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Mathematics and Computer Science

Department

FACULTY: Daniel M. Bennett, James Henson, Patricia A. Hillman, Pamela Ruth

Lasher, Frank J. Marzano, Timothy S. Meyer, Joseph M. Molnar, John Onderko,

Patricia P. Pineo, Anne K. Quinn, Corinne Schaeffer, Stanley Schuyler, Emily

Sprague, Cara Stein, Marc A. Sylvester, David Tucker, Frederick J. Weening,

Richard K. White, Ellen Marie Zimmer

The Department of Mathematics and Computer Science offers programs that lead

to the following degrees: Bachelor of Arts in Mathematics, Bachelor of Arts in

Mathematics with Actuarial Concentration, Bachelor of Science in Computer

Science, Bachelor of Science in Education-Area of Certification: Secondary

Mathematics (refer to the Educational Services Department), and an Associate of

Science in Computer Science.

The Department of Mathematics and Computer Science also offers a mathemat-

ics minor, a computer science minor, an applied computer technology minor and

an applied mathematics minor. These minors can be coordinated with virtually

any academic discipline.

The Department of Mathematics and Computer Science develops the capacity of

the student to analyze a variety of life situations modeling the problem environ-

ment with logical and numerical tools. As such, a strong foundation in mathemat-

ics and computer science becomes the basis for clear reasoning and problem solv-

ing in many other areas. Professionals in virtually all disciplines recognize the

importance of mastering computer skills, developing problem-solving compe-

tence and studying mathematics. When students develop their abilities in mathe-

matics and computer science they move from using the logical models proposed

by others, to being able to create new approaches for the problems and technolo-

gies of tomorrow.

Course offerings include courses in algebra, analysis, statistics, geometry, pro-

gramming languages, software design, database design and management, data

structures, networking, artificial intelligence, operating systems, and computer

architecture. The department also provides a variety of introductory courses from

which students in any curriculum may select according to their needs and inter-

ests.

Opportunities available to graduates with a major in mathematics or computer sci-

ence include graduate study and a wide variety of positions in business, educa-

tion, government, and industry.

Associate of Science Degree

Computer Science

The Associate of Science degree in Computer Science is designed to prepare indi-

viduals to meet challenges in the rapidly growing and changing field of comput-

er science. Within the framework of general education courses and courses in

computer science, this degree will prepare the students for an entry level position

in a computer field, provide appropriate background for further study in comput-

er science and develop skills and attitudes necessary to become responsible

employees and citizens.

The occupational activities of computer personnel are diverse. Our program of

study enables the student to develop knowledge of computer equipment, business

procedures, and principles of computer applications. Associate degree students

are required to complete an internship in computer science.

Students completing this degree can move directly into a Bachelor of Science

degree program in Computer Science if they so desire.

Program Objectives

Students will be given the opportunity to:

acquire a disciplined approach to problem solving techniques and algorithm

development;

understand the mathematical concepts and techniques underlying various top-

ics in computer science;

write computer programs in at least one structured programming language and

develop techniques of program design, coding, debugging, testing and docu-

mentation within the framework of "good programming style";

examine the modern trends of computer applications in various disciplines;

study the principles of data modeling for database design and review commer-

cial database management systems.

I. General Education Requirements

24 sem. hrs.

ENGL101

College Writing Skills (3)

ENGL102

Specialized Writing/Research (3)

MATH104

Finite Mathematics or higher (3)

CSCI104

Essential Computing I (3)

1 SH from Four of six of the following Core categories (21)

Artistic Expression, World Civilizations, American Civilization, Human

Behavior, Cultural Diversity/Social Pluralism, Ethics

II. Required Computer Courses*

30 sem. hrs.

A. CSCI125

Introduction to Computer Science (3)

CSCI130

Principles of Programming I (3)

CSCI230

Principles of Programming II (3)

CSCI280

Principles of System Operation and Administation (3)

CSCI310

Uses of Microcomputers (3)

CSCI313

Data Base Management Systems (3)

CSCI496

Internship in Computer Science (6)**

B. Choose a Concentration Area (6)

1. Business Application

CSCI308 Systems Analysis (3)

CSCI320 Programming in COBOL II (3)

2. Object Oriented Programming

CSCI207 Visual Basic (3)

CSCI330 Object Oriented Programming (3)

3. Web Development

CSCI207 Visual Basic (3)

CSCI304 Web Development and Enterprise Computing (3)

III. Required Mathematics*

6 sem. hrs.

MATH208

Essentials of Calculus (3) (MATH105 College Algebra is a

prerequisite for MATH208)

MATH260

Elements of Statistics (3)

TOTAL

60 sem. hrs.

* A grade of C or better must be obtained in all computer science and mathemat-

ics courses.

** QPA's of at least 2.5 in the major and 2.0 overall are required to be placed in

an internship (CSCI496). Students shall be permitted to substitute three upper

level CSCI courses (nine semester hours) for CSCI496 provided the student

has equivalent work experience and received the approval of his/her advisor,

the department chairperson and the school dean.

Note: At most 12 computer science semester hours may be transferred into this

degree program.

ASCS PROGRAM: COURSE BREAKDOWN BY SEMESTER

First Semester

CSCI125

Intro to Computer Science (3)

CSCI130

Principles of Programming I (3)

MATH104

Finite Math (or higher) (3)

ENGL101

College Writing Skills (3)

CSCI104

Essential Computing I (3)

TOTAL

15 sem. hrs.

Second Semester

CSCI230

Principles of Programming II (3)

CSCI280

Princ of System Operation and Admin (3)

MATH208

Essentials of Calculus (3)

ENGL102

Writing/Research (3)

CSCI320

Programming in COBOL or

CSCI207

Programming in Visual Basic (3)

TOTAL

15 sem. hrs.

Third Semester

General Education Core (6)

MATH260

Elements of Statistics (3)

CSCI313

Data Base Management Systems (3)

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