Routing & WAN
BGP, OSPF, static routing, SD-WAN patterns, path selection, failover, and WAN performance tuning.
I design resilient networks, tune high-traffic paths, and turn complex infrastructure into calm, observable systems. A cinematic portfolio built around the language of packets, routes, and reliable connections.
Infrastructure is my medium. I focus on availability, clean segmentation, measurable latency, and recovery paths that behave exactly when pressure arrives.
Network Engineer with a systems mindset and a bias toward observable, fault-tolerant architecture. I bridge routing, switching, security controls, automation, and incident response so teams can move faster without gambling on uptime.
Role-specific strengths spanning enterprise connectivity, hybrid infrastructure, observability, and secure traffic engineering.
BGP, OSPF, static routing, SD-WAN patterns, path selection, failover, and WAN performance tuning.
VLAN design, STP, MLAG, LACP, campus cores, leaf-spine thinking, and clean segmentation.
ACL strategy, firewall policy, VPN architecture, zero-trust segmentation, and controlled east-west traffic.
Hybrid connectivity, private links, transit routing, DNS, address planning, and resilient cloud edges.
SNMP, flow telemetry, dashboards, synthetic probes, packet analysis, alert hygiene, and SLO thinking.
Python, API workflows, configuration standards, validation, and repeatable changes that reduce drift.
A progression from hands-on operations to architecture, automation, and reliability leadership.
Own multi-region routing strategy, network reliability, migration design, and incident command across critical environments.
Modernized campus and data-center switching, introduced telemetry standards, and reduced change-related incidents.
Ran NOC escalation, WAN troubleshooting, VPN operations, and structured root-cause reviews for a distributed estate.
Supported LAN/WAN delivery, monitoring, rack builds, and documentation while developing a deep packet-level troubleshooting practice.
Selected case studies framed as topology problems: the constraint, the route, and the measurable outcome.
Reworked BGP policy and health-based path selection for a distributed service footprint, cutting recovery time and eliminating a single carrier dependency.
Unified VLAN, STP, and uplink conventions across 28 sites.
Turned flow and interface telemetry into actionable SLO signals.
Professional development that reinforces practical network engineering judgment.
Tell me what is breaking, scaling, migrating, or becoming difficult to observe. I'll bring the topology mindset.