AS Cyber Security | Online Degree | Laurus College

Where You Could Be After Graduation

Upon successful completion of the Cyber Security Associate of Science Degree program, the student may be qualified for positions in the cyber security industry such as:

• Anti-Terrorist Analyst
• Business Continuity Administrator
• Business Continuity Analyst
• Business Continuity and Disaster Recovery Consultant
• Business Continuity Consultant
• Business Continuity Coordinator
• Business Continuity Professional
• Crime Analyst
• Crime and Intelligence Analyst
• Criminal Intelligence Analyst
• Criminal Intelligence Specialist
• Criminal Research Specialist
• Information Security Officer
• Information Security Specialist
• Information Systems Security Analyst
• Information Systems Security Officer (ISSO)
• Information Technology Security Analyst (IT Security Analyst)
• Intelligence Analyst
• Intelligence Research Specialist
• Investigative Research Specialist
• Network Security Analyst
• Police Crime and Intelligence Analyst
• Security Analyst
• Systems Analyst

Program Outline and Course Descriptions

*This program has not yet been approved for Students enrolled in Nevada or for students in California accessing VA educational benefits.
Information security is the quintessential makeup of every company, organization, and person throughout the globe. With the rapid increase of cyber threats and attacks, it is essential that companies protect their network infrastructure from and avoid becoming the next victim of a cyber-attack. The Associate of Science degree in Cyber Security provides students with a solid foundation of the skills needed to become a cyber security professional. Students in this program gain an understanding of how to identify potential cyber threats and prevent both internal and external attacks. This exciting program gives students the tools and the information for potential employment in the rapidly evolving Cyber Security field.

The Cyber Security Associate of Science Degree program is 100 quarter credits and can be completed in two (2) years if the student attends all terms full time and consecutively.

GENERAL EDUCATION
LAU100	College Orientation	5
MTH101	Introductory Algebra	5
PHY200	Physical Science	5
PSY140	Introduction to Psychology	5
ENG100	English Composition I	5
HUM200	World History	5
Total General Education		30
PROGRAM CORE
CSC110	Technology Fundamentals	5
CYBR200	Python Programming Fundamentals	5
CYBR210	Digital Forensics and Investigations	5
CYBR240	Network Security Fundamentals	5
CYBR245	Network Defense and Security Operations	5
CYBR250	Incident Response and Disaster Recovery	5
CYBR260	Offensive Security and Ethical Hacking	5
ITS100	Hardware Technology Fundamentals	5
ITS110	Operating Systems and Security	5
ITS250	Network Infrastructure and Operations	5
ITS370	Hybrid Windows Server Infrastructure	5
CYBR205	Cybersecurity Fundamentals	5
ITS260	Network Services and Security	5
ITS220	Introduction to Database Management	5
Total Core Education		70
Total Credit Hours		100
The academic year is defined as 3 Quarters and 36 quarter credits. • *Students enrolled in Nevada must take POL 210, 1 Quarter Unit at no tuition cost, in addition to the courses listed in the program outline. The total amount of credit hours for NV residents for this program is 101.

Upon completion of the Associate of Science in Information Technology, students should be able to:

• Analyze information technology systems or routine computing problems by selecting and applying appropriate principles, tools, and procedures to solve problems.
• Design and implement IT systems by applying foundational knowledge of customer requirements, hardware, operating systems, and network infrastructure.
• Communicate technical information and solutions effectively in a variety of professional contexts.
• Describe ethical and legal responsibilities in the use, support, and administration of information technology systems.
• Apply project management principles to plan, document, and execute IT-related tasks, projects, and products in a collaborative environment.
• Apply fundamental cybersecurity principles to design and implement secure infrastructure solutions using common tools, configurations, and best practices.

GENERAL EDUCATION

LAU100 College Orientation
This course introduces students to the skills and strategies needed for success in college and beyond. Topics include goal setting, time management, effective study techniques, and critical thinking. Students will explore resources available to support academic and career growth while developing skills in communication, collaboration, and self-advocacy. By the end of the course, students will be prepared to navigate their academic journey with confidence and apply essential success strategies in both educational and professional settings.

LAU115 Computer Applications
This course introduces students to essential computer applications used in academic and professional settings. Students will gain hands on experience with Microsoft Word, Excel, and PowerPoint, focusing on the creation, formatting, and integration of documents, spreadsheets, and presentations. Emphasis is placed on real-world tasks such as document editing, data analysis, and presentation development to prepare students for workplace productivity.

ENG100 English Composition I
This course focuses on developing strong writing and critical thinking skills through various forms of written communication. Students will learn to craft clear, well-structured essays, conduct research, and use proper citation methods. Emphasis is placed on organizing ideas, developing arguments, and refining grammar and style. By the end of the course, students will be able to produce well-reasoned, coherent written work for academic and professional purposes.

MTH101 Introductory Algebra
This course introduces students to fundamental algebraic concepts, including equations, inequalities, functions, and graphing. Students will develop problem-solving skills through real-world applications of algebra, preparing them for more advanced mathematical concepts. By the end of the course, students will have a strong foundation in algebra to support future coursework in business, science, and technology.

ENG200 English Composition II
Building on English Composition I, this course focuses on advanced writing, research, and analytical skills. Students will engage in critical reading, argumentative writing, and research-based projects. Emphasis is placed on effective communication, persuasive writing, and academic integrity. By the end of the course, students will be able to craft well-researched, compelling arguments across various disciplines.

BIO200 Life Science
This course provides an introduction to biological concepts, including cell biology, genetics, evolution, and ecology. Students will explore the scientific method and its applications in understanding living organisms. By the end of the course, students will have a fundamental understanding of biological systems and their impact on the environment.

PHY200 Physical Science
Students will explore the principles of physics and chemistry, including motion, energy, atomic structure, and chemical reactions. This course emphasizes real-world applications of physical science concepts. By the end of the course, students will be able to apply scientific reasoning to analyze natural phenomena.

HUM200 World History
This course provides an overview of key historical events, civilizations, and cultural developments across the world. Topics include ancient civilizations, the Industrial Revolution, and modern global conflicts. Students will explore historical perspectives on social, economic, and political change. By the end of the course, students will be able to analyze historical trends and their impact on contemporary society.

PROGRAM CORE

ITS100 Hardware Technology Fundamentals
This course introduces the fundamentals of PC hardware, devices, and support. Students will explore the internal and external components of a modern computer, learn to install and configure Windows, prepare storage systems, and implement virtual machines using modern hypervisors. An emphasis is placed on the support of basic computer systems in both physical and virtual environments. The course aligns CompTIA A+ Core 1 objectives.

ITS110 Operating Systems and Security
This course builds on PC systems foundations by focusing on system administration, troubleshooting, and security practices. Students will learn to manage and configure Windows and Linux environments, utilize system tools, manage user access, configure networks, and implement secure practices. The course aligns with CompTIA A+ Core 2 objectives.

ITS220 Introduction to Database Management
This course introduces students to the fundamentals of relational database systems, including database design, implementation, and administration. Students will learn to model data, create and manage database structures, and use structured query language (SQL) to retrieve and manipulate data. Key topics include data normalization, entity-relationship modeling, and strategies for ensuring data integrity and security. Through hands-on exercises, students will gain practical experience in building efficient and secure databases to support real-world applications.

ITS250 Network Infrastructure and Operations
This course provides a comprehensive foundation in modern networking, focusing on physical infrastructure, network addressing, switching, and routing fundamentals. Topics include the OSI model, TCP/IP, and basic network troubleshooting. The course aligns with objectives from the CompTIA Network+ certification.

ITS260 Network System Services
Network Information Services provide the structure for authenticating and authorizing users at work. This course prepares students to manage and administer these services in a Windows domain environment. Topics include Active Directory, Group Policy, File Services, DNS, Remote Access Management, Server Management, and many other supporting services.

CYBR200 Python Programming Fundamentals
This course introduces students to programming using the Python language. The course covers the basics of programming in Python including variables, expressions, loops, conditions, lists, strings, functions, and standard and file I/O. It also covers, at an introductory level, object-oriented programming and modular design principles.

CYBR205 Cyber Security Fundamentals
This course provides a comprehensive introduction to the fundamental principles of information security, focusing on protecting organizational assets and managing security risks. Students will explore key concepts such as confidentiality, integrity, and availability, as well as threat identification, vulnerability assessment, and risk mitigation strategies. Topics include security policies, access control, basic cryptography, network security, and incident response.

CYBR 240 Network Security Fundamentals
This course introduces students to the core principles of cybersecurity with a focus on network threats, vulnerabilities, and secure network design. Students will explore malware types, secure communication protocols, network devices, and wireless security strategies. Emphasis is placed on threat identification, mitigation techniques, and the implementation of basic security controls in wired and wireless environments. The course aligns with objectives of CompTIA Security+ certification.

PMT255 Project Management
Students will learn project planning, scheduling, budgeting, and risk management techniques. This course covers industry-standard project management tools and best practices. By the end of the course, students will be able to create project plans and manage resources effectively.

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A.S. Cyber Security Program Tuition

Laurus College Tuition Breakdown Group Image

Credit hours: 100
Registration Fee: $100
Technology Package: $2,750
Program Fees**: $2,000
CE Fees: $0
Tuition: $40,000

Upon completion of the degree, students will be able to:

• Identify: threats, vulnerabilities, and countermeasures, and explain the importance of security ethics and privacy.
• Design: compliant cyber security network infrastructure using appropriate tools and systems.
• Determine : flaws in applications and networks, and provide viable security solutions.
• Develop: and implement comprehensive security plans, including risk analysis, incident response, and business continuity.
• Utilize: digital forensic techniques, network standards, and core IT technologies (hardware, software, protocols, databases).

Program Structure
The Cyber Security A.S. program requires 100 quarter credits. Students can complete the degree in two (2) years by attending all terms full time and consecutively.

Instructional Method
This program uses an intense interactive learning approach focused on practical application. Classes combine lectures, learning activities, and dedicated laboratory/computer time to build skills. Instruction includes the use of interactive virtual classrooms and may feature guest speakers.

Communication and Critical Thinking Skills
Students in the program complete challenging projects and assignments using creative problem-solving skills. They communicate ideas through written and oral presentations in various courses throughout the program.

Completion Requirements
To obtain the Cyber Security A.S., students must meet all program completion requirements. This includes completing a minimum of 100 quarter credits and being in good academic standing with a cumulative GPA of 2.0 or better.

At Laurus College, the faculty is the backbone of their mission to "prepare every student for success in a changing world." When you look through their profiles, you aren’t just seeing academic credentials; you’re seeing a collection of seasoned professionals who have transitioned from the boardroom, the hospital, and the tech lab into the classroom.

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