ECCU’s Master of Science in Cyber Security (MSCS) program prepares professionals to assume cybersecurity and information assurance leadership roles in corporations, agencies, and organizations. A curriculum rich in computer security management, IT security threat assessment, incident response, organizational management and behavior, and leadership challenges students to become creators of knowledge and inventors of processes.
ECCU’s online master’s in cybersecurity has been divided into a set of core courses that provide the necessary skills in cybersecurity, organizational behavior, and structure, research, and writing. The cyber security master’s degree online then offers various specializations to allow students to select specific fields of study that they are passionate about, each having well-defined job prospects, derived from the NICE framework, affiliated with them.
EC-Council University’s 100% Online cybersecurity master’s degree allows students to complete coursework in a timeframe that fits their schedule. This also requires that the student has the appropriate technology and connectivity to sustain constant participation in class activities.
Graduate
12 (36 Semester Credit Hours)
Online (Flexible with Hands-On Experience)
2 Years – 10-week terms (4 per year)
January 6, 2025
EC-Council University has been ranked among “The Top 10 Best Online Master’s in Cybersecurity” by Fortune®, underscoring our commitment to excellence, innovation, and ethical practices in cybersecurity education.
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Developed from a learning model based on Bloom’s Taxonomy, the objectives of ECCU’s cyber security master’s degree program are to identify what students should learn, understand, and be able to do based on their EC-Council University coursework.
The university’s cyber security master’s degree programs are established with a mix of both business management and applied practical technology studies. This is based on the industry’s need to have a balance of applied skills and disciplines in both technical domains of research and practical business knowledge in the workplace. The purely technical theory or heavily managerial focus of some programs does not produce as well-rounded a cybersecurity expert as is generally desired by the industry.
The course structure of ECCU’s master’s degree in cyber security is presented over 10-week terms and consists of assigned readings, threaded discussions, case studies, written analysis, research projects, and examinations.
Students of the master’s degree in cyber security must spend 10-12 hours of study a week to complete the work. ECCU encourages regular and frequent student-faculty interaction via the internet. The syllabus and grading rubrics of the cybersecurity master’s degree set out the course requirements, expectations, and timelines, and students are kept abreast of their progress in the course through the My ECCU Online Learning Management System.
Coursework of Master’s in Cyber Security degree program is delivered through a 100% online, providing the flexibility of time management whereby students can attend to coursework at any time of day/night or weekends (24×7). There is a structure to the week and term whereby attendance and submissions must meet predefined deadlines each week and weekly attendance and participation are mandatory. Synchronous scheduled class times are not utilized, but adherence to discussion and homework weekly posting deadlines are.
ECCU’s cyber security master’s degree utilizes traditional university 10-week terms and is structured accordingly. The course delivery sits in a flexible middle ground between the structure of set class times and attendance and the open-ended system of self-paced independent study courses.
Each course under the master’s degree in cyber security program is instructor-led by credentialed professors with industry experience with a maximum enrollment of 30 students. Guided discussion, interaction/engagement, assistance/support, and grading/feedback will be done with your professor weekly as the course proceeds.
Courses in the masters in cyber security typically consist of a mixture of weekly threaded discussions, reading materials, iLabs (ECCU’s online virtual platform to practice), presentation support (PowerPoint and/or video), quizzes/exams, and/or research projects/papers.
Candidates who wish to pursue ECCU’s master’s in cyber security online degree can choose one of its five specializations – Security Analyst, Cloud Security Architect, Digital Forensics, Incident Management, and Business Continuity and Executive Leadership in Information Assurance
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Applicants for admission must have a Bachelor’s degree from an accredited institution and a TOEFL score of 550 or better (or proof of English competency).
For more information about admission requirements, please visit our Admission page.
EC-Council University will award the Master of Science in Cybersecurity degree upon successful completion of all degree requirements.
In addition to the specific degree requirements, each candidate for graduation must meet the following requirements:
ECCU understands the modern students need to be industry-ready. Hence, all of EC Council’s relevant industry certifications have been included in the various specialisations. Earn up to 3 industry certifications for any specialisation selected.
The ECCU Governing Board has defined the regions. Student tuition rates are based on their official government photo ID that was submitted with the student admission application to determine the student’s region.
As a prospective EC-Council University student and current industry-recognized certification holder, you can also earn semester credits toward your cybersecurity courses based on your prior learning/industry certifications.
Under the prior learning portfolio policy, ECCU for its cybersecurity master’s degree accepts certifications related to ethical hacking, penetration testing, network defense, digital forensics, incident handling, and much more.
Click here to read more about the EC-Council University Transfer of Credits program.
Education is a major foundation of a person’s professional and personal growth. At EC-Council University, we not only recognize and accept many external scholarships but also have many scholarship opportunities available at EC-Council University for Master of Science in Cyber Security students.
ECCU is also dedicated to equipping our veteran community to become warriors in the battle for cybersecurity.
A unique challenge to create awareness and opportunities for enthusiasts in the industry.
A unique scholarship opportunity to provide tuition assistance to new or current undergraduate and graduate students.
An amazing scholarship opportunity for new or current undergraduate and graduate students, specifically from New Mexico.
Ans. A master’s in cybersecurity degree paves the way for a candidate to enter the industry as a professional and secure an executive-level position. EC-Council University’s Master of Science in Cyber Security degree has been designed to train candidates and transform them into professionals to assume leadership roles in corporations, agencies, and organizations. Job roles that one can aim for with a cybersecurity master’s degree – Risk/Vulnerability Analyst/Manager, Information Security Analyst, Information Security Manager/Specialist, Chief Information Security Officer, among others.
Also read – What to do after you get a Master’s in Cyber Security?
Ans. Cybersecurity is amongst the most in-demand professions across the globe in 2020. A cybersecurity specialist has the responsibility of safeguarding a massive amount of private and sensitive data. Therefore, employees are willing to offer a hefty amount to candidates with the right skill set. According to PayScale, the average salary of a penetration tester in the United States is $83,968. Similarly, the average salary of a Software Security Engineer is $109,990.
Also read – Top 5 Cybersecurity Jobs of 2020
Ans. ECCU offers five specializations under its online master’s in cybersecurity program. Aspirants who wish to pursue this degree can choose one from – MSCS in Security Analyst, MSCS in Cloud Security Architect, MSCS in Digital Forensics, MSCS in Incident Management, and Business Continuity and MSCS in Executive Leadership in Information Assurance.
Ans. Cybersecurity is a continually growing industry. The rise in technological advancement and the parallel increase in the number of cyberattacks has made the need for cybersecurity specialists more vital. Getting an MS in cybersecurity can be worth it for candidates because of the growing demand for such professionals. With a master’s in cybersecurity online degree, candidates can fulfill the requirements of employers with the right skill set.
Also read – All about a master’s degree in cybersecurity
Ans. You should definitely go for a master’s in cyber security degree if you aim to rise high in your cyber security career pertaining to either of these five specializations: Security Analyst, Cloud Security Architect, Digital Forensics, Management and Business Continuity, Executive Leadership in Information Assurance. Following are some of the narrower job roles that these specializations will lead you to:
Ans. Aspiring students who have met the following conditions are eligible to apply for the master’s degree in cyber security:
Ans. EC-Council is not currently approved by the US Department of Education as an eligible Title IV institution. While we do not currently participate in Title IV funded student loan programs, no-interest institutional payment plans are available.
However, EC-Council University offers monthly payment plans that divide the tuition into three equal payments. The initial payment is paid before the start of the first class of the term, and the subsequent two payments are due mid-month (15th) the first and second month of the term. This payment plan comes interest free. For a continued eligibility for program participation, students need to ensure a good standing.
Ans. ECCU’s internships and capstone projects allow for applied avenues of academic knowledge in real-world / workplace settings. Under the aegis of ECCU, students will identify internship opportunities in their local area through the networking activities of the university, corporate partners, and student initiative.
ABOUT EC-COUNCIL UNIVERSITY (ECCU)
EC-Council University is a premier institute of cyber security studies and technologies. It is an accredited institute that provides 100% online programs in cyber security at the graduate and undergraduate levels enabling its graduates to obtain advanced cyber skillsets. Its unique programs allow its students to lead their peers to manage cyber security risks strategically and effectively in their organizations. Intelligent.com has ranked EC-Council university in the “The Top 45 Online master’s in Internet security degree programs” by highlighting its high standards of quality education.
This foundational core course introduces students to basic English writing skills and research methods, including APA style writing, citing sources, determining when a website is credible, effective communication, outlines, and collaboration. Students will write/present portions of the above in the course in various formats.
This course will lay a broad foundation of understanding for global business principles for a varied population of students who work in businesses of all kinds, including the IT and IA fields. It covers the latest changes in Information Technology for Business, including computer-aided manufacturing (CAM), application software, and recent ethical issues arising from IT. Real-life business examples are added throughout the course that reinforce the business principles.
This foundational course deals with organizational behavior and allows the technology practitioner to experience the basic facets of organizational theory and define the skills required to understand and apply the theory to a real organizational setting. Elements of the course are organizational structure, effective communication, team building, ethics, and project management as seen through the organizational lens.
Cyberspace has increased human communication, connectivity, creativity, capacity and crime by leaps and bounds in the last decade. For all of the positive aspects it offers, it offers as many negative aspects. Those negative aspects are explored and developed by everyone from the high school challenge hacker to international terrorists. The IT criminal threatens businesses, governmental agencies, militaries, and organizations of every kind. This course will survey the spectrum of psychological attributes of the IT criminal.
This course encompasses an extensive research project about cross-cultural differences in leadership conducted by a group of researchers in 62 countries. It lays a foundation for understanding the process of leadership. The study describes the roles, functions, and impact of global leadership concepts. Many team exercises provide the speed at which leaders must work. Research and views into how most cultures respond to this area of management are provided.
This course focuses on evaluating network and Internet security issues, designing and implementing successful security policies and firewall strategies, and exposing the system and network vulnerabilities and defending against them. Topics include network protocols, network attacks, intrusion detection systems, packet filtering and proxy servers, Bastion hosts and honey pots, hardening routers, hardening security, email security, virtual private networks, and creating fault tolerance.
This course explores the various tools and techniques commonly used by Linux system administrators. It is designed for students who have limited or no previous exposure to Linus. Emphasis is placed on writing a simple bash script, using a text editor, manage processes within the Linux file system.
Additional topics include making data secure, user security, and file security. Students will be required to take on the role of problem solvers and apply the concepts presented to situations that might occur in a work environment.
This course focuses on how perimeter defenses work, how intruders escalate privileges, and methods of securing systems. Additional topics include intrusion detection, policy creation, social engineering, DoS attacks, buffer overflows, and virus creation.
This course focuses on how to perform an effective penetration test in an enterprise network environment that must be attacked, exploited, evaded, and defended. Topics include Introduction to Penetration Testing and Methodologies, Penetration Testing Scoping and Engagement, Open-Source Intelligence (OSINT), Social Engineering Penetration Testing, External Network Penetration Testing, Internal Network Penetration Testing, and Network Penetration Testing for Perimeter Devices.
This course focuses on the mastery of the advanced penetration testing skills that real world practitioners face on the job. Topics include Web Application Penetration Testing, Wireless Penetration Testing, IoT Penetration Testing, OT and SCADA Penetration Testing, Cloud Penetration Testing, Binary Analysis and Exploitation, and Report Writing and Post Testing Actions.
Upon successful completion of the course, students may take the Certified Penetration Testing Professional (CPENT) exam through EC-Council.
This course focuses on the various methods of securing wireless networks including authentication, authorization, and encryption. Topics include radio frequency communications, infrared, Bluetooth, low-speed wireless local area networks, high-speed WLANs and WLAN security, digital cellular telephone, fixed wireless, and wireless communications in business.
The Capstone is the summative experience designed to allow students to demonstrate all program objectives and draw on the knowledge and skills learned throughout the entire program. Students can enroll in the Capstone after successful completion of all core degree requirements, but must be within six credit hours of graduation. Students must demonstrate attainment of a 3.0 cumulative grade point average and have the Registrar approval to register in this class.
This course focuses on the fundamental areas of fortifying your defenses by discovering methods of developing a secure baseline and how to harden your enterprise architecture from the most advanced attacks. It provides segmentation and isolation to reduce the effectiveness of advanced persistent threats.
The sole purpose of this course is to reduce operating costs and increase efficiency by getting rid of on-premise servers; however, poor cloud security practices defeats this purpose as your environment might be open to attacks like ransomware, denial of service, data breach, and other activities that might cause irreversible damage to your company revenue and reputation or even completely shut down the business. This course will guide you on how to best manage the risk in your cloud environment with good overall security practices ranging from user accounts, data, and network. We will also focus on the largest cloud computing providers.
Certified Application Security Engineer (CASE) is a hands-on, Instructor-led, comprehensive application security course, which encompasses security activities involved in all of the phases of the Software Development Lifecycle (SDLC). The course also focuses on selecting and implementing the right security strategies, guidelines, and practices that are widely accepted and applicable to most environments used today.
This course focuses on cyber-attack prevention, planning, detection, and incident response with the goals of counteracting cybercrime, cyber terrorism, and cyber predators, and making them accountable. Additional topics include fundamentals of computer forensics, forensic duplication and analysis, network surveillance, intrusion detection and response, incident response, anonymity, computer security policies and guidelines, and case studies.
This course focuses on the intricacies of manual acquisition (physical vs. logical) and advanced analysis using reverse engineering to understand how popular Mobile OSs are hardened to defend against common attacks and exploits. Topics include mobile forensic challenges and process, mobile hardware design and architectures, OS architecture, boot process, file systems, threats and security, evidence acquisition and analysis, application reverse engineering, and mobile forensics reporting and expert testimony.
This course focuses on the legal issues affected by online criminal conduct, electronic evidence and the legal ramifications of neglecting trademarks, copyrights, patents, and digital rights. Topics include laws, regulations, and international standards; privacy laws governing law enforcement investigations in cyberspace; implications of cybercrimes upon the traditional notions of sovereignty; and current events that affect cyber laws. Prerequisite ECCU 505.
This course addresses various underlying principles and techniques for detecting and responding to current and emerging computer security threats. Additional emphasis is placed on computer forensics and its role in handling and responding to incidents. Through this course, students will be proficient in handling and responding to various security incidents such as network security incidents, malicious code incidents, insider attack threats, incident response teams, incident management training methods, and incident recovery techniques in detail.
This course focuses on disaster recovery principles including assessment of risks to an enterprise, development of disaster recovery policies and procedures, the roles and relationships of various members of an organization, preparation of a disaster recovery plan, testing and rehearsal of the plan, implementation of the plan, and recovering from a disaster. Additional emphasis is placed on identifying vulnerabilities and taking appropriate countermeasures to prevent information failure risks.
Whether an organization has experienced a disaster, downsizing, a shift in culture, or a change in leadership, it will experience organizational change. This change demands remembering the past, finding ways to recover from it, engaging the future, and energizing change. Leaders in change must have the skills to identify, structure, forecast, envision, design, plan, implement, account for, and lead a team through change that has been strategically planned to advance the organization. Such a leader is a change agent and must understand the process, expectations, and nuances of change.
This course is designed to provide fundamental skills needed to understand global leadership concepts such as developing technological savvy, appreciating diversity, building partnerships, creating a shared vision, maintaining a competitive advantage, integrity, and leading for change. This is a study of current and historical leadership theories with an emphasis on viewing the leadership function in the context of global organizational behavior and organizational designs.
This course is designed to bring together all the components required for a C-Level position by combining Governance, Security Risk Management, Controls, and Audit Management, Security Program Management and Operations, Information Security Core Concepts, Strategic Planning, Finance, and Vendor Management to lead a highly successful IS program.
This course looks at project management from a cybersecurity planning perspective – specifically IT Project Management. Students will learn how to use the IT framework to develop an effective IT security project plan. This process will help reinforce IT project management skills while providing the student with a road map for implementing IT security in an organization.
