Cybersecurity Department

The vision of the Cybersecurity Department is to prepare specialized technical cadres in cybersecurity, to contribute to building a generation of specialists capable of protecting systems and data from cyber threats, and to become a center for innovation and technical solutions to face the challenges of the digital age, ensuring the security of the digital infrastructure of institutions and society.

The department seeks to qualify students with advanced scientific and practical skills in protecting digital systems and developing modern applications, while instilling values of integrity, responsibility, and ethics in technical practice, ensuring information security within an educational and research environment that keeps pace with global developments and meets labor market needs.

• Graduate qualified cadres: Prepare technical specialists academically and technically in cybersecurity.
• Protect data and systems: Equip students with knowledge and skills to protect data, systems, and networks from breaches and cyberattacks.
• Counter threats: Build capacity to identify, analyze malware, ethical hacking methods, and deal with advanced cyber threats.
• Enhance information security: Contribute to securing digital infrastructure of institutions and apply best security practices.
• Practical application: Provide applied learning environments, such as labs, to train students in advanced cybersecurity techniques.
• Support various sectors: Supply government, private, and medical sectors with specialized cadres capable of providing security solutions.
• Develop security culture: Raise awareness about the importance of cybersecurity and proper security practices among institution members.

• Protect systems and networks from breaches and cyberattacks.
• Monitor information security, detect and handle vulnerabilities.
• Manage and operate applications and software within organizations.
• Prepare and update databases and ensure data integrity.
• Apply cybersecurity policies within the work environment.
• Support and maintain computer systems and applications.
• Analyze security incidents and develop preventive solutions.

Objective: Introduce students to digital logic principles and logic gates.
Practical Content: Design circuits using ICs, study counters and registers, applications on microcomputers.
Benefit: Enable students to understand the fundamentals of digital systems and computers.

Objective: Teach students programming basics and applications in engineering fields.
Practical Content: Write programs in C or Python, device control applications, system simulation.
Benefit: Develops programming skills necessary for work in computing and embedded systems.

Objective: Link engineering theories to practical applications.
Practical Content: Implement small projects combining communications, digital circuits, and programming.
Benefit: Gives students comprehensive practical experience and enhances innovation and problem-solving abilities.

Objective: Train students to design and analyze electrical circuits.
Practical Content: Experiments on parallel and series connections, current and voltage measurement using measuring devices.
Benefit: Enhance ability to deal with electrical systems in industrial and domestic applications.

Objective: Introduce students to information security principles and ethical penetration testing.
Practical Content: Simulate cyberattacks, study security vulnerabilities, use penetration testing tools.
Benefit: Develops skills to protect systems and networks and qualifies students for information security careers.