A network engineering student building enterprise routing, AI-driven SDN controllers, and secure cloud architectures using Cisco hardware, FRR, and Python.
From DMVPN hub-and-spoke topologies on physical Cisco kit to an AI self-healing SDN testbed with Isolation Forest anomaly detection — I build systems that are production-quality, deeply documented, and actually work.
A compact visual of the kind of systems you build: routing, secure boundaries, switching, and cloud-connected services.
Cisco networking lab — Middlesex University
Third-year BSc Networking & Security student at Middlesex University London with hands-on experience building, configuring, and troubleshooting enterprise-style networks using Cisco hardware, FRR-based routing, and software-defined networking tools. From OSPF multi-area routing to DMVPN hub-and-spoke topologies — I build things that actually work.
My final-year project is an AI-driven self-healing SDN controller for multi-AS BGP retail topologies — built on Ryu, OpenFlow 1.3, Mininet, and FRR, with Isolation Forest anomaly detection, zero-trust micro-segmentation, and automated VRRP-style failover. Beyond that, I've contributed to secure edge-to-cloud IoT on AWS, built Python networking tools, and run a physical Wi-Fi deauth attack lab.
Hands-on with real Cisco hardware, AWS cloud, and multiple programming languages across 3 years of practical study.



Actively seeking network engineering placements or internships. If you need a motivated student with real Cisco hardware experience and cloud/IoT exposure — I'd love to hear from you.
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