• Lead cutting-edge research in cybersecurity, with a particular focus on cryptographic innovations for
mobile communication security.
• Developed novel cryptographic management solutions to enhance system resilience, including
frameworks for cryptographic agility within 5G and emerging 6G infrastructures.
• Manage and mentor a team of bachelor’s and master’s students, guiding them in advanced research
methodologies, project execution, and academic publication processes, fostering a collaborative and
innovative environment.
• Delivered presentations to international and multidisciplinary audiences, bridging complex technical
insights with strategic security implications for both technical and non-technical stakeholders.
• Actively contribute to academic and industry discourse on cybersecurity and mobile communication,
including publishing research findings and collaborating on white papers that drive industry standards and
inform regulatory frameworks.

• Conducted in-depth research in cryptography, developing advanced mathematical tools foundational to
cryptosystems used in everyday secure communications.
• Designed and developed a Post-Quantum Cryptosystem leveraging concepts from Arithmetic Geometry,
addressing emerging cybersecurity challenges and enhancing cryptographic resilience against quantum
computing threats.
• Delivered numerous research presentations to both virtual and in-person audiences, effectively
communicating complex mathematical and cryptographic concepts to diverse academic and technical
groups.
• Published research articles in renowned academic journals.

• Conducted research in Algebra.
• Delivered research presentations at conferences.
• Prepared and conducted weekly mathematics tutorials for first and second year undergraduate students.
• Marked semester mathematics exam sheets and assignments for first and second year undergraduate
students.
• Published research articles in renowned academic journals.