Cyber Security

This course describes the key security requirements of confidentiality, integrity, and availability. Discusses the types of security threats and attacks that must be dealt with. The course provides examples of the types of threats and attacks that apply to different categories of computer and network assets. This course also summarizes the functional requirements for computer security, explains the fundamental security design principles, and discusses the principle aspects of a comprehensive security strategy. 

This course describes how access control fits into the broader context that includes authentication, authorization, and audit. It then discusses the use of encryption in a database system and describes the operations of viruses, worms and trojans. The course also covers the principal concepts of role-based access control, summarizes the RBAC model and the principal concepts of attribute based access control.

This course describes the concept of denial of service attack and distributed denial of service attacks. Discusses the features of host based intrusion detection and network based intrusion detection. This course summarizes the purpose of honeypots and Snort. It also explains the role of firewalls and its various basing options.

This course describes the problems that occur due to incorrect handling of program input. Describes the problems that occur due to interaction between programs and operating system components. This course also explains some of the specific aspects of securing Unix, Linux and Windows systems. The course introduces the steps needed to maintain security in virtualized systems.

This course describes the process of IT security management. Outlines the process of selecting suitable controls to address risks and provides an overview of various types of physical security threats. This course also explains the use of PIV mechanisms as part of a physical access control system, discusses the need for e-mail and Internet use policies, and provides guidelines for developing such policies.

This course describes the basic principles of symmetric encryption. Discusses the structure and function of DES, and issues involved in key distribution. This course also summarizes the use of HMAC for message authentication. Through this course, students learn the RSA algorithm and the Diffie-Hellman algorithm. Students also understand the key considerations in implementing the logging function for security auditing and the process of audit trail analysis.

This course describes the functionality of S/MIME and the threat it addresses. Discusses the key components of SSL and the use of HTTPS. This course introduces the basic operations of Kerberos and compares the functionality of Kerberos versions 4 and 5. Students are also exposed to unique security threats posed by the use of mobile devices with enterprise networks.

This course also explains the NIST cloud computing reference architecture and describes Cloud Security as a Service. Through this course, students understand the relationship between cloud computing and IoT, and the IoT Security Framework. The course describes the benefits of security awareness, training and education programs. The course also presents an overview of key issues in the area of privacy.

No, you don’t need any prior experience. Our program covers everything from the basics to advanced skills, perfect for beginners.

Yes, we offer payment plans for tuition fees, and there may be scholarships available. Some students may qualify for Student Aid BC Loans (domestic), as well as other funding options. Speak with our admissions team for details.