20-21 Undergraduate Catalog

Bachelor of Science in Cybersecurity

Program Overview

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The Bachelor of Science in Cybersecurity BSC degree addresses the critical national need for a highly skilled cybersecurity workforce and provides you the knowledge and skills needed to protect critical cyber infrastructure and information assets. This innovative degree program uses an interdisciplinary approach that draws on solid technical as well as relevant human, policy, legal, ethical and management aspects needed to protect critical information infrastructure.

In addition, the program prepares students for well-known cybersecurity related industry certifications that are perfect for increasing career opportunities in the current rapidly growing cybersecurity job market.

Download our Degree Program Profile Sheet for an overview of our BS in Cybersecurity program. 

Note:

Students who have professional certifications in cybersecurity can request that these be evaluated for college-level credits.

How Students Earn Credit in the Area of Study:

Students may earn credits by selected technical/certifications in the area of cybersecurity or courses taken at other regionally accredited educational institutions. A total of 18 area of study credits must be from courses at the 300 level or above.

Credit Distribution

Courses in the General Education Requirements are listed as a guide. Other courses may satisfy the areas and can be viewed on our website under General Education Courses.

I. General Education Requirements Credits (60 Credits)

A. Intellectual and Practical Skills (15 credits)

ENC -101Writing for Success

3

ENC-102English Composition II

3

ENG-202Technical Communication

3

MAT-121College Algebra

3

SOS-110Fact, Fiction, or Fake? Information Literacy Today

3

B. Civic and Global Leadership (9 credits)

SOC-101Our Changing World An Introduction to Sociology

3

ETH-230Ethics in the Digital Age

3

POS-110American Government

3

C. Knowledge of Human Cultures (9 credits)

ECO-112Microeconomics

3

HIS-114American History II

3

LIB-342Online Obsessions: Determining and Dealing with Digital Dependency

3

D. Understanding the Physical and Natural World (8 credits)

E. Mathematics

For all TESU course options that will satisfy this area of the degree, go to Higher level Mathematics Courses.

STA-201Principles of Statistics

3

F. General Education Electives (16 credits)

For all TESU course options that will satisfy this area of the degree, go to General Education Electives – Select from any course listed in A, B, C, D or E.

To identify which of these courses is Zero Textbook Cost ZTC, go to Zero Textbook Cost ZTC Courses.

Outcomes

II. Area of Study Cybersecurity (54 Credits)

CYB-120Introduction to Cybersecurity

3

ITS-130Database Fundamentals

3

ITS-140Introduction to Networking

3

ITS-150Computer Programming I

3

ITS-160Fundamentals of Modern Operating Systems

3

CYB-220Defensive Security

3

CYB-221Firewalls and Perimeter Security

3

ITS-231Database Programming

3

ITS-240Routing and Switching Fundamentals

3

ITS-261Linux

3

CYB-320Ethical Hacking

3

CYB-321Digital Forensics Techniques and Practices

3

ITS-340Wireless and Mobile Networking

3

ITS-363Windows Server Configuration

3

CYB-420Critical Infrastructure Security

3

CYB-421Cybersecurity Risk Analysis and Management

3

CYB-422Cybersecurity Policies, Programs, and Compliance

3

CYB-495Cybersecurity Capstone

3

III. Electives (6 Credits)

Students choose one of the following options:

Digital Forensics and Cyber Investigation Option:
CYB-440Mobile Forensics

3

CYB-441Network Forensics

3

Cloud Security Option:
CYB-450Cloud Computing

3

CYB-451Cloud Security and Privacy

3

Homeland Security Option:
HLS-410Counterterrorism: Constitutional and Legislative Issues

3

HLS-420Homeland Security: Preparedness, Prevention, and Deterrence

3

Total Credit Hours: 120

Learning Outcomes

Graduates of the Bachelor of Science in Cybersecurity program will be able to:

  • assess and apply cybersecurity principles, tools, and methods to defend information systems against cyber threats;
  • protect an organization's critical information infrastructure by applying cybersecurity design best practices and technologies to prevent and mitigate cyberattack and vulnerabilities;
  • design, implement, and administer networks in a secure manner by integrating network defense technologies, monitoring tools, and measures;
  • apply security best practices to install, configure, and manage modern operating systems;
  • implement fundamental security principles and techniques in developing secure programs;
  • apply database security models and best practices in the design and development of database management systems
  • analyze and navigate policy, legal, ethical, and compliance aspects of cybersecurity; and
  • develop cybersecurity plans, programs, and risk management processes to protect an organization’s systems and data.