CSEC395 Computer Security Fundamentals Course Description Computer and cybersecurity basics: terminology, security principles, data security, security mechanisms, usable security, network defense, OS ...

Security is one of the most important components to every company’s computer network. That’s why the Security Fundamentals MTA Certification is so highly sought after.

Computer Security Fundamentals (for majors) This course assumes a pre-requisite Principles of Computer Science II. The course can be taken by Cybersecurity, CS (traditional track, business track), and ...

Students will be trained in the principles underlying security and privacy and will also learn the fundamentals security and privacy models, mechanisms, and state-of-the-art technologies like ...

VoIP security is a challenge for IT staff because IP telephony brings with it not only the security problems of data networks but also new threats specific to VoIP. In this fundamentals guide ...

The curriculum covers technical fundamentals through introductory courses in security engineering and computer privacy. Electives focus on operating systems, computer networks, and cryptography, ...

In order to help meet this demand, the IAEA has developed a series of training courses on topics from computer security fundamentals to more advanced computer security for instrumentation and control ...

When building an IT system, balancing the need for security against resources and other needs can be a major challenge. The NIST Cybersecurity & Risk Management Frameworks Training explains ...

Computer security exercises are a key assurance activity supportive of nuclear security. Nuclear Security Fundamentals recognizes that routinely performing computer security assurance activities is an ...

While encryption is a very important element, it is really only one piece of an overall storage security strategy that includes password management, access control and audit trails.