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Equipping myself with the design, development, implementation, and maintenance of technology across various ICT domains, including networking, cybersecurity, software engineering, and data analysis.
Established a strong technical foundation through hard work and adaptability. Mastered core skills and prepared for further education and technical careers.
ICT student with a passion for technology's potential. Skilled in core areas like hardware, software, and networking, and eager to leverage them for real-world impact.
Preserving and promoting the IAS chapter's online presence, ensuring our community stays informed and connected.
Assisted in network troubleshooting and telecommunications system management during a summer internship.
Achieved first place in a cybersecurity competition, excelling in penetration testing and digital forensics challenges.
Organized and managed a technical problem-solving competition for 50+ participants, fostering teamwork and technical skills.
Beginner (0–40%)
Intermediate (41–70%)
Advanced (71–100%)
Validated knowledge of SOC operations, threat analysis, security monitoring, incident response, and network intrusion detection aligned with Blue Team practices.
Introduced to deep learning concepts with applications in data analysis, automation, and intelligent systems relevant to security research.
Validated skills in networking fundamentals, IP connectivity, security fundamentals, and automation. Credential valid through February 2028.
Demonstrates foundational knowledge of AI and machine learning concepts and how they are implemented in Microsoft Azure.
Participated in the 24-day challenge to reinforce skills in pentesting, OSINT, digital forensics, and network security through gamified labs.
Introduced to the architecture, structure, functions, components, and models of the Internet and other computer networks. Credential valid through December 2029.
Demonstrates foundational understanding of security, compliance, and identity concepts in Microsoft cloud solutions.
Completed 24 interactive labs covering topics like pentesting, forensics, and SOC tasks. Strengthened cybersecurity fundamentals in a hands-on format.
Developed an autonomous AI agent capable of identifying vulnerabilities and attack paths with minimal human intervention.
Built and compromised a simulated Active Directory environment using custom C2 infrastructure. Demonstrated adversary techniques such as privilege escalation, lateral movement, and data exfiltration.
Designed and prototyped a localized bug bounty platform focused on empowering ethical hackers in Tunisia. Features include vulnerability submission workflows, researcher profiles, and triage automation for reported issues.
Developed a website for the IEEE ENIG Student Branch, enhancing their online presence and streamlining information sharing for students and members.