I'm a cybersecurity engineer based in Switzerland with a strong foundation in both offensive and defensive security. I graduated from HEIG-VD with a BSc in Cybersecurity, where I developed expertise in security and secure design software engineering.
Beyond security, I build full-stack applications — from mobile apps with Flutter to backend systems in Rust and Python. I thrive at the intersection of security and software development, where I can design systems that are both functional and resilient.
{ "languages": [ "C/C++", "Dart/Flutter", "Rust", "Java", ], "security": [ "Cryptography", "Security Auditing", "Malware Analysis", "Exploitation", "Reverse Engineering" "Secure design" ], "cloud": [ "Firebase", "GCP", "AWS" ], "tools": [ "Git", "Docker", "Linux", "Wireshark", "Burp Suite" ] }
HEIG-VD — Haute École d'Ingénierie et de Gestion du Canton de Vaud
Specialization in cryptography, network security, system exploitation, and secure software development. Capstone project on encrypted file sharing systems.
EPTM — École Professionnelle Technique et des Métiers
Federal Certificate of Competence in IT. Foundation in programming, networking, databases, and system administration.
Software engineering within Siemens Smart Infrastructure Fire Safety division. Designing, optimizing, securing next generation fire safety system.
End-to-end development and maintenance of Tutorapp — a peer tutoring platform with 900+ users across 5 countries. Designed, built, deployed and maintained the full stack since 2021.
Developed and maintained internal web applications using Django and Python. Contributed to backend architecture, API development, and automated testing pipelines.
Built and customized CMS-based web solutions using Umbraco and C#. Worked on frontend integration, content management workflows, and client-facing features.
Peer tutoring platform with 900+ users across 5 countries. Connects students for academic help with real-time scheduling. Released and maintained since 2021.
End-to-end encrypted file sharing system built in Rust. Uses XChaCha20-Poly1305 for symmetric encryption, RSA-OAEP for key exchange, and TLS 1.3 for transport.
Sustainability-focused application developed during the EPFL Lauzhack hackathon. Analyzes geographical areas to provide environmental insights and suggestions.
Coffee expense splitting application for teams and friend groups. Track shared coffee purchases and settle balances effortlessly.
Hands-on AES-128/256 key recovery using ChipWhisperer hardware. Performed Correlation Power Analysis (CPA) recovering the key based on collected traces, and voltage glitch fault injection with Differential Fault Analysis (DFA).