SD-WAN Architect for National Security Networks

The Applied Research Laboratory at Penn State University; State College (Centre County); Hybrid; USD 120,000 - 170,000; Full time

Job summary

The Applied Research Laboratory at Penn State University in State College, PA is seeking an SD-WAN Research Computing Engineer to design, develop, and implement next-generation SD-WAN solutions for DoD and IC environments. You will work in the Cloud Technology Advancement Department within the CMS Division, contributing to national security through network modernization and innovation.

This on-site role offers hybrid options based on project needs, and may require periodic travel to CONUS

Qualifications

• Hands-on SD-WAN design and implementation experience.
• Knowledge of routing protocols and overlay technologies.
• Experience with network automation and scripting (Python/Ansible).

Responsibilities

• Design and develop SD-WAN architectures for DoD/IC environments.
• Prototype emerging SD-WAN technologies including SASE and zero-trust.
• Implement automation frameworks using Python and Ansible.
• Deploy and test SD-WAN solutions in connected and Dark Cloud environments.
• Collaborate with cross-functional teams to transition R&D to operations.
• Document specifications and designs.
• Support deployments and troubleshooting in classified environments.

Skills

SD-WAN design

Networking protocols (BGP OSPF EIGRP)

Network automation (Python Ansible)

Security concepts and zero-trust

DoD/IC security knowledge

Tools

Cisco Viptela

Fortinet

Palo Alto Prisma

VMware VeloCloud

Juniper platforms

Job description

The Applied Research Laboratory at Penn State University in State College, PA is seeking an SD-WAN Research Computing Engineer to design, develop, and implement next-generation SD-WAN solutions for DoD and IC environments. You will work in the Cloud Technology Advancement Department within the CMS Division, contributing to national security through network modernization and innovation.

This on-site role offers hybrid options based on project needs, and may require periodic travel to CONUS