Second Cycle – Bachelor’s degree (B.Sc.) in Cybersecurity (2026-2027)
Mission & Vision Statement
Vision Statement
To achieve excellence in cybersecurity education and research by empowering the next generation of professionals with rigorous academic preparation, practical experience, and innovative skills to build and secure national digital infrastructures and contribute to global cyber-defense advancements.
Mission Statement
To prepare a generation of specialists capable of building, securing, and advancing robust digital infrastructures, networks, and systems, and responding to evolving cyber threats through comprehensive academic programs that integrate theoretical education, practical training, and innovation in applied research. The department also seeks to strengthen the university’s role in serving the Iraqi and global community by providing sustainable technical solutions, fostering research partnerships, and delivering specialized services that meet growing needs.
Program Specification
| Program code: | CYS | ECTS | 240 |
| Duration: | 4 levels, 8 Semesters | Method of Attendance: | Full Time |
Cybersecurity is a mulstidisciplinary and rapidly evolving field concerned with protecting digital systems, networks, software, data, and critical information infrastructures from cyber threats, vulnerabilities, and malicious activities. The Bachelor of Science (B.Sc.) in Cybersecurity at the University of Fallujah is designed to equip students with a strong foundation in computer science and cybersecurity while developing the practical skills required to secure modern computing environments and respond to emerging cyber challenges.
The program begins at Level 1 with fundamental studies in computing, programming, mathematics, computer systems, data security, networking, and cybersecurity fundamentals. Students develop essential analytical and technical skills through courses in structured programming, digital logic design, computer systems and applications, probability and statistics, discrete mathematics, and linear algebra and number theory.
At Level 2, students build core competencies in software development, data structures, computer networks, cryptography, databases, web technologies, computation theory, algorithms, and software security. These subjects provide the theoretical and practical foundations necessary for advanced cybersecurity studies and secure software engineering.
Levels 3 and 4 focus on specialized and advanced cybersecurity domains. Students study operating systems, advanced cryptography, network security, secure communication protocols, penetration testing, cloud computing, cryptanalysis, malware and vulnerability analysis, digital forensics, operating systems security, mobile and network security, steganography and watermarking, Internet of Things security, blockchain technology, and artificial intelligence applications in cybersecurity. The curriculum also includes elective specialization areas such as machine learning for cybersecurity and mobile applications development.
The program emphasizes the integration of theoretical knowledge with extensive laboratory work, practical exercises, project-based learning, and the use of industry-standard cybersecurity tools and platforms. Students gain hands-on experience in secure software development, system hardening, vulnerability assessment, digital investigation, and cyber defense operations. Through research methodology studies and a capstone graduation project, students develop advanced analytical, problem-solving, communication, and research skills that prepare them for professional careers, industry certifications, and postgraduate studies in cybersecurity and related fields.
Program Objectives
- Provide high-quality academic education that builds strong theoretical foundations and practical skills in cybersecurity, aligned with international standards and labor-market requirements.
- Strengthen hands-on learning and professional readiness by integrating laboratory work, simulation environments, and applied training scenarios into the curriculum.
- Prepare qualified graduates capable of designing, building, securing, developing, and managing digital infrastructures, computer networks, and critical information systems across public and private sectors.
- Develop independent and lifelong learning skills by encouraging students to explore emerging technologies, monitor evolving cyber threats, and continuously enhance their professional competencies.
- Promote applied and innovative research in cybersecurity, digital forensics, secure systems, and emerging cyber technologies, contributing to national and global knowledge advancement.
Foster ethical, responsible, and professional cybersecurity practices, and support engagement with governmental institutions and local and international industry to enhance societal awareness and professional relevance.
Student Learning Outcomes
Upon successful completion of the program, graduates will be able to:
Outcome 1 - Cybersecurity Knowledge
Demonstrate a solid understanding of core cybersecurity concepts, including data security, cryptography, network security, operating systems security, software and applications security, and secure communication protocols.
Outcome 2 - Technical and Practical Skills
Apply practical skills and modern tools to design, build, and secure systems, analyze vulnerabilities, perform penetration testing, and implement appropriate security controls.
Outcome 3 - Analytical and Critical Thinking
Analyze complex cybersecurity problems, evaluate risks, and propose effective technical solutions based on scientific and engineering principles.
Outcome 4 - Secure Systems and Networks
Design, build, configure, and manage secure computer systems, networks, and applications in accordance with best practices and recognized security standards.
Outcome 5 - Ethical and Professional Responsibility
Demonstrate awareness of ethical, legal, and professional responsibilities in cybersecurity practice and comply with relevant laws and regulations.
Outcome 6 - Communication and Teamwork
Communicate cybersecurity concepts, analyses, and solutions effectively in written and oral forms, demonstrate independent learning and information-seeking skills, and work efficiently within multidisciplinary teams.
Contact
Program Manager:
Asst. Prof. Dr. Ahmad A. AlSabhany | Ph.D. in Computer Science–Data Security | Assistant Professor
Email: [email protected]
Mobile no.: 7807167888
