Master of Engineering, Cybersecurity Engineering
Politecnico di Torino - Turin, Italy
Sep 2024 - Oct 2026
GPA 29.48/30
MSc Cyber Security Engineering (LM 32). English-taught, ECSO-aligned curriculum.
My training is grounded in applied security research, with a 29.48/30 GPA and a thesis on post-quantum policy-based anonymous tokens at Huawei Research.
- Kernel vulnerability research: I performed a deep security analysis of Linux kernel 6.8 eBPF verifier logic and developed PoC exploits for 5 confirmed vulnerabilities.
- AI for cybersecurity: I engineered a multi-model threat detection suite with FFNN, GNN, RNN, autoencoder, BERT, and UniXcoder pipelines, including reported 98.1% malware accuracy and 97.5% network-flow accuracy.
- NLP-based detection: I mapped SSH/Bash command sessions to MITRE ATT&CK tactics using classical ML, Doc2Vec, BERT, and UniXcoder experiments.
- Wireless and hardware security: I completed labs across GNSS spoofing analysis, WiFi measurement, NXP S32K3 emulation, FreeRTOS, MPU concepts, QEMU, and ARM Cortex-M workflows.
- Post-quantum thesis: I am researching post-quantum policy-based anonymous tokens for privacy-preserving authorization, including scoped policy, quota, endpoint, and tool-call checks.
Post-Quantum Policy-Based Anonymous Tokens: Design, Implementation, and Policy-Layer Overhead Evaluation
My thesis compares a plain anonymous-token baseline with a policy-bound variant to isolate the overhead of tag-bound authorization and unlinkability in a post-quantum proof framework.
