Enrolling in a Master’s in Cyber Security (MCS) program can potentially be beneficial for career advancement for tech-savvy professionals. But if a student wishes to get the most out of their post graduate education, they will need to identify an MCS program that offers carefully crafted curricula that strives to prepare them to achieve their specific career goals. By reading up on the typical skills and topics online cyber security master’s curriculum usually focuses on, prospective students can improve their odds of finding a school that can offer them a desirable academic experience.
Maryville University Online Master’s Program in Cyber Security
Maryville University’s online cyber security master’s program provides the coursework elements necessary for training tomorrow’s cyber security professionals.
Learn more about its entire course offerings here:
|ISYS 600||Controls for Effective Cyber Defense||3 Credits|
This course will cover the Controls for Effective Cyber Defense which are a recommended set of actions that will provide specific and actionable ways to deter potential attacks. Discussion will focus on how organizations can use these controls to define the starting point for their defenses, direct their resources on actions with immediate payoff, and focus their attention on additional risk issues that are unique to their business or mission.
|ISYS 670||Pen Testing||3 Credits|
This course will involve assessing target networks and hosts for security vulnerabilities. Specific penetration testing and ethical hacking methodologies will be discussed and used on network devices, client machines, and mobile devices.
|ISYS 671||Advanced Pen Testing||3 Credits|
This course builds on ethical hacking and penetration testing techniques learned in ISYS-670. Specific attention is paid on examining web application security.
|ISYS 674||Cryptography and Network Security||3 Credits|
This course is intended as an overview of cryptography and network security principles. The material covered will include various models of encryption - symmetric and asymmetric, pseudo-randomness, digital signatures, and network applications to cryptography and security.
|ISYS 675||Mobile Device Hacking and Forensics||3 Credits|
This course will familiarize students with mobile devices and technology used by industry. Students will identify and analyze data that can be retrieved from mobile devices, such as cell phones, tablets, smart phones and GPS devices.
|ISYS 680||Security Log Management and Analysis||3 Credits|
This course allows students to interact with security information and event management tools (SIEM) to analyze data and construct queries that allow for data analysis and event triage.
|ISYS 681||Designing and Implementing Cloud Security||3 Credits|
This course covers security issues as they apply to cloud technology and network-based computing systems such as clusters, datacenters, peer to peer, social networking and the Internet of things.
|ISYS 684||Forensic Examination and Analysis||3 Credits|
This course provides students with an overview of digital forensics and analysis to include acquiring, authenticating and analyzing digital evidence. Technical and managerial topics will be explored, providing students with both theoretical and practical hands-on experience using forensic equipment and software.
|ISYS 685||Incident Handling and Breaches||3 Credits|
This course examines the industry standard Computer Emergency Response Team (CERT) processes, including incident response, vulnerability assessment, incident investigation and malicious code analysis.
|ISYS 691||Legal Aspects of Privacy and Compliance||3 Credits|
This course explores fundamental questions the digital age raises regarding how existing legal rules/guidelines should be applied to new technologies. This course explores various legal issues that arise in cyberspace, including jurisdiction, regulation of online speech, issues of privacy and security, and intellectual property protection.
Skills, Concepts, and Opportunities Gained with a Cyber Security Master’s Degree
The purpose of a Master’s in Cyber Security program is to help train information assurance professionals to take on advanced occupations in their field. In order to qualify for and be effective in such roles, graduates will likely need to enhance their skills and knowledge through MCS coursework that touches on the following areas:
- Real-world exposure: In a quickly changing industry such as cyber security, it is imperative to stay up to date with the latest news and trends. Quality cyber security master’s programs devote ample time to analyzing case studies pulled from the latest headlines, as well as exposing students to current studies, research, and development.
- Holistic curriculum: Today’s quickly evolving professional climate often advantages professionals who not only have strong understandings in their specific areas of expertise but also have understandings of adjacent or complementary subject areas. Cyber security programs that incorporate other areas of study, such as business and computer engineering, will give their students a valuable edge in a fiercely competitive job market.
- Emphasis on developing strong technical knowledge: Quality cyber security programs will equip their students with tangible abilities in areas such as cloud security and mobile forensics, thereby ensuring their graduates are well-prepared for any aptitudes their future careers might require.
Common Courses for Online Master of Cyber Security Students
Though all cyber security postgraduate programs will vary slightly, cyber security curricula typically contains the following key elements.
Cryptography and Network Security. Cryptography, as described by the SANS Institute, refers to the complex processes of encryption and decryption and their applications to today’s information security efforts. Network security courses can include a number of unique facets but should expose students to the elements of securing information and systems over networks. It is absolutely critical that cyber security curricula expose students to these building blocks of the trade.
Incident Handling. Cyber security professionals work to keep information as safe and impenetrable as possible; however, as has been made painfully obvious through myriad, often highly publicized breaches of prominent organizations’ information and data stores during recent years, sometimes security efforts fail. Cyber security professionals must know not only how to protect but also how to react, recover, and improve protection if current efforts prove insufficient.
Legal Ramifications. The realm of cyber security is entrenched in legislation. Depending on the type of organization by which a cyber security professional is employed, specific legal constraints may vary; however, legal requirements that are designed to ensure safeguarding of any information are serious and often complex, necessitating ample study and preparation.
Application Development. Gaining an understanding of both operating systems and programming languages is critically important for a cyber security professional. A cyber security master’s program should include classes that expose students to prevalent computing languages, including Java and Python, among others. Additionally, the master’s program should explore the common operating systems available today, including Apple, Windows, Linux, server operating systems, and various mobile platforms.
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