graduates with basic information systems and computing
skills. This much is in common with computer science, though
the computing skill set is somewhat different. The program
is distinguished from computer science in that it provides
a very strong background in business skills, including an
emphasis on how information systems fit into a modern business
organization.
Degree Requirements
The minimum total credits required for a Bachelor’s
of Science in Information Systems is 128.
Sample Degree Plan
General Education
Students must complete the requirements shown in the General
Education Requirements section on pages 51-52 of this catalog.
The two courses in laboratory sciences (as part of the General
Education Core) must form a two-course sequence. In addition
to the basic requirements, students must complete a second
literature course at the sophomore or junior level and the
two capstone courses, NTSC 4301 and NTSC 4311. In some cases,
specific courses must be selected to meet a particular general
education requirement, for example, in mathematics. Please
see below in the degree plan outline.
Computer Use
All majors must demonstrate a basic use of computer applications
software through completion of COSC 1335 or its equivalent
and of programming in Java through completion of COSC 1430
and COSC 2430.
Major Requirements
All students are expected to complete COSC 1335, 1430, and
2430 or their equivalents before beginning the upper level major
courses. These courses introduce general computer concepts
and applications and develop programming skills. Programming
skills are broadened through the completion of a course in
a second high-level programming language.
Foundation courses:
These courses include the general education core and additional
foundational courses from the School of Business. It is recommended
that the general education courses in English and mathematics
and the business core courses in economics, accounting, and
statistics be completed as soon as possible, since they are
prerequisites for many major and minor program courses.
General education core
47-49
credits
ENGL 1301, 1302
6
HIST 1301, 1302
6
PLSC 2305, 2306
6
ENGL 23xx, 23xx or 33xx or SPAN 3xxx, 4xxx 6
Laboratory Science 1, 2
8
ARTS
3
COMMUNICATION
3
ECON 2301
3
MATH 1324 and 1325 or MATH 2413 and 2414 6-8
Business Core
18
credits
ACCT 2301, 2302
6
ECON 2302
3
MNGT 2301, 3302
6
MNGT 3340
3
Required Courses:
These courses are the heart of the information systems program.
They include the major program,
the minor program, and the capstone experience.
The major program
34
– 35 credits
All information systems majors take a common set of foundational
computer and information systems courses:
COSC 1335
3
COSC 1430, 2430
8
COSC 2420
3
COSC 3310
3
COSC 3315
3
COSC 3360
3
COSC 4415
4
ACCT 4311
3
One elective course from among:
COSC 4335
3
COSC 4455
4
COSC 4460
4
COSC 4370
3
ACCT 3338
3
The minor program
12 credits
All information systems majors have in common the minor
in general business which, combined with the business core,
provides a solid foundation in business management:
MNGT 3310
3
MRKT 3300
3
FINA 3320
3
ACCT 3310
3
Capstone courses
6 credits
All information systems majors share a capstone experience
with all other science and mathematics majors:
NTSC 4301
3
NTSC 4311
3
Total lower division credits
74
– 76
Total upper division credits
43
– 44
Courses freely elected
Upper level courses sufficient to satisfy the requirement
of at least 54 upper level credits must be elected. The
elective hours will range from 10 to 11 credits.
Total credits
128 – 130
No more than 53 hours in any combination of computer science
and information systems courses may be applied toward the
128 semester hour minimum requirement for a degree.
Information Systems as a Minor
Because of its dependence on business courses as an integral
part of the curriculum, there is no minor in information systems.
Students wishing to minor in a computing and information systems
related area should consider the minor in computer science.
TExES/ExCET Requirements
Candidates for TExES/ExCET tests in information systems must
complete the courses listed below or equivalent courses as
approved by an information systems advisor.
COSC 1335 Computers and Problem Solving
3
COSC 1430 Introduction to Computer Science I
4
COSC 2430 Introduction to Computer Science II
4
COSC 2320 C Programming
3/4
or another course
in a high level language
approved
by the advisor
COSC 3310 Digital Computer Organization
3
COSC 3315 Information Systems Design
3
COSC 4415 Database Systems
4
ACCT 4311 Information Systems Theory and Analysis
3
Total credits
27/28
Relationship of Information Systems and Computer
Science
It is not possible to double major in information systems
and in computer science or to major in information systems
and minor in computer science or vice-versa. Students interested
in the computer science major with an information systems
emphasis may elect to complete the computer science major
while completing the essential business core for information
systems. This option requires that the mathematics taken follow
the requirements of the computer science program and that
the general business minor be completed. Interested students
should consult with a computer science advisor as early in
the program as possible.
Course Listing
COSC 1335 Computers and Problem Solving (3)
Introduction to basic issues related to computer aided problem
solving. Computational problems will be studied using software
packages, including spreadsheets and database systems. Use
of the Internet and the World Wide Web as problem solving
resources is included. Basics of computer systems will be
introduced. Same as Business Field of Study course COSC/BCIS
1305. Prerequisite: college algebra or equivalent. F,S
COSC 1430 Introduction to Computer Science I (4)
Computer organization, algorithm design, programming, and
elementary data structures. Introduction to programming in
a high-level language. Prerequisite or corequisite: MATH 1332
or 1324 or 2412 or equivalent. F,S
COSC 2420 C Programming (4)
Programming in C, investigating the characteristics and implementation.
Prerequisite: COSC 1430.
COSC 2430 Introduction to Computer Science II (4)
Continuation of COSC 1430. Data structures, data abstraction,
information hiding. Advanced programming in the language of
the current COSC 1430. Prerequisite COSC 1430. F,S
COSC 3310 Digital Computer Organization (3)
Design of arithmetic, control and memory units, binary data
representation, error-detecting and error-correcting codes.
Prerequisite: COSC 2430. F
COSC 3315 Information Systems Design (3)
Computer systems and relationships between hardware and software
components. Emphasis on business system design and analysis.
Prerequisite: COSC 2430. F,S
COSC 3360 Computer Ethics (3)
An introduction to the responsibilities generally and the
ethical behavior specifically expected of the computer and
information systems professional. Includes the philosophical
bases of ethical decision-making and the application of these
principles to issues that arise in computing and information
systems. Discussion of ethical standards as established by
governmental bodies and professional organizations. Prerequisite:
COSC 3315.
COSC 4335 Distributed Information Systems (3)
Study of network-based information systems, including distributed
database systems. Prerequisite: COSC 4415
COSC 4370 Data Communications (3)
Design and development of computer networks, network types,
protocols; transmission rates and data integrity. Prerequisites:
COSC 3310 and permission of the instructor.
COSC 4415 Database Systems (4)
Survey of network, hierarchical and relational database
systems, their design and operation. Prerequisite: COSC 3315
COSC 4455 Multimedia and Web Development (3)
Use of software development tools for construction of multimedia
and Web pages, including and introduction to HTML and XML.
Students will utilize industry standard tools for processing
graphics, animation, audio, and video. Prerequisite: COSC
3315
ACCT 3338 Information Systems Applications (3)
Emphasizes the use of database technology as an information
resource tool for managers. Students participate in a comprehensive
project using knowledge, skills, and abilities acquired. Prerequisite:
ACCT 3333. S
ACCT 4311 Accounting Information Systems (3)
A systems approach to evaluate, plan, and implement accounting
information systems. Includes the analysis of and use of appropriate
technology. Prerequisites: ACCT 3301 or ACCT 3310 and ACCT
3333 (MNGT 3333) or COSC 3315 |