Technology STEM OPT Jobs in Tennessee
Technology F-1 STEM OPT sponsorship jobs in Tennessee are concentrated in Nashville, Memphis, and Knoxville, where employers like Oracle, Deloitte, HCA Healthcare's technology division, and a growing number of fintech and health-tech companies file STEM OPT extensions. Tennessee's expanding tech sector makes it an active market for F-1 students in software, data, and engineering roles.
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Designs and develops advanced network systems for large-scale enterprise, data center, or cloud-based environments, providing expertise in solution design and validation, and collaborating with vendors and internal groups for thorough validation. Designs and builds moderately complex modules within automation frameworks for testing and operations, optimizing network tasks and proactively monitoring network health with advanced scripts. Develops moderately complex test cases and strategies, leading testing protocols and root cause analysis (RCA) improvements, and ensuring compliance and readiness criteria are met through pre-production testing. Builds and customizes systems to monitor network health, provides feedback to enhance anomaly detection, guides incident response and root cause investigations, and improves tools for frontline support teams. Ensures milestone achievement with project managers, mentors junior engineers, engages in customer clarification and RCA documentation, and identifies resolutions for networking standards misalignment. Analyzes network performance metrics to identify efficiency issues and scales network independently.
ROLE AND RESPONSIBILITIES
As a Senior Network Developer, you’ll participate throughout the complete network lifecycle from design validation through deployment, expansion, automation, and operational support.
Responsibilities include:
- Lead network build and expansion projects for new OCI Regions and AI infrastructure.
- Deploy, operate, and support large-scale spine-leaf data center fabrics, backbone, edge, and metro networks.
- Execute complex network changes while continuously improving operational procedures and deployment standards.
- Develop new Methods of Procedure (MOPs), runbooks, and operational best practices.
- Partner with Program Managers and cross-functional engineering teams to deliver network projects on schedule.
- Participate in network architecture reviews and influence future infrastructure designs.
- Mentor junior engineers and provide technical leadership across projects.
- Participate in on-call and operational rotations supporting critical production infrastructure.
- Lead troubleshooting and serve as an escalation point during high-priority network events.
- Perform root cause analysis and implement long-term corrective actions.
- Develop automation using Python and modern engineering practices to improve operational efficiency and reduce manual effort.
- Leverage AI-assisted development tools to accelerate scripting, automation, troubleshooting, documentation, and operational workflows while applying sound engineering judgment and validating all outputs.
- Collaborate with Network Automation teams to integrate new tooling and automation capabilities.
- Partner with network vendors to resolve software defects, qualify new firmware releases, and validate new hardware platforms.
ENGINEERING CULTURE
NRB embraces automation and modern engineering practices. Engineers are encouraged to leverage AI-assisted development tools to accelerate software development, scripting, troubleshooting, documentation, and operational workflows while maintaining high standards for security, reliability, code quality, and operational excellence.
CRITICAL FOCUS AREAS
- AI data center network deployments
- Large-scale spine-leaf fabrics
- Structured cabling, optics, and fiber troubleshooting
- DWDM, metro fiber, and backbone connectivity
- Network automation and operational tooling
- Network build execution and commissioning
- Incident response and operational excellence
- Root cause analysis and continuous improvement
BASIC QUALIFICATIONS
- Bachelor’s degree in Computer Science, Electrical Engineering, or a related technical field, or equivalent practical experience.
- Experience working in hyperscale cloud, ISP, or large enterprise networking environments.
- Strong understanding of modern data center networking architectures.
- Experience with routing and switching protocols including BGP, OSPF, IS-IS, MPLS, IPv4, IPv6, TCP/IP, DNS, and DHCP.
- Hands-on experience with commodity Ethernet platforms, including Broadcom and NVIDIA/Mellanox-based hardware.
- Experience with Internet peering, backbone networking, and large-scale network operations.
- Proficiency with Python or another programming language used for network automation.
- Experience with network automation frameworks and APIs.
- Familiarity with YANG, OpenConfig, NETCONF, gNMI, and model-driven networking.
- Experience with telemetry, observability, network monitoring, and performance analysis.
- Knowledge of network security principles and high-availability architectures.
- Excellent troubleshooting, communication, collaboration, and organizational skills.
- Experience using AI-assisted engineering tools (such as Oracle AI, GitHub Copilot, ChatGPT Enterprise, or similar) to improve software development, automation, documentation, and operational efficiency.
PREFERRED QUALIFICATIONS
- Building and operating hyperscale cloud networks.
- AI or GPU cluster networking.
- Data center commissioning and infrastructure deployment.
- Fiber acceptance testing, OTDR, and structured cabling validation.
- Network migrations and large-scale infrastructure deployments.
- Vendor engagement, hardware qualification, and software validation.
- Automation-first operational mindset with a focus on continuous improvement.
INTRODUCTION
Designs and develops advanced network systems for large-scale enterprise, data center, or cloud-based environments, providing expertise in solution design and validation, and collaborating with vendors and internal groups for thorough validation. Designs and builds moderately complex modules within automation frameworks for testing and operations, optimizing network tasks and proactively monitoring network health with advanced scripts. Develops moderately complex test cases and strategies, leading testing protocols and root cause analysis (RCA) improvements, and ensuring compliance and readiness criteria are met through pre-production testing. Builds and customizes systems to monitor network health, provides feedback to enhance anomaly detection, guides incident response and root cause investigations, and improves tools for frontline support teams. Ensures milestone achievement with project managers, mentors junior engineers, engages in customer clarification and RCA documentation, and identifies resolutions for networking standards misalignment. Analyzes network performance metrics to identify efficiency issues and scales network independently.
ROLE AND RESPONSIBILITIES
As a Senior Network Developer, you’ll participate throughout the complete network lifecycle from design validation through deployment, expansion, automation, and operational support.
Responsibilities include:
- Lead network build and expansion projects for new OCI Regions and AI infrastructure.
- Deploy, operate, and support large-scale spine-leaf data center fabrics, backbone, edge, and metro networks.
- Execute complex network changes while continuously improving operational procedures and deployment standards.
- Develop new Methods of Procedure (MOPs), runbooks, and operational best practices.
- Partner with Program Managers and cross-functional engineering teams to deliver network projects on schedule.
- Participate in network architecture reviews and influence future infrastructure designs.
- Mentor junior engineers and provide technical leadership across projects.
- Participate in on-call and operational rotations supporting critical production infrastructure.
- Lead troubleshooting and serve as an escalation point during high-priority network events.
- Perform root cause analysis and implement long-term corrective actions.
- Develop automation using Python and modern engineering practices to improve operational efficiency and reduce manual effort.
- Leverage AI-assisted development tools to accelerate scripting, automation, troubleshooting, documentation, and operational workflows while applying sound engineering judgment and validating all outputs.
- Collaborate with Network Automation teams to integrate new tooling and automation capabilities.
- Partner with network vendors to resolve software defects, qualify new firmware releases, and validate new hardware platforms.
ENGINEERING CULTURE
NRB embraces automation and modern engineering practices. Engineers are encouraged to leverage AI-assisted development tools to accelerate software development, scripting, troubleshooting, documentation, and operational workflows while maintaining high standards for security, reliability, code quality, and operational excellence.
CRITICAL FOCUS AREAS
- AI data center network deployments
- Large-scale spine-leaf fabrics
- Structured cabling, optics, and fiber troubleshooting
- DWDM, metro fiber, and backbone connectivity
- Network automation and operational tooling
- Network build execution and commissioning
- Incident response and operational excellence
- Root cause analysis and continuous improvement
BASIC QUALIFICATIONS
- Bachelor’s degree in Computer Science, Electrical Engineering, or a related technical field, or equivalent practical experience.
- Experience working in hyperscale cloud, ISP, or large enterprise networking environments.
- Strong understanding of modern data center networking architectures.
- Experience with routing and switching protocols including BGP, OSPF, IS-IS, MPLS, IPv4, IPv6, TCP/IP, DNS, and DHCP.
- Hands-on experience with commodity Ethernet platforms, including Broadcom and NVIDIA/Mellanox-based hardware.
- Experience with Internet peering, backbone networking, and large-scale network operations.
- Proficiency with Python or another programming language used for network automation.
- Experience with network automation frameworks and APIs.
- Familiarity with YANG, OpenConfig, NETCONF, gNMI, and model-driven networking.
- Experience with telemetry, observability, network monitoring, and performance analysis.
- Knowledge of network security principles and high-availability architectures.
- Excellent troubleshooting, communication, collaboration, and organizational skills.
- Experience using AI-assisted engineering tools (such as Oracle AI, GitHub Copilot, ChatGPT Enterprise, or similar) to improve software development, automation, documentation, and operational efficiency.
PREFERRED QUALIFICATIONS
- Building and operating hyperscale cloud networks.
- AI or GPU cluster networking.
- Data center commissioning and infrastructure deployment.
- Fiber acceptance testing, OTDR, and structured cabling validation.
- Network migrations and large-scale infrastructure deployments.
- Vendor engagement, hardware qualification, and software validation.
- Automation-first operational mindset with a focus on continuous improvement.
STEM OPT Technology Job Roles in Tennessee
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Search Technology Jobs in TennesseeTechnology STEM OPT Sponsorship Jobs in Tennessee: Frequently Asked Questions
Which technology companies in Tennessee sponsor F-1 STEM OPT visas?
Large employers with consistent STEM OPT sponsorship activity in Tennessee include Oracle, Deloitte, Accenture, HCA Healthcare's technology teams, and Vanderbilt University Medical Center's IT division. Fintech firms headquartered in Nashville, such as Asurion and Bridgestone Americas' digital units, also appear in DOL Labor Condition Application filings for technology roles. Mid-size software and health-tech companies in the Nashville and Knoxville corridors round out the employer pool.
Which cities in Tennessee have the most technology F-1 STEM OPT sponsorship jobs?
Nashville leads Tennessee for technology STEM OPT sponsorship, driven by its concentration of healthcare IT, fintech, and enterprise software employers. Knoxville has a strong presence in engineering and research technology roles, partly linked to Oak Ridge National Laboratory and the University of Tennessee's research partnerships. Memphis contributes logistics-technology and supply-chain software roles, particularly among firms supporting its major distribution and healthcare networks.
What types of technology roles typically qualify for F-1 STEM OPT sponsorship in Tennessee?
Roles that qualify must fall under a STEM-designated Classification of Instructional Programs code tied to the student's degree and must be directly related to that field of study. In Tennessee's technology sector, commonly qualifying positions include software engineers, data analysts, cybersecurity specialists, machine learning engineers, and systems architects. Health informatics and bioinformatics roles are also prevalent given the state's large healthcare-IT employer base. Each employer must be enrolled in E-Verify to hire STEM OPT students.
How do I find technology F-1 STEM OPT sponsorship jobs in Tennessee?
Migrate Mate filters technology job listings specifically by STEM OPT eligibility and state, letting you focus on Tennessee employers with verified sponsorship history rather than sorting through postings that don't confirm authorization support. You can search by role type, software engineering, data science, IT, and filter for Tennessee locations including Nashville, Knoxville, and Memphis. Checking an employer's E-Verify enrollment status and DOL filing history through Migrate Mate helps confirm they can legally hire STEM OPT students.
Are there any Tennessee-specific considerations for F-1 STEM OPT sponsorship in technology?
Tennessee has no state income tax on wages, which affects overall compensation comparisons but does not change federal STEM OPT rules. Employers must still be enrolled in E-Verify, file a training plan on Form I-983, and pay the OFLC prevailing wage for the role and location. Nashville's healthcare-technology concentration means many STEM OPT roles sit at the intersection of software and regulated health data, which can influence job duties documentation. Confirming that a role's duties align precisely with your degree field is especially important in cross-sector positions.