Sr. Network Architect Resume

SUMMARY

Heavy focus on data center technologies, high - availability / disaster recovery, and next-generation technologies
Strong multi-tenant datacenter design, implementation, migration, and support experience
Design, build out, configure, and migrate infrastructure in multi-vendor inter-cloud data center environment
Design and implement Cisco Confidential
Migrate legacy data center to Confidential network centric mode
Experience with integrating heterogeneous networking, services and security environments
Deploying Blocks, Flex pod
Ability to communicate with compute, virtualization, security, wireless, storage Engineers, and stakeholders
Hands on experience/exposure to one of the following: Python, Postman excellent Documentation HLD/LLD design and presentation skills.

PROFESSIONAL EXPERIENCE

Confidential

Sr. Network Architect

Responsibilities:

Designing and deploying large scale Datacenters for multi-tenant support.
Designed a secure network that focused on providing robust and high-performance fabric using Cisco Nexus 7000 and 9000 as well as Cisco ASR 1006, UCS and F5 platforms.
Deployed a VXLAN with a MP-BGP EVPN as a control plane
Provided segregation of data networks with MPLS VPN and VRF
Implemented Load Balancing solutions on F5 BIG-IP LTM
Worked with ISPs to turn up Dual Internet circuits and configured BGP CE peering
Worked with ISPs to turn up Dual MPLS circuits
Designed Layer 2 domain to allow vMotion migrations
Demonstrated record of success in managing existing IT projects and implementing new IT projects on time move group, migration strategy, risk Analysis and mitigation

Confidential &T Bank | Confidential Design, Buildout & administrate | Sr. Architect

Worked with Technical and business teams to understand the requirements for building Confidential fabric
Prepared BOM, Cabling, rack-layout documents and Confidential high-level and low-level design documents in preparation for the Confidential deployments
Coordinated the activities with various teams to perform remote-hands/smart-hands support
Architected cloud base SDN Cisco Confidential in Spine/leaf infrastructure
Defined policies and performed configuration on the APIC
Defined and maintained Confidential policies VRF, Bridge domain, EPG and contracts
Created and maintained Application Network Profiles
Defined and Secured Tenants communication throughout Confidential policies, storage, Checkpoint
Implemented transport network to segregate virtual context ASA active/standby
Generated Confidential LLD/HLD and install guide

Confidential

Sr. Network Architect

Responsibilities:

Designing and deploying large scale Datacenters for multi-tenant support.
Designed scalable and resilient 10G Internet DMZ infrastructure
Worked with ISPs to turn up Dual Internet circuits and configured BGP CE peering
Worked with ISPs to turn up Dual MPLS circuits
Implemented transport network to segregate virtual context checkpoint and isolate traffic
Implemented Load Balancing solutions on F5 BIG-IP LTM
Implemented OSPF and BGP as underlay creating smaller change and fault domains
Architected of Multi-Tenant data center utilizing Nexus 2K/5K/7K/9K in a multi-vendor environment

Confidential

Sr. Network Architect

Responsibilities:

Designing and deploying large scale Datacenters for multi-tenant support.
Designed DCI and stretch of Layer 2 domains
Provided segregation of data networks with MPLS VPN and VRF
Worked with ISPs to turn up Dual MPLS circuits
Implemented Load Balancing solutions on F5 BIG-IP LTM
Enhanced WAN performance with Riverbed
Hands-on network operations experience in a multi-vendor environment
Demonstrated record of success in managing existing IT projects and implementing new IT projects on time
Implemented transport network to segregate virtual context checkpoint and isolate traffic
Implemented transport network to segregate virtual context ASA active/standby
Designed production and DR data Center
Architected FabricPath for large virtualization and high-performance computing
Connected multiple 10G dedicated circuits using Cisco Overlay Transport Virtualization (OTV)