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Bachelor's Degree

Bachelor of Cybersecurity – Undergraduate Degree Program

The Bachelor of Cybersecurity at the College of International Justice (CI Justice) is an advanced academic and applied undergraduate degree programme designed to meet the critical and growing global market demands for securing digital cyberspace, protecting cr...

Duration4 years
Credit hours148
DegreeBachelor
Language of studyArabic
Terms8

About the program

The Bachelor of Cybersecurity at the College of International Justice (CI Justice) is an advanced academic and applied undergraduate degree programme designed to meet the critical and growing global market demands for securing digital cyberspace, protecting critical infrastructure, governing information security, and combatting cybercrime. The programme integrates advanced technical engineering of networks and systems (network security, advanced cryptography, and ethical penetration testing) with legal, administrative, and strategic frameworks governing information security (cybersecurity governance, risk management, and compliance with international standards such as ISO 27001 and NIST).Spanning eight academic semesters (four academic years – 240 ECTS), the curriculum guides students progressively from foundational mathematics, computer engineering, and systems programming to specialized studies in cloud computing security, digital forensics, cyber threat intelligence, artificial intelligence in cyber defense, and international legal legislation combating cybercrime and protecting privacy (such as GDPR). Furthermore, the programme bridges theoretical study with interactive cybersecurity laboratories (Cyber Ranges) and live attack-and-defense simulation.

Vision

To achieve global leadership and academic excellence in preparing cybersecurity and digital defense leaders and experts capable of protecting sovereign and institutional assets and countering advanced persistent cyber threats with high efficiency.

Mission

To deliver cutting-edge undergraduate education in cybersecurity aligned with European and British academic standards—combining professional engineering technical skills with legal and strategic awareness of information security—to qualify graduates equipped to secure cyberspace and protect organizations from accelerated cyber risks.

Objectives

  • Solid Technical and Engineering Foundation: Equip students with a comprehensive knowledge base in computer engineering, data networks, operating systems, and systems security programming.
  • Mastery of Network and Infrastructure Security: Enable scholars to design and secure networks, cloud systems, and databases against advanced attacks and breaches.
  • Qualification in Penetration Testing and Digital Forensics: Provide students with skills in vulnerability discovery, ethical penetration testing, and legally approved digital forensic investigations.
  • Comprehension of Cyber Governance and Legislation: Familiarize students with information security governance frameworks, risk management, and international and domestic legal legislation compliance.
  • Deployment of AI in Cyber Defense: Train students to harness artificial intelligence and big data analytics to detect and proactively counter cyber threats.
  • Development of Incident Response and Crisis Management Skills: Build graduates' capacities to manage Security Operations Centers (SOC) and execute business continuity and digital disaster recovery plans.

Educational philosophy

In delivering the Bachelor of Cybersecurity, the College of International Justice adopts the philosophy of "Engineering-Driven & Legally-Grounded Cybersecurity." This philosophy recognizes that an exceptional cybersecurity graduate requires not only technical "ethical hacker" skills, but also a deep understanding of the legal, investigative, and governance dimensions of cybercrime and data protection.Accordingly, the programme rests on four philosophical pillars:Integration of Technical Depth and Legislative Frameworks: Blending programming and network security engineering with cybercrime legislation and digital forensics.Practical Learning in Virtual Labs (Cyber Ranges): Relying on live laboratories and practical attack-and-defense simulation as daily educational instruments.Global Professional Certifications: Aligning course content with the methodological requirements of prominent global professional certifications (such as CEH, CISSP, CompTIA Security+, and CISM).Flexible Interactive Learning Environment: Delivering multimedia educational content via the smart College platform with close supervision from a dedicated Personal Tutor for each module.

Learning outcomes

  • Comprehend advanced engineering theories in computer networks, communication protocols, and data encryption.
  • Exhibit comprehensive awareness of information security governance frameworks and cyber risk management standards (ISO 27001, NIST).
  • Understand domestic and international legal legislation governing personal data protection and cybercrime.
  • Recognize operational mechanisms of Security Operations Centers (SOC) and cyber incident response protocols.
  • Critically analyze security vulnerabilities in systems and networks, determining severity levels and remediation strategies.
  • Objectively evaluate complex cyberattacks and trace digital intrusion pathways.
  • Foresight future cyber threats and develop proactive defensive strategies.
  • Design and secure technical infrastructures and cloud networks against Advanced Persistent Threats (APTs).
  • Execute ethical penetration testing operations and security audits for software and systems.
  • Conduct digital forensic investigations, examine digital evidence, and produce court-admissible technical reports.
  • Manage cyber incidents, contain breaches, and execute disaster recovery plans.
  • Communicate technical findings effectively, orally and in writing, with engineering, administrative, and executive decision-makers.
  • Demonstrate collaborative leadership within Computer Security Incident Response Teams (CSIRT) and technical project management.
  • Utilize scripting tools and advanced operating systems to automate security tasks.

Career prospects

  • Governmental and Security Institutions: Chief Information Security Officer (CISO), threat intelligence analyst, or cybercrime investigator within sovereign agencies.
  • Major Enterprises and Banks: Network security engineer, cyber governance and compliance officer, or Security Operations Center (SOC) Manager.
  • Penetration Testing and Security Consultancies: Ethical hacker, security auditor, or cloud security consultant.
  • Digital Forensics Firms: Digital forensics expert and incident responder.
  • Tech and Startup Sector: Secure software developer, application security engineer, or researcher in encryption and cyber defense algorithms.

Curriculum

Frequently asked questions

How are teaching and learning delivered?
Through the CI Justice Educational Environment, combining synchronous interactive lectures, virtual cybersecurity laboratories (Cyber Ranges), and flexible asynchronous study, supported by weekly study planners, multimedia materials, and lifetime access.
How does the Personal Tutor and Academic Supervision System work?
Each student is assigned a specialized Personal Tutor for every module who monitors technical progress, evaluates practical projects and examinations, and conducts individual or small-group tutorials via dedicated Online Tutoring Rooms.
How are students assessed and evaluated?
Through Computer-Marked Assignments (CMAs), Tutor-Marked Assignments (TMAs) such as penetration testing reports and digital forensic investigations, and End-of-Module Examinations predominantly conducted remotely via secure proctoring systems and practical lab testing.
How do students gain practical experience during their studies?
Through engagement in the Cyber Range Simulation Lab, professional field training in major enterprises, and technical security advisory clinics.
Accreditation, Licensing & Credit Transfer
Accreditation & Licensing: Fully accredited, sharing institutional and academic accreditations with International Suleiman University, officially licensed by the UK Government under provider reference (UKPRN / ID: 10093951), and monitored by the Quality Control Office.Credit Transfer: Operates a Transfer of Accreditation system recognizing academic credits completed at other universities, alongside evaluating and accrediting recognized global professional certifications (such as CEH, CISSP, CompTIA Security+, OSCP) toward graduation requirements under College regulations.
What distinguishes the Cybersecurity programme at the College of International Justice?
The programme expertly blends advanced technical engineering of networks and systems (penetration testing, digital forensics) with legal and governance frameworks, reinforced by intensive hands-on training in virtual Cyber Range laboratories.
What is the standard duration of the programme, and can it be accelerated?
The standard duration is 4 years (8 semesters – 144 credits / 240 ECTS). High-achieving students may accelerate their study timeline based on their Cumulative GPA.
Does this programme qualify me to work as an information security engineer or penetration tester?
Yes, the programme equips graduates with all necessary engineering, analytical, and practical skills required to work as security engineers, ethical hackers, or incident responders in major organizations.
Does the programme require an advanced programming background upon enrollment?
No prior advanced programming specialization is required. The programme begins by systematically building the student's foundation in programming, mathematics, and network engineering from the first semesters before progressing to advanced specialized modules.
How are tuition fees calculated, and are scholarships available?
Tuition fees are calculated transparently per registered credit hour each semester, supported by flexible installment plans and partial merit-based scholarships.

Admission requirements

  • Academic Qualification: Hold a recognized High School Diploma (Science or Technology track) or an equivalent qualification from an accredited educational institution.
  • Transfer of Accreditation (Credit Transfer & RPL): The College allows students transferring from other universities, or holders of accredited professional certificates in IT and cybersecurity, to apply for credit transfer and exemption following evaluation.
  • Technical and Language Proficiency: Demonstrate proficiency in the language of instruction, basic computing and programming aptitude, and commitment to completing specialized technical English terminology modules.
  • Documents and Technical Requirements: Certified copy of the High School Diploma and official academic transcript. Copy of a valid passport or national identity card. Recent formal passport-sized photograph and Curriculum Vitae (for credit transfer/RPL applicants). Reliable high-speed internet connection and a computer with appropriate specs to access the virtual learning environment laboratories.

Tuition & fees

Application fee$145.00

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