Arabic 
English 
The Faculty of Engineering and Information Technology at Vertex University offers the Master of Cybersecurity program, which aims to provide students with advanced knowledge in the field of securing systems, analyzing cyberattacks, and promoting digital protection strategies. The program focuses on providing students with the practical skills and technical tools needed to confront cyber threats and protect the infrastructure of institutions from advanced risks.
The Master of Cybersecurity aims to build a solid knowledge base in digital security. Students learn how to assess risks, design advanced security solutions, and manage protection systems effectively. They are also provided with the skills to analyze cyber attacks, develop cyber defense strategies, and apply modern cybersecurity standards to ensure the protection of sensitive data and information. The program focuses on qualifying specialists who are able to meet emerging security challenges while promoting innovation and continuous development in this vital field.
The program pays great attention to applied aspects. Students can test their skills in advanced simulation environments through research projects and specialized training courses in analyzing security vulnerabilities, penetration testing, and responding to cyber attacks. The program also covers the regulatory and legislative aspects of cybersecurity. Students are trained to comply with international standards, security policies, and digital legislation, thus enhancing their readiness to work in different professional environments.
This program is delivered by a group of academics and experts specialized in cybersecurity, ensuring a renewed educational content that combines theoretical foundations and practical applications. The program provides an advanced learning environment, including advanced laboratories to simulate cyber attacks, and research projects aimed at developing new security technologies that enhance the future protection of digital infrastructure. The program also gives students the opportunity to obtain internationally recognized professional certificates in cybersecurity, which enhances their opportunities in the labor market and provides them with a strong competitive advantage.
The Master of Cybersecurity program opens many professional opportunities for its graduates. They can work in advanced positions such as information security analyst, cybersecurity engineer, penetration tester (Ethical Hacker), digital forensic expert, cyber security consultant, and information security manager (CISO). They can also join government institutions, technology companies, banks, security research centers, or even establish their own projects in the field of security solutions, giving them a promising professional future in the world of cybersecurity.
Our Vision and Mission
We are digital security leaders who are able to address cyber threats with global standards and smart strategies.
Our Vision
A pioneering program that is an integrated academic platform for preparing leaders in the field of cybersecurity who combine advanced knowledge and practical skills, and are able to protect the digital space and develop sustainable security solutions at a global level.
Our Mission
Providing an advanced educational experience that integrates theoretical analysis and practical application in cybersecurity to prepare experts who have digital defense tools, analyze threats, and respond to attacks using the latest technologies and international standards.
- To provide students with advanced knowledge in cybersecurity, and to enable them to protect digital systems and sensitive data from complex cyber threats.
- Preparing experts specialized in cybersecurity who are able to meet the requirements of the labor market and contribute to the development of innovative security solutions to protect institutions from increasing cyber risks.
- Enhance security risk analysis skills and enable students to assess cyber threats and develop effective strategies to respond to security incidents and protect digital infrastructure.
- Develop the capacity for scientific research and technical development in the field of cybersecurity, and encourage students to find innovative solutions to advanced cyber challenges.
- Enable students to apply the latest encryption techniques to protect data and ensure its safety and confidentiality, with a focus on developing advanced encryption algorithms that suit renewed threats.
- Qualifying students to use modern tools and techniques in managing and securing networks and digital infrastructure, including cloud systems and Internet of Things.
- Develop penetration testing and vulnerability assessment skills to detect vulnerabilities in digital systems and enhance levels of protection against advanced cyberattacks.
- Train students to analyze malware and cybercrime, and understand virus protection techniques and targeted attacks, such as phishing attacks and advanced persistent threats (APT).
- Raising awareness of the legal and ethical aspects of cybersecurity and enabling students to comply with international regulations and standards to ensure the safety of digital data and information.
- Provide students with skills to manage cyber incidents and respond quickly to security emergencies, with a focus on developing strategies to contain threats and recover from cyber attacks.
- Developing teamwork and technical communication skills to enhance cooperation between cybersecurity teams and various technical departments within institutions in order to develop integrated security solutions.
- Enabling students to employ artificial intelligence and big data analysis in cybersecurity, allowing them to develop smart systems capable of detecting and predicting threats.
- Preparing students to understand and apply cybersecurity strategies in cloud computing environments, with a focus on securing advanced computing services and protecting virtual infrastructures.
- Enable students to work on advanced research and applied projects to enhance their skills in designing and implementing advanced security systems, with a focus on modern technologies such as Blockchain and Biosecurity (Biosecurity).
- Enhancing leadership and management capabilities in cybersecurity, allowing graduates to hold management positions such as information security manager (CISO) or cyber security consultant in major institutions.
- Providing advanced training opportunities in cooperation with technical institutions and research centers, giving students practical experience in real work environments and preparing them to meet realistic cybersecurity challenges.
- Encouraging continuous learning and professional development to ensure that graduates are able to adapt to rapid changes in cyber threats and keep up with the latest developments in digital security technologies.
Teaching methods and strategy
In the Master of Cybersecurity program at Vertex University, realistic and virtual case studies are integrated into the academic curriculum, where students deal with advanced security scenarios to analyze vulnerabilities and discover sophisticated cyber threats. The program focuses on studying advanced cyberattack mechanisms, analyzing hacking operations, and developing protection strategies in accordance with the latest security standards. Students are also trained to assess cyber risks in different institutional environments, which qualifies them to design advanced security solutions that protect systems and digital infrastructure from renewed threats.
The program relies on research and applied projects to enhance the practical aspects of students. They work on designing advanced security systems, analyzing the behavior of malware and cyber attacks, and developing advanced encryption solutions to ensure data protection. These projects include professional penetration testing, analyzing big data in cybersecurity using artificial intelligence, and designing mechanisms to combat electronic fraud and phishing. The program also focuses on digital forensics, enabling students to develop innovative defense strategies that help organizations detect and address security threats before they are exploited.
The Master of Cybersecurity program at Vertex University is based on an advanced educational approach that combines deep academic knowledge with practical training in sophisticated learning environments, ensuring students a comprehensive understanding of the latest cybersecurity technologies. Courses are delivered through interactive lectures, specialized simulation labs for cyber attacks, and analysis of advanced case studies inspired by real security threats. The program also focuses on developing analytical thinking skills and effective response to security incidents through in-depth discussion sessions, advanced research projects, and interactive workshops, which enhance students' ability to assess security risks, analyze vulnerabilities, and design advanced defense strategies that suit the needs of modern digital institutions.
What can you do with a Master's degree in Cybersecurity?
The Master of Cybersecurity qualifies its graduates to occupy advanced positions in the fields of digital defense within the banking sectors, technology, and security research centers.
Open your doors to advanced career paths in cyber defense and digital security leadership.
- Senior Cybersecurity Analyst
- Systems and Infrastructure Security Engineer
- Ethical Breakthrough Lab
- Intelligence threat analyst
- Digital forensics expert
- Director of Information Security
- Cyber Risk Management Expert
- Data encryption and security expert
- Advanced cyber security consultant
- Compliance and e-Governance Specialist
Our graduates make the difference in highly sensitive digital defense lines around the world.
- Cloud security expert
- Cyber-attack behavior analyst
- Cyber Incident Response Manager
- Secure software development expert
- Cybersecurity researcher
- Cyber Security Team Leader
- Cybersecurity expert in artificial intelligence
- An entrepreneur in cyber security
- Internet of Things System Security Expert
- Critical Infrastructure Security Specialist
Get a consultation
Free now
Do you want to help?
+1 (984) 382-6080
Target group for the Master of Cybersecurity program
The Master of Cybersecurity program targets a diverse group of individuals who want to develop their skills and knowledge in the field of protecting digital systems and responding to cyber threats. Target groups include:
- Recent graduates with a bachelor's degree in computer science, computer engineering, information technology, electrical engineering, or related disciplines, who seek to build a strong career in the field of information security, cyber risk analysis, and the development of digital security strategies.
- Engineers and specialists working in network management, penetration testing, cloud computing, digital forensics, and cyber intelligence, who aspire to develop their technical and administrative skills and enhance their abilities in the face of advanced cyber threats.
- Professionals looking to move into the cybersecurity sector and gain the skills needed to work in assessing cyber risks, designing security systems, and managing digital defense strategies.
- Startup owners who seek to enhance their business security infrastructure, develop advanced protection solutions, and make use of encryption techniques and artificial intelligence to improve information security.
Enhance your professional skills with international certifications
An accredited international certificate enhances your position as an expert in information security management. It is an essential step for any professional seeking to assume leadership roles in protecting digital systems and infrastructures.
It provides you with a solid foundation in the field of cybersecurity, including threat analysis and management of security systems. Perfect for novice professionals or those who want to specialize.
It is one of the most powerful practical certifications for penetration testing and ethical attack. Demonstrate your ability to detect security vulnerabilities in professional ways that are needed globally.
Enables you to lead cyber incident response and digital forensics. Perfect for those seeking to work in cyber emergency departments or investigation teams.
It focuses on data protection and cloud architectures. It gives you a competitive advantage in a growing market that is moving towards cloud computing.
It covers the protection of wireless networks, encryption, and analysis of wireless attacks. Perfect for those working in environments that rely heavily on wireless connectivity.
It provides you with the basics of cloud infrastructure security and standards compliance. Essential for any professional dealing with cloud services and applications.
Awarded by the Project Management Institute (PMI), it is a global standard for project management. The engineer gains the ability to lead technical teams and achieve project goals efficiently and professionally.
Admission Requirements
- Regular admission: the student applying for the graduate program must have a bachelor's degree from a reputable university or from the student's country.
- Applicants obtain a bachelor's degree in cybersecurity, computer science, computer engineering, information technology, or any related discipline from an accredited university.
- English language proficiency if the language of instruction in the program is English, with passing the approved language test.
- Conditional admission: The university may offer conditional admission to applicants until all admission requirements are met (terms and conditions for this category apply).
- Submit official documents including the original Bachelor's degree and transcript, along with true copies.
- Fill out the electronic application form through the admission and registration portal at the university.
- Pay the registration fees and tuition fees prescribed in accordance with the university regulations.
- Comply with the university's rules and regulations by signing an official pledge.
Required Documents
- A colored copy of the bachelor's degree issued by the student's country “Ministry of Higher Education”.
- A colored copy of the student's or family ID for matching.
- A colored copy of the student's passport.
- Personal photo (6*4) with a white background.
- Complete the registration data and sign it by the student.
Requirements for Obtaining Master in MS in Cybersecurity Specialization
| Number of Credit Hours Required to Complete the Master Degree | 36 Minimum Required Credit Hours |
|---|---|
| Number of Required Academic Semesters | 4 Academic Semesters |
| Number of Semesters per Year | 3 Semesters |
| Annual Credit Hours | 45 Credit Hour |
| Semester Duration | 8 to 10 weeks |
| Expected Duration to Complete the Program | 1 year and 8 months |
Advantages of this system.
- Complete the master's degree in a short time: the program can be completed in one and a half years instead of two or three years.
- Flexible distribution of materials: materials are distributed throughout the year, allowing continuous learning without long interruptions.
- An intensive schedule: allows you to finish school quickly and is suitable for students who want to enter the labor market as soon as possible.
*This system was designed at Vertex University to enable students to obtain their university degree in a shorter time while maintaining the quality of education and the efficiency of the academic process.
Want to get more information?
Register your details and we will contact you as soon as possible
Frequently Asked Questions about Master MS in Cybersecurity
The college programs provide a comprehensive learning experience that combines a solid theoretical foundation with advanced practical application.
Courses include realistic technical projects, global case studies, digital simulation models, and training on modern professional tools, which qualify students to deal with the challenges of the digital age efficiently and professionally.
Yes, academic programs are designed to comply with international standards of accreditation and quality. The university also seeks the accreditation of prestigious international institutions.
The programs focus on the skills required in global markets such as artificial intelligence, cybersecurity, data analysis, and cloud engineering, which enhances international employment opportunities for our graduates.
The College adopts an interactive e-learning method based on modern technologies, through recorded lectures, live broadcasts, virtual laboratories, and discussion forums.
Evaluation is carried out through standard tests, practical projects, research reports, and presentations in order to measure overall efficiency and not just theoretical memorization.
Yes, the college is keen to build strategic partnerships with technical institutions, startups and research centers, locally and internationally, to provide practical training opportunities, joint projects, or involve students in realistic challenges and digital field assignments (Virtual Internships).
The college adopts a dynamic approach in updating course content through academic and professional committees that include experts from Silicon Valley and international academics.
It also integrates technologies such as virtual reality (VR), cloud computing, and blockchain into student projects and laboratory activities, reflecting the university's commitment to the digital future.