Cyber Security Separtment
Vision and Mission:
To prepare specialized cybersecurity engineers equipped with modern scientific knowledge and applied skills according to international standards, through: providing a stimulating educational and research environment based on practical application; strengthening partnerships with the public and private sectors to meet labor market needs; developing technological solutions to address evolving cybersecurity challenges; and instilling ethical and professional values in data handling and privacy.
Program Objectives:
The program aims to prepare graduates capable of achieving the following objectives within a few years of graduation: 1. Professional and Technical Competence: Designing and Building Secure Systems: The ability to design and engineer computer networks and systems that are resilient against intrusions from the initial stages of development. Detecting and Analyzing Threats: Possessing the skills to monitor data traffic, discover security vulnerabilities, and accurately analyze malware. Incident Response: Enabling graduates to lead rapid response teams in the event of security breaches and work to restore systems with minimal damage. 2. Adapting to Technological Development: Continuous Learning: Equipping students with research and self-learning tools to keep pace with the rapid development of cyberattack methods and defense technologies (such as the use of artificial intelligence in security). Professional Certifications: Preparing graduates to obtain internationally recognized certifications (such as CISSP, CEH, CompTIA Security+) to enhance their competitiveness in the global market. 3. Leadership and Ethical Responsibility: Commitment to professional ethics: Instilling the principles of "ethical hacking," protecting data privacy, and adhering to local and international cybersecurity laws. Management and Leadership: Preparing graduates to manage cybersecurity projects and lead technical teams effectively. 4. Integration with the Labor Market: Bridging the Technology Gap: Meeting the needs of government institutions, banks, and telecommunications companies in securing their data and infrastructure. Governance and Compliance: Understanding and implementing international quality standards and governance frameworks (such as ISO 27001) within organizations.
Program Specifications:
The program specifications serve as the reference document that defines the department's identity. They encompass the organizational and educational aspects that ensure the quality of the academic output. In cybersecurity engineering departments (such as those at the Southern Technical University), the specifications are typically based on international quality standards and the Bologna Process, which was recently adopted in Iraq. Cybersecurity Engineering Program Specifications: 1. General Information: Degree Name: Bachelor of Technology in Cybersecurity Engineering. Duration of Study: 4 years (8 semesters). Language of Instruction: English (for specialized courses) and Arabic (for general courses). Study Mode: Blended learning (intensive theoretical and practical laboratory work). 2. The program's academic structure is divided into four main axes to ensure the development of a well-rounded engineer: Axis | Importance | Key Topics | Engineering Foundations | 20% | Engineering Mathematics, Digital Circuits, Computer Architecture | Infrastructure | 30% | Network Engineering, Operating Systems (Linux/Windows Admin), Cloud Computing | Specialized Security | 40% | Cryptography, Penetration Testing, Software Security, Digital Forensics | Management and Ethics | 10% | Data Governance, Risk Management, Cybercrime Legislation. 3. Professional Standards (Technical Standards) | The program is designed to align with global frameworks such as: NICE Framework: National Cybersecurity Education Framework | ABET: Accreditation Board for Engineering and Technology Standards | ISO/IEC 27001: International Standards for Information Security Management | 4. The program's learning environment and laboratories are designed to provide a practical environment that includes: Cyber Range: Virtual laboratories for simulating and responding to cyberattacks in a secure environment. Networking labs: Equipped with real (Cisco/Juniper) devices. Digital forensics labs: Providing students with data recovery tools and forensic analysis tools. 5. Graduation requirements: Completion of the required number of credit units (usually between 140-150). Graduation project: Completion of an applied engineering project that solves a real-world security problem. Summer internship: Spending a period of training in technical or security institutions to connect academic studies with practical experience.
Cyber Security Separtment
Vision and Mission:
To prepare specialized cybersecurity engineers equipped with modern scientific knowledge and applied skills according to international standards, through: providing a stimulating educational and research environment based on practical application; strengthening partnerships with the public and private sectors to meet labor market needs; developing technological solutions to address evolving cybersecurity challenges; and instilling ethical and professional values in data handling and privacy.
Program Objectives:
The program aims to prepare graduates capable of achieving the following objectives within a few years of graduation: 1. Professional and Technical Competence: Designing and Building Secure Systems: The ability to design and engineer computer networks and systems that are resilient against intrusions from the initial stages of development. Detecting and Analyzing Threats: Possessing the skills to monitor data traffic, discover security vulnerabilities, and accurately analyze malware. Incident Response: Enabling graduates to lead rapid response teams in the event of security breaches and work to restore systems with minimal damage. 2. Adapting to Technological Development: Continuous Learning: Equipping students with research and self-learning tools to keep pace with the rapid development of cyberattack methods and defense technologies (such as the use of artificial intelligence in security). Professional Certifications: Preparing graduates to obtain internationally recognized certifications (such as CISSP, CEH, CompTIA Security+) to enhance their competitiveness in the global market. 3. Leadership and Ethical Responsibility: Commitment to professional ethics: Instilling the principles of "ethical hacking," protecting data privacy, and adhering to local and international cybersecurity laws. Management and Leadership: Preparing graduates to manage cybersecurity projects and lead technical teams effectively. 4. Integration with the Labor Market: Bridging the Technology Gap: Meeting the needs of government institutions, banks, and telecommunications companies in securing their data and infrastructure. Governance and Compliance: Understanding and implementing international quality standards and governance frameworks (such as ISO 27001) within organizations.
Program Specifications:
The program specifications serve as the reference document that defines the department's identity. They encompass the organizational and educational aspects that ensure the quality of the academic output. In cybersecurity engineering departments (such as those at the Southern Technical University), the specifications are typically based on international quality standards and the Bologna Process, which was recently adopted in Iraq. Cybersecurity Engineering Program Specifications: 1. General Information: Degree Name: Bachelor of Technology in Cybersecurity Engineering. Duration of Study: 4 years (8 semesters). Language of Instruction: English (for specialized courses) and Arabic (for general courses). Study Mode: Blended learning (intensive theoretical and practical laboratory work). 2. The program's academic structure is divided into four main axes to ensure the development of a well-rounded engineer: Axis | Importance | Key Topics | Engineering Foundations | 20% | Engineering Mathematics, Digital Circuits, Computer Architecture | Infrastructure | 30% | Network Engineering, Operating Systems (Linux/Windows Admin), Cloud Computing | Specialized Security | 40% | Cryptography, Penetration Testing, Software Security, Digital Forensics | Management and Ethics | 10% | Data Governance, Risk Management, Cybercrime Legislation. 3. Professional Standards (Technical Standards) | The program is designed to align with global frameworks such as: NICE Framework: National Cybersecurity Education Framework | ABET: Accreditation Board for Engineering and Technology Standards | ISO/IEC 27001: International Standards for Information Security Management | 4. The program's learning environment and laboratories are designed to provide a practical environment that includes: Cyber Range: Virtual laboratories for simulating and responding to cyberattacks in a secure environment. Networking labs: Equipped with real (Cisco/Juniper) devices. Digital forensics labs: Providing students with data recovery tools and forensic analysis tools. 5. Graduation requirements: Completion of the required number of credit units (usually between 140-150). Graduation project: Completion of an applied engineering project that solves a real-world security problem. Summer internship: Spending a period of training in technical or security institutions to connect academic studies with practical experience.