Network Engineering Co-op

Fujitsu•Dallas, TX

3d•Onsite

About The Position

1FINITY, a Fujitsu company, is a global provider of communications networks for our connected world. We uniquely combine technological leadership and expertise in open optical and wireless networking, network automation, and applied AI/ML to design, build, operate, and maintain critical digital communications network infrastructure. Collaborating closely with ecosystem partners, we deliver transformative outcomes for service providers and network operators, and enable them to lower TCO, improve network performance, and increase energy efficiency. We’re also a diverse, inclusive, and innovative workplace that achieves together. We offer highly competitive compensation, benefits, and career development opportunities, as well as flexible options for working your way. See what working at 1Finity looks like at https://www.linkedin.com/company/1finity-inc/ . For more information, please visit https://1finity.com/?utm_source=li&utm_medium=soc. Job Title Network Engineering Co-op – IP Network Modernization Projects Location: Dallas, TX Duration: 6-12 Month Co-op Assignment Department: IP NETMOD Services - NSIBU Position Overview We are seeking a highly motivated Network Engineering Co-op (Cooperative Education Student) to support strategic IP Network Modernization initiatives for Internet Service Providers (ISPs), broadband operators, and telecommunications service providers. The co-op will work alongside Solution Architects, Network Engineers, Program Managers, and Delivery Teams to help transform and optimize next-generation IP networks. This position provides hands-on experience with network modernization projects involving IP/MPLS/Segment routing, capacity expansion, network migration, service provider architectures, automation/scripting, and multi-vendor network environments. The successful candidate will have o pportunities to contribute directly to customer-facing engineering projects while developing practical skills in network design, implementation, and operations.

Requirements

Currently pursuing a Bachelor's degree in one or more of these tracks: Computer Engineering, Computer Science, Telecommunications Engineering, Electrical Engineering, Information Technology, Network Engineering, Cyber Security
Strong understanding of networking fundamentals.
Excellent analytical, organizational, and communication skills.
Ability to work independently while contributing effectively in a team environment.
Passion for telecommunications and emerging networking technologies.

Nice To Haves

Experience or academic exposure to: TCP/IP Networking, Routing & Switching, BGP, OSPF, IS-IS, MPLS and Segment Routing, Broadband and ISP architectures, Ethernet and Layer 2/Layer 3 networking, SDN and Network Automation concepts, Linux systems administration, Python, PowerShell, or automation scripting, Cisco, Juniper, Nokia, or Arista or similar networking platforms
Familiar with use of AI tools
Relevant certifications or coursework preferred: CCNA, JNCIA, Nokia NRS-I or equivalent coursework

Responsibilities

Support network discovery, inventory validation, and infrastructure assessments.
Analyze customer network topologies, traffic utilization, and capacity requirements.
Assist in developing engineering recommendations for network optimization and modernization.
Review existing network configurations and identify opportunities for improvement.
Participate in IP network migration planning and execution activities.
Support projects involving IP/MPLS, Segment Routing, broadband access, and transport network evolution.
Assist engineering teams with migration runbooks, implementation plans, and validation procedures.
Support lab testing and proof-of-concept activities for new technologies and architectures.
Create and maintain: Network diagrams, Engineering design documents, Methods of Procedure (MOPs), Acceptance test plans, Migration plans, Customer presentation materials, Document lessons learned and technical findings throughout project lifecycles.
Develop scripts and tools to automate repetitive engineering tasks.
Assist in collecting and analyzing network performance data.
Create dashboards and reports to support project decision-making.
Explore opportunities to improve engineering efficiency through automation and AI-assisted workflows.
Participate in customer meetings, project reviews, and engineering workshops.
Track project milestones, action items, and technical deliverables.
Collaborate with cross-functional teams including Engineering, Operations, Program Management, and Sales Engineering.