Bachelor of Science Degree
The field of cybersecurity is rapidly evolving as new threats emerge. This degree is an inclusive body of knowledge that combines both theory and application of technical and non-technical security skills. Graduates learn how to identify, analyze, mitigate and communicate risks in cyber systems using various tools, techniques and technologies.
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Courses in the major include:
This course introduces the goals, functional processes, tools, and techniques associated with network security. Services such as firewalls, intrusion detection mechanisms and Virtual Private Networks (VPNs) will be studied. Students will develop an understanding of telecommunications and networks security protocols used to prevent, detect, and correct potential vulnerabilities associated with both the outsider and insider threat.
This course provides the student with the basic topics associated with controlling how resources are accessed in an information system. Topics include organizational access control models, security models, and hardware and software controls that can be used to support those models. Additional topics include access models, and securing system access with passwords, smart cards and biometric devices to assist in securing system access and ensure confidentiality, integrity, and availability of data. Technologies such as remote authentication and Public Key Infrastructure (PKI) are also explored.
This course is intended to introduce students to the principles of risk assessment, vulnerability analysis, and auditing and how they are used to evaluate the effectiveness of information security controls. Students will develop an understanding of threat and asset identification, countermeasures and safeguards, acceptable risks, and vulnerabilities. The auditing concepts of technical, physical, and administrative controls will also be introduced along with how these controls are measured for effectiveness.
This course introduces information technologies and examines methods for protecting them against persistent and constantly evolving threats. Existing and emerging information technologies are discussed including operating environments, computer networking, and data management. Basic methods for managing information systems and technologies are presented from a standpoint of providing sufficient security protections.
This course focuses on the skills required to operate a security program within an organization. Coverage includes the practical application of security practices in an operational environment. Topics that comprise this course include security structure, leading security projects, policy management, human factors of security, and physical security methods.
This course explores secure base operating systems on server, desktop, virtual, and mobile platforms. Topics include the practical application of security tools, utilities, and configurations for protecting computer operating systems at both the user and corporate level. Course subject is also related to protecting stand-alone and virtualized servers, cloud computing security, and the protection of mobile platforms such as smart phones, tablets and handheld computers.
This course explores securing core technologies that support Internet applications and commerce. Processes for creating and administering Internet web sites to ensure proper protections are introduced. The course also addresses securing applications on Internet websites and mobile platforms, and introduces basic methods for secure development.
This course introduces the concepts of relational and non-relational database structures from a software developer perspective. Topics include defining key/value pairs, building table structures, manipulating records, using data types, and implementing access controls. The Structured Query Language (SQL) will be used to manipulate the models. Students will prepare a small application using a relational database management system. Prerequisite: CIS245 Introduction to Programming with Python
This course examines basic methods of investigation, information acquisition, and management of Internet and computer forensic cases. Topics include record-searching, note taking and report writing, and using scientific methodology in Cyber investigations. Coverage also includes basic tools and techniques for forensic analysis of computers, networks systems, and mobile devices.
This course provides a monitored structure for application of the skills and knowledge acquired throughout the Cybersecurity program. Emphasis is placed on the use of real-world security problems, issues, and situations. Course assignments will require the use of protection, detection, deterrence, and response techniques in addressing threats, vulnerabilities, and risks found in businesses today. Students may enter this course when they have completed 24 credit hours of the required major courses. Prerequisite: 24 credit hours of the required major courses.
And two electives from a wide array of courses, including Cryptography, Structured System Analysis and Design, Accounting Information Systems, Cybercrime and Business, Foundations in Intelligence and Counterintelligence, Security for Healthcare, and many more.
This degree can also be taken as a cohort, where you are enrolled in two classes at a time every nine weeks, and complete with the same cohort of classmates. The cohort version of the degree includes the classes listed above, plus Cryptography and Penetration Testing and Incident Response.
Consult with your Next Degree Navigator to determine your eligible credits as well as to verify minimum requirements for your degree. Transfer credits must be from a regional accredited college or university. Bellevue University makes no promises to prospective students regarding the acceptance of credit awarded by examination, credit for prior learning, or credit for transfer until an evaluation has been conducted.