Program Aims
To provide students with a comprehensive understanding of the theoretical and practical foundations of Cybersecurity, including computer networks, system security, ethical hacking, digital forensics, and cyber law.
To equip students with hands-on technical skills in key areas such as network security, threat analysis, vulnerability assessment, secure software development, and incident response.
To develop students’ critical thinking and analytical abilities to identify, assess, and solve real-world cybersecurity challenges in a rapidly evolving digital environment.
To prepare students for professional roles in the cybersecurity field, including positions such as cybersecurity analyst, penetration tester, network security engineer, digital forensics expert, and security consultant.
To establish a strong academic foundation for students who wish to pursue advanced studies or specialized certifications in Cybersecurity or related fields.
To foster effective communication, collaboration, and teamwork skills essential for success in cybersecurity roles, particularly when working on cross-functional teams and conveying technical information to non-technical stakeholders.
To offer a well-rounded education that integrates general courses in mathematics, science, and the humanities, enabling students to approach cybersecurity challenges with ethical awareness, leadership potential, and a broader societal perspective.
Program Structure
Comprehensive curriculum designed to build expertise in management and leadership
- IT Fundamentals & Office Productivity Tools
- Programming Logic & Techniques
- Linear Algebra
- Freshman English I
- Introductory French I
- Object Oriented Programming using C++
- Operating Systems
- Basic Calculus
- Freshman English II
- Introductory French II
- Computer Organization & Architecture
- Data Communication & Networks
- Database Management Systems
- Discrete Mathematics
- Critical Thinking
- Object-Oriented Programming using Java
- Web Technology
- Routing and Switching 1
- Software Engineering
- Probability and Statistics
- Advanced Database Systems
- Cloud Computing and Virtualization
- Mobile Application Development
- Elective 1 - Ethical Hacking
- Elective 2 - Network Security and Cryptography
- Robotics and Automation
- Artificial Intelligence
- Routing and Switching 2
- Elective 3 - Cloud Security & Risk Management
- Elective 4 - Digital Forensics & Incident Response
- Internship
- Project Phase 1
- Project Phase 2
- Multimedia and Design
- IT Law & Practice
- Elective 5 - Malware Analysis and
- Reverse Engineering
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Duration4 Years
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Fee
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FormatOn-Campus
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