Senior Network Engineer

Chartis Federal is a premier systems engineering and integration firm specializing in mission-critical IT and communications solutions for law enforcement, homeland security, and defense.

As a trusted prime contractor with over $160 million in task order awards, we operate across 22 states and support essential government missions worldwide.

Our commitment to excellence has fueled our year-over-year growth, earning us recognition twice as a Washington Technology FAST 50 company and securing a place on the Inc. 5000 list for five consecutive years.

At Chartis Federal, our mission is clear: keeping heroes safe and connected—on the battlefield, on the border, and in our backyards.

We are seeking a Senior Network Engineer (SME) to lead the design, integration, and modernization of mission-critical communications networks.

This role serves as a technical authority and lead engineer, responsible for architecting complex network solutions, guiding implementation efforts, and advising stakeholders on network strategy and modernization initiatives.

The ideal candidate brings deep expertise in IP networking, telecommunications backhaul, and wireless communications, with the ability to operate across both strategic design and hands-on technical execution in complex, high-availability environments.

· Lead the design, architecture, and modernization of communications system networks to improve performance, scalability, and resiliency

· Serve as the technical subject matter expert (SME) for IP networking and telecommunications infrastructure, providing guidance to engineering teams and stakeholders

· Develop and review network architectures for telecommunications backhaul, including routers, switches, gateways, and RF/microwave transport systems

· Evaluate and refine vendor network designs to ensure alignment with mission requirements, performance standards, and security considerations

· Troubleshoot and resolve complex network issues across wired and wireless environments, including microwave and RF-based systems