Engineering robust, secure, and intelligent systems.
High-performance software and scalable digital architectures that solve real-world problems.
Auditing systems, designing zero-trust access, and locking down vulnerabilities before they emerge.
Empowering systems with machine learning, automated intelligence, and adaptive algorithms.

Fourth-year computer engineering student at Université Privée de Fès (UPF), I build full-stack digital systems where security is not a late addition, but the core foundation of architecture. My internship experience at IntelTrust and hands-on work in both offensive and defensive cybersecurity taught me how to diagnose threat surfaces, audit network telemetry, and enforce tight access policies (IAM, Zero-Trust).
Each project is engineered as a robust system: verified problem space, rigorous architecture, measured outcomes, and documented source code.
A preview of key milestones. Click the button to explore the full timeline.
Code sharing and technical transparency are fundamental to my engineering workflow. Explore real-time commit telemetry and public repositories.
Verified commits, pull requests, and code reviews over the past 365 days.
Software architectures, machine learning pipelines, and public engineering tools.
Verified daily commit history over the past 53 weeks (@Amine-NAHLI).
Structured continuous learning and technical certifications from recognized industry bodies, with verifiable proof.
Available for engineering internship opportunities, advanced software systems engineering, and cybersecurity audits.