A showcase of multi-site datacenter environments, healthcare clinic rollouts, virtualization platforms, print and manufacturing automation, hybrid support models, and enterprise platform designs I architected, implemented, and documented. These diagrams reflect real-world environments spanning site-to-site connectivity, virtualized workloads, workflow orchestration, access control, storage, and operational support models.
These environments demonstrate the kind of architecture work I have led across enterprise and operational technology settings: core routing and firewall design, virtualization and storage, workflow-driven production systems, clinic site standards, and migration-ready hybrid support models.
My current work includes enterprise infrastructure engineering, VMware platform support, Cisco UCS and datacenter architecture analysis, storage and compute mapping, and documenting production-ready topology views for support, recovery, and modernization efforts.
A curated set of enterprise infrastructure designs pulled from documented environments and presented as a portfolio gallery.
Core-stack, managed router, firewall, VoIP, HP Indigo systems, and virtual infrastructure documented together in a single reference view.
Connected site model showing regional sites, datacenters, and retail or branch presence.
Standardized site topology across clinics, call center, HQ, and mobile units.
Environment mapping across on-prem, virtual environments, backup flows, and cloud gateway patterns.
These diagrams represent enterprise platform documentation aligned to my current work as a Senior Systems Engineer at Texas Mutual Insurance, including UCS compute layout, fabric interconnects, switching, and storage relationships across the environment.
Rack-elevation style view of Cisco UCS domains showing chassis layout, blade slot population, ESXi host placement, and health status across production and recovery-side infrastructure.
Topology view of the DR-side Cisco UCS environment including top-of-rack switching, fabric interconnects, chassis connectivity, enterprise storage, and backup or secondary storage integration.
The common thread across these projects is translating complex operational requirements into stable, supportable architecture. That includes designing not just the network or compute layer, but also the surrounding workflows, handoffs, dependencies, and documentation that allow teams to run the environment day to day.
A larger visual gallery for architecture review, portfolio sharing, and interview walkthroughs.
Cross-site workflow architecture showing designers, batch processing, core switching, Indigo systems, shared resources, and scripted distribution of incoming workloads between Texas and California production environments.
Repeatable clinic design pattern including firewall, switch, APs, printers, iPads, phones, and connected medical devices.
End-to-end workflow covering downloaders, RIP stations, print forwarding, packing slip generation, and downstream cutting systems.
Documented entry points, control board hubs, readers, and locking mechanisms to support secure operations and support handoff.