Senior datacenter network engineer and technical program manager with 18+ years of experience leading complex infrastructure projects, mentoring teams, and driving innovation in high-performance and low latency computing environments.
Lead technical manager for all US datacenter network engineering and transformational programs
Collaborated with network engineering staff to design strategic architectures for the bank's network
Lead a team of senior and junior engineers to deliver a full multiple datacenter redesign including migrations from 1200+ legacy switches to ACI and Nexus (NDFC) based architectures
Selected as a 2025 Expert Engineer Cohort member, a competitive program focused on growing engineers into experts in their field
VP, Network Complex Change Engineering, Team Lead
Barclays Services Corp
Whippany
02.2022 - 11.2023
Served as Senior Tech Lead for multidisciplinary datacenter and end-user network implementation programs and refreshes, including low latency, HPC, and NDFC
Engineered and oversaw the implementation and migration of datacenter transport services to a colo cage representing on-prem and cloud connectivity including AWS, Azure, Equinix Fabric, DIA, Akamai, etc.
Managed multiple teams of engineers responsible for project initiation, design, purchasing, implementation, and operational handover
Participated in design teams for new network technologies and implementations through internal network engineering working groups
Provided technical implementation support for tasks listed in the below AVP network engineer role as needed
AVP, Network Complex Change, Network Engineer
Barclays Services Corp
Whippany
03.2017 - 02.2022
Built out and managed day-to-day network operations in multiple major datacenters
Installed and configured Cisco and Arista datacenter and metro site networking equipment, including low latency networks and HPC clusters
Led technical project management for the changeover of multiple datacenters from Catalyst/Nexus 5k/7k to Nexus 9k/ACI networking infrastructure
Managed technical projects from initiation through purchasing, implementation, and operational handover
Oversaw carrier design and implementation, including point-to-point circuits and dark fiber for DWDM
Datacenter Refresh, As an advisory board member and lead technical manager, I oversaw the migration from legacy Catalyst infrastructure to advanced ACI and Nexus-based EVPN architectures. This initiative required detailed planning and coordination to ensure a seamless transition while maintaining operational stability and supporting evolving business requirements.
Colocation Build-Out, Serving as the lead engineer, I managed the design, acquisition, and deployment of global transport edges. These efforts enabled robust external connectivity for datacenters, facilitating integration with AWS, Equinix Fabric, dedicated internet access (DIA), and various client connections to meet diverse business needs.
DWDM Build-Out, I designed fiber routes and dense wavelength division multiplexing (DWDM) networks for multiple 100G and 400G coherent infrastructures. These designs supported terabit-scale data transmission across the northeastern United States, ensuring high bandwidth and reliable data transfer for critical applications.
Datacenter Expansion, In directing the network aspects of multi-room datacenter expansions, my responsibilities included overseeing cabling, cabinet installation, containment, power provisioning, and equipment integration. These efforts ensured that new facilities were built with scalability, efficiency, and resilience in mind.
HPC Cluster Build, I implemented high-speed Ethernet networks, including 400G and 800G solutions, to support high-performance computing clusters. These clusters powered mission-critical applications, providing the necessary performance and reliability for advanced computational tasks.
Datacenter Consolidation, Following the Barclays acquisition of Lehman Brothers, I led network migrations that consolidated six datacenters into two. This complex project required meticulous planning and execution to ensure continuity of service and integration of disparate networks into a unified architecture.