Hi, I'm
Cybersecurity & Full-Stack Developer
Final-year Cybersecurity B.Sc. student at the University of Bahrain and a full-stack developer at Reboot Coding Institute — building secure, scalable systems from web apps to low-level servers.
I'm a final-year Cybersecurity student at the University of Bahrain and a full-stack developer completing Reboot Coding Institute's intensive programme — expected to graduate from both in August 2026.
My work spans secure web application development, systems programming in Rust and Go, real-time communication, and applied cybersecurity — from penetration testing and risk management to building my own HTTP servers and ray tracers from scratch.
Outside of code, I actively participate in CTF competitions, hackathons, and cybersecurity conferences like the Arab International Cybersecurity Conference. Passionate about fintech, AI, and DevOps.
B.Sc. Cybersecurity
Sep 2022 – Aug 2026
Full-Stack Development Program
Mar 2023 – May 2026
Amazon Web Services
UC Irvine & Board Infinity (Coursera)
A selection of work built at Reboot and beyond.
A comprehensive network reconnaissance and vulnerability scanning platform — the largest and most complex project I've built. Integrates industry-standard tools (Nmap, Nikto, SQLMap) into a unified security dashboard with scheduling, role-based access control, multi-language support (Arabic & English), and a complete audit trail.
Project at a glance
A full-featured social platform with profiles, posts, followers, groups, events, and real-time messaging — built entirely from scratch without any framework.
A high-performance HTTP/1.1 server written in Rust using event-driven I/O. Supports CGI (Python), virtual hosting, session auth, and achieved 99% availability with zero memory leaks under stress tests.
A multiplayer first-person shooter in Rust with 2.5D raycasting graphics, procedurally generated mazes, real-time UDP networking, server-authoritative state, and support for up to 10 concurrent players.
A realistic 3D rendering engine in Rust using ray-tracing. Renders spheres, planes, and cylinders with accurate lighting, reflections, and interactive camera controls — zoom, rotation, and viewpoint changes.
Full Ubuntu Server setup on VirtualBox — manual disk partitioning, SSH hardening, UFW firewall, user management, FTP server, MySQL, WordPress deployment, automated backups with cron jobs, and a complete security audit.
A forum with real-time private messaging via WebSockets, post categories, filtering, and secure session auth — built entirely in Go and vanilla JS.
Multi-role room booking platform for a college, built in an Agile team. Admin dashboards, conflict-detection algorithms, reporting, commenting system, and full responsiveness.
A personal stats dashboard querying the Reboot01 GraphQL API — visualises XP growth, skill distribution, audit ratios, and user levels with interactive charts.
A minimalist Unix shell in Rust using raw system calls — no external binaries, no bash. Implements echo, pwd, cd, ls, cat, mkdir, cp, mv, rm and more, inspired by BusyBox. Handles quoting, flags, and robust error handling.
Built and configured multiple network topologies in Cisco Packet Tracer — static IPs, VLANs, routing, DNS, HTTPS, FTP, and full connectivity validation across complex multi-device networks.
A re-implementation of netcat in Go — TCP group chat rooms with connection limits, timestamps, message history for new joiners, and graceful disconnection handling.
A feature-complete Go implementation of wget — single file downloads with progress tracking, concurrent downloads, rate limiting, background mode, and full website mirroring.
A strategic game bot that analyses the board state and calculates optimal moves using heuristic evaluation — achieving an ~80% win rate against competing bots.
A traffic flow simulation modelling vehicles navigating intersections using concurrent goroutines — avoiding collisions, deadlocks, and race conditions while maximising throughput.
Finds the optimal set of non-colliding paths through a tunnel network to move ants from start to end in the fewest turns — custom max-flow / BFS implementation in Go.
A menu-driven library system in Java using OOP principles — LinkedList-based storage, member management, issuance tracking, book limits, and clean encapsulated architecture.
Open to internships, collaborations, and interesting conversations.
Feel free to reach out — whether it's about a project, an opportunity, or just to say hi. I'll get back to you as soon as I can.