Network Engineer I - Summer (Entry Level)

Vertech•Phoenix, AZ

9d•Hybrid

About The Position

A Network Engineer is responsible for the foundation of an organization’s IT system and therefore the foundation of the entire company. With(rOUTe) it, the rest of the company can’t function. If you enjoy the responsibility of architecting the networks that our clients operate on, as well as spending some time on our own internal network, I personally want to invite you to make the Cisco “switch” to Vertech. At Vertech, not only do we develop world class industrial automation solutions for some of the top US companies, we also strive to be the team of choice for the best and brightest talent. I mean, we call ourselves control freaks for a reason. The passion (and intelligence) our employees have is truly mind-blowing. In turn, we work hard to take care of our own with excellent benefits and pay, personal development, and transparent communication. We also know that you can be great at what you do and still have fun. If that sounds like a good fit, help us bring the next generation of automation solutions to nearly every industry, including manufacturing, food and beverage, renewable energy, water and wastewater, baggage handling and more.

Requirements

At least 1 years’ experience in implementing secure network infrastructure both from the ground up and incorporating into existing systems.
CCNA, CCNP, or CCIE certification, or equivalent experience supporting Cisco or equivalent managed switches, routers, and firewalls.
Four-year degree in CIS, MIS, or similar, or 5 years of successful Industrial networking experience.

Responsibilities

Designing, implementing, and configuring communication networks for our organization and for our clients.
Install, setup and configure complex network environments including Cisco switches, routers, access points and other devices vital to business and industrial operations
Design and implementation of network security equipment such as firewalls, rule sets, and ACL’s.
Troubleshoot connectivity issues and outages in a wired (802.3) and wireless (802.11) TCP/IP network.
Identify and recommend mitigation strategies for network threats and risks.