Senior Network Engineer - Enterprise Modernization (Salt Lake City)

Tap Growth ai; Salt Lake City (UT); On-site; USD 120,000 - 180,000; Full time

Job summary

Tap Growth ai is seeking a Senior Network Engineer to lead the modernization of our enterprise network infrastructure in Salt Lake City. You will design, implement, and optimize complex network systems to support growth and innovation.

The role emphasizes hands-on expertise in data center networking, SD-WAN, and automation using Python, Ansible, and Terraform, with a focus on reliability, security, and scalable architectures.

Qualifications

• Must have hands-on design, implementation and optimization of enterprise networks.
• Strong experience with Cisco Nexus, spine-leaf, VXLAN and EVPN.
• Proficient in BGP, OSPF, TCP/IP, routing and switching.
• Experience with SD-WAN and Cisco Meraki in enterprise settings.
• Proficient in network automation using Python, Ansible and Terraform.
• Experience in data center networking, cloud connectivity and modernization.

Responsibilities

• Lead modernization of the enterprise network infrastructure.
• Design and implement network solutions to support growth and innovation.
• Optimize network performance and reliability across data centers and cloud links.
• Troubleshoot, perform RCA, and provide production support.
• Ensure high availability, DR planning and capacity planning.

Skills

Cisco Nexus

Spine-Leaf

VXLAN EVPN

BGP

OSPF

TCP/IP

Routing & Switching

SD-WAN

Meraki

Enterprise Networking

Network automation

Python

Ansible

Terraform

Tools

Python

Ansible

Terraform

SolarWinds

Grafana

Prometheus

Wireshark

Job description

Tap Growth ai is seeking a Senior Network Engineer to lead the modernization of our enterprise network infrastructure in Salt Lake City. You will design, implement, and optimize complex network systems to support growth and innovation.

The role emphasizes hands-on expertise in data center networking, SD-WAN, and automation using Python, Ansible, and Terraform, with a focus on reliability, security, and scalable architectures.