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Department of Computer Science

Mission Statement

The computer science department strives to be an intellectual community that continually explores the broad field of computing, applies this knowledge to solve problems in a variety of domains and engages with the profession and society at large. Undergraduates join this community when they become majors, participating with faculty and other students in exploring computing through classes, projects, clubs and internships.


The goals of the computer science department are to:

  • Offer small classes that provide opportunities for personal interaction with students.
  • Provide a broad, inclusive and up-to-date computing curriculum.
  • Provide students opportunities for professional and community engagement and real word experiences.
  • Help students to become computing problem solvers and good communicators.
  • Produce graduates who will succeed in the computing profession.

Career Opportunities and Marketable Skills

Computing technology pervades modern society and demand for computing professionals is strong and projected to remain strong for the foreseeable future. Careers in computing range from technical positions specifying, designing, building and maintaining networks and systems of all kinds, through project leadership and technical management. The computer science major prepares students for entry-level technical positions as programmers, software developers, requirements analysts, software designers, testers, software quality assurance professionals, system architects, network engineers, information security specialists and computing consultants.

Co-curricular Activities and Organizations

The James Madison University Student Chapter of the Association for Computing Machinery is the local student chapter of the national association for computing professionals.

The JMU chapter of Upsilon Pi Epsilon, the international honor society in computer science, recognizes outstanding academic achievement by students and outstanding contributions to education by faculty. The department also sponsors the Cyber Defense, Digital Forensics and Women in Technology clubs.

Students are encouraged to intern in a business or government organization during the summer. Students may receive elective credit toward their major requirements for internship experiences.

Degree and Major Requirements

Bachelor of Science in Computer Science

Degree Requirements

Required Courses

Credit Hours

General Education 1


Quantitative requirement (in addition to General Education)


Major requirements (listed below)


University electives



1 The General Education program contains a set of requirements each student must fulfill. The number of credit hours necessary to fulfill these requirements may vary.

Major Requirements

Major Requirements

Credit Hours

Choose one:


CS 139. Programming Fundamentals


CS 149. Programming Fundamentals (Advanced)


Choose one:


CS 159. Advanced Programming


CS 239. Advanced Computer Programming


CS/MATH 227. Discrete Structures I


CS 240. Algorithms and Data Structures


CS 260. Technical Communication for Computer Science


CS 261. Computer Systems I


CS 327. Discrete Structures II


CS 345. Software Engineering


CS 361. Computer Systems II


CS 430. Programming Languages


CS 474. Database Design and Application


Choose one systems elective:


CS 450. Operating Systems


CS 456. Computer Architecture


CS 470. Parallel and Distributed Systems


Computer Science electives above CS 300


MATH 235. Calculus I or equivalent


Choose one of the following statistics courses:


MATH 220. Elementary Statistics


MATH 318. Introduction to Probability and Statistics




The credit/no-credit option may not be applied to any courses specifically listed above, nor may that option be applied to Computer Science electives

Progressing in the Major

Students may repeat CS 139/149 and CS 159/239 only once. Most CS courses require a grade of “C-” or better (“B-” or better in CS 139/149) in prerequisites courses. Students must achieve a cumulative grade point average of 2.0 or better in all courses used to satisfy CS major degree requirements.


Periodically, the department may offer a collection of two or more advanced courses in a particular area of study.

Students successfully completing those courses will obtain a certificate in that area of study. Examples of possible certificate programs include networking, software engineering and information security.

U.S. Government Requirements for Computer Scientists

The U.S. government standard for occupational category GS-1550: Computer Science Series includes a requirement of 15 hours in statistics and mathematics including differential and integral calculus. This means that students considering a career as a computer scientist with the U.S. government (including DoD, NASA, etc.) must complete more math courses than the minimum requirement for a B.S. degree. Recommended calculus sequences for these students are MATH 235-236 or MATH 231-232-236. However, only the U.S. Office of Personnel Management can give final approval of individual qualifications.

Minor Requirements

Computer Science Minor

Minor Adviser: Dr. Michael Kirkpatrick


Credit Hours

Choose one:


CS 139. Algorithm Development


CS 149. Programming Fundamentals (Accelerated)


CS 159. Advanced Programming


Choose twelve credits from the following courses. Must include at least one of CS 240, CS 261 or CS 345


CS 227. Discrete Mathematics I


CS 240. Algorithms and Data Structures


CS 261. Computer Systems I


Computer Science courses above CS 300.



Robotics Minor

Minor Adviser: Dr. Ralph Grove

The robotics minor provides students with appropriate preparation the opportunity to investigate technical issues in the design, construction and application of robots. For a full description of the requirements for the minor in Robotics, see Cross Disciplinary Programs.

Telecommunications Minor

Minor Adviser: Dr. Mohamed Aboutabl

The Department of Computer Science, in cooperation with other departments, offers a cross disciplinary minor in telecommunications. The program is intended to augment major programs in preparing students to become network and telecommunications professionals. For a full description of the requirements for the minor in telecommunications, see Cross Disciplinary Programs.