Cybersecurity Program

Computing and Information Systems (CIS) is concerned with all aspects of computers and information systems. A successful CIS graduate will earn a Bachelor of Science degree in one of three majors: Computer Science, Information Technology or Cybersecurity. The curriculum is based on the guidelines of prominent professional organizations and combines theory with current in-demand technical skills to prepare graduates for continual learning throughout their careers in this fast-paced field. 

What Can I Do With a Degree in Cybersecurity?

With a degree in Cybersecurity, the Computing & Information Systems (CIS) Department prepares students for a number of positions with security analyst a popular choice.

Because technology contributes meaningfully to almost all aspects of science and society, non-majors may be interested in a Cybersecurity minor (18 credits).


At the time of graduation, the students in the Cybersecurity major have attained:

  • An ability to analyze a problem, and to identify and define the computing requirements appropriate to its solution.
  • An ability to design, implement and evaluate a computer-based solution to meet a given set of computing requirements in the context of the discipline.
  • An ability to communicate effectively with a range of audiences about technical information.
  • An ability to make informed judgments in computing practice based on legal and ethical principles.
  • An ability to function effectively on teams to establish goals, plan tasks, meet deadlines, manage risk and produce deliverables.
  • An ability to identify and analyze the security needs and issues in the following areas: data, software, system, human, organizational and societal.
Requirements fora Bachelor of Science Degree in Cybersecurity

Major Requirements (56-57 credits):
The student must complete the requirements listed in the following categories:

CIS Core Courses (46-47 credits):
CS 102 Fundamentals of IT and Computing*  - 3-4 credits
CS 110 C++ Programming I - 3 credits
CS 111 C++ Programming II - 3 credits
CS 170 Discrete Structures I - 3 credits
CS 221 Data Structures - 3 credits
CS 225 Cybersecurity - 3 credits
CS 265 Information Systems Management - 3 credits
CS 310 Programming Languages - 3 credits
CS 321 Data Communications and Network Security - 3 credits
CS 325 Advanced Topics in Cybersecurity - 3 credits
CS 330 Computer Architecture and Operating Systems - 3 credits
CS 350 Database Concepts and Information Structures - 3 credits
CS 351 Information Systems Analysis and Design or CS 355 Software Engineering - 3 credits
CS 357 Computing Science Project I - 2 credits
CS 358 Computing Science Project II - 2 credits
CS 375 Applied Cryptography - 3 credits

CIS Electives (6 credits):
Any CIS department courses numbered 200 or above may be included. One of the following courses may be included, subject to the approval of the CIS department chairperson.

CIS Mathematics Requirement (4 credits):
MA 111 Calculus I - 4 credits
MA 109 Calculus I - 4 credits

These four credits can be used to fulfill the core curriculum mathematics requirement.
*All students will take one course designated as a First-Year Seminar which will satisfy a core curriculum requirement.

Cybersecurity Minor (18 credits):
CS 102 Fundamentals of IT and Computing - 3 credits
CS 110 C++ Programming I or CS 109 Introduction to Visual Basic Programming - 3 credits
CS 321 Data Communications and Network Security - 3 credits
CS 225 Cybersecurity - 3 credits
CS 325 Advanced Cybersecurity - 3 credits

Three additional credits in CIS courses at the 200 level or above are required. One computer-focused course from another department may be included, subject to the approval of the CIS department chairperson. Students should consult with the CIS faculty for assistance in planning the courses for the Cybersecurity minor.

Student Work and Researchcyber-student-work
Student Work and Research

By the end of the senior year, CIS majors have completed a broad range of CIS coursework that may include database management, data structures, operating systems, networking, cybersecurity, systems analysis and design and software engineering. The senior capstone project demonstrates the students’ ability to solve problems independently and to learn new technologies and skills on their own. 

Internships and Careers in Cybersecurity

Internships, real-world projects and working in teams are strongly emphasized. Students can receive course credit for internships, and in class, students have the opportunity to do “real world” projects in collaboration with various college divisions, and outside businesses and organizations. By the end of the sophomore year, CIS majors typically have successfully completed several CIS courses, are proficient in at least one object-oriented programming language, and are ready for internship positions. 

  • Learning Objectives

    Within two to five years of graduation, graduates of the Cybersecurity Program will:

    1. Practice the disciplines of Cybersecurity in industry or graduate school by employing aspects of their broad knowledge of the field in problem solving and use of technical skills.
    2. Conduct themselves in a professional, ethical and responsible manner with respect and awareness for security, social issues and responsibilities inherent in the field.