I am a PhD researcher in Information Technology specializing in Cybersecurity, with interests spanning secure distributed systems, authentication, privacy-preserving technologies, and emerging security challenges.

Alongside my research, I work as an Instructor in the Information Technology Department, where I enjoy teaching computing concepts and helping students bridge the gap between theory and practical implementation.

• 🔐 Cybersecurity & Information Security
• 🪪 Authentication & Continuous Authentication
• 🤖 Federated Learning Security
• 🔗 Distributed Systems Security
• 🛡️ Zero-Trust Architectures
• 🔑 Applied Cryptography
• ⚛️ Post-Quantum Cryptography
• 🔒 Privacy-Preserving Technologies
• 🌐 IoT Security
• 🧠 AI/ML Security

• 🎓 PhD Student — Information Technology / Cybersecurity
• 👩‍🏫 Instructor — Information Technology Department
• 🔬 Researching secure and privacy-preserving computing systems
• 📝 Interested in translating academic security research into practical implementations
• 🤝 Open to research collaboration in cybersecurity, authentication, federated learning, and applied cryptography

My current research explores authentication and security mechanisms for Federated Learning environments, with particular interest in:

• Continuous Authentication
• Post-Quantum Cryptography
• Zero-Trust principles
• Secure client authentication
• Privacy-preserving distributed learning
• Malicious participant detection
• Secure IoT and edge environments

My goal is to design security mechanisms that remain practical while providing strong authentication, privacy, and resilience against emerging threats.

Implementation and evaluation of authentication mechanisms for secure distributed environments.

Python Cybersecurity Authentication Cryptography

Experimental implementations investigating attacks and defenses in federated learning systems.

Python Federated Learning Machine Learning Security

Practical experiments with post-quantum cryptographic algorithms and their performance characteristics.

PQC Cryptography Python Security

A collection of practical cybersecurity exercises, demonstrations, and educational material for IT students.

Cybersecurity Education Python Labs

I believe cybersecurity is best learned by combining theory with hands-on experimentation.

Topics I teach or develop educational material around include:

• Programming
• Information Technology
• Cybersecurity Fundamentals
• Secure Software Development
• Databases & Distributed Systems
• Software Engineering
• Practical Security Labs

Some of my teaching resources and student-friendly projects are available in my repositories.

You can find my academic work through:

🎓 Google Scholar: [Google Scholar Profile]
🔬 ORCID: [ORCID Profile]
📄 ResearchGate: [ResearchGate Profile]

Selected publications and research implementations will also be documented in repositories on this profile.

• Post-Quantum Authentication
• Continuous Authentication
• Secure Federated Learning
• AI-driven Cybersecurity
• Zero-Trust Security
• Privacy-Preserving Machine Learning
• Security of Distributed & Edge Systems

I'm interested in collaborations involving:

Cybersecurity • Federated Learning • Authentication • Applied Cryptography • Post-Quantum Security • IoT Security • Privacy

If you're working on related research or an interesting security project, feel free to connect.