Engineer, build, operate, and deliver network solutions for global data centers, cloud platforms, FedRAMP-authorized environments, build environments, and product connectivity needs.
Engineer and optimize routing for a global IP backbone, including multi-region route propagation, redundancy, and traffic-engineering strategies.
Engineer, build, and operate scalable, highly available L3 topologies using BGP, OSPF, and robust routing policy (communities, AS-path manipulation, MED/local-pref tuning, ECMP, route-reflector hierarchy).
Design and implement secure network segmentation, boundary controls, and traffic isolation required for FedRAMP Moderate/High environments.
Implement hybrid and cloud-native routing across AWS/Azure/GCP using Direct Connect, ExpressRoute, VPN, Transit Gateway, Virtual WAN, and cloud router constructs
ensuring alignment with FedRAMP architectures and security control requirements.
Develop and maintain automated provisioning, configuration, compliance, and validation pipelines using Python, Ansible/AWX, and Git-driven CI/CD workflows, including FedRAMP configuration baselines.
Requirements
Bachelor’s degree in Computer Science, Information Technology, or related field (Master’s preferred)
10+ years in network engineering with experience in large-scale, multi-region, and global routing environments
Experience engineering, operating, or supporting FedRAMP Moderate and/or High environments is strongly preferred.
Deep hands-on expertise with BGP and OSPF in global IP backbone environments, including traffic engineering and multi-vendor interoperability.
Strong operational and engineering experience with JunOS (MX, QFX, SRX preferred).
Proficiency with additional network OS platforms (e.g., EOS, NX-OS, IOS-XE) is a plus.
Strong troubleshooting across routing, switching, TCP/IP, asymmetric paths, latency, packet loss, MTU/fragmentation, and QoS behaviors.
Experienced with hybrid cloud and cloud-native networking across AWS, Azure, and/or GCP.
Hands-on automation skills using Python, Ansible/AWX, configuration templating, Git workflows, and automated testing/validation pipelines.
Strong understanding of network security controls, boundary protection, encryption, logging, and segmentation concepts required for FedRAMP.