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5G Packet Core Jobs (NOW HIRING)

Redolent, Inc.

US_West | Data Engineer_L3

Anaheim, CA · On-site

... 5G), various interface protocols mainly between RAN and core network, knowledge of RAN layers - L2 ... packet core & UE configuration ( IMSI , key ect) and log collection for DU and CU & UE or UE ...

Nvidia

$107K - $141K/yr

Transform the wireless core into an agentic AI based packet core architecture. * Drive rapid ... Proven experience in 5G NRPHY/L1 andL2 mac-scheduler algorithmsdesignanddevelopment. * Expertise in ...

New

lumos

Product Manager

Charlotte, NC · Hybrid

Oversee development of connectivity and communication solutions, including 5G and Packet Core technologies. * Ensure products meet security standards and comply with industry regulations and best ...

Canonical

Telco Cloud Field Engineer

Chicago, IL · On-site +1

Mobile Packet Core (4G/5G), Private Network, Radio Access Network (RAN), Voice, IP Backbone, VAS or OSS/BSS * Working knowledge of Linux, Networking, OpenStack and Kubernetes * Python software ...

Segra

Product Manager

Charlotte, NC · Hybrid

Oversee development of connectivity and communication solutions, including 5G and Packet Core technologies. * Ensure products meet security standards and comply with industry regulations and best ...

Stellent IT LLC

EPC Developer

Dallas, TX · On-site

MME (Mobility Management Entity) SGW (Serving Gateway) PGW (Packet Gateway) HSS (Home Subscriber Server) PCRF (Policy and Charging Rules Function) 5G Core Components: AMF (Access and Mobility ...

lumos

Product Manager

Kansas City, KS · Hybrid

Oversee development of connectivity and communication solutions, including 5G and Packet Core technologies. * Ensure products meet security standards and comply with industry regulations and best ...

Segra

Product Manager

Charlotte, NC · On-site

Oversee development of connectivity and communication solutions, including 5G and Packet Core technologies. * Ensure products meet security standards and comply with industry regulations and best ...

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5G Packet Core information

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How much do 5g packet core jobs pay per hour?

As of Jun 15, 2026, the average hourly pay for 5g packet core in the United States is $59.92, according to ZipRecruiter salary data. Most workers in this role earn between $50.48 and $67.31 per hour, depending on experience, location, and employer.

What are some common challenges faced by engineers working in 5G Packet Core roles?

Engineers in 5G Packet Core roles often encounter challenges such as integrating new 5G technologies with legacy systems, ensuring network reliability under high data traffic, and staying updated with rapidly evolving industry standards. Collaboration with cross-functional teams, including radio access network (RAN) and cloud infrastructure specialists, is essential to address interoperability and performance issues. Additionally, troubleshooting complex end-to-end network problems and implementing security measures are frequent aspects of the role, requiring both technical expertise and strong problem-solving skills.

What is the downside of 5G?

For a 5G Packet Core engineer, the main downsides of 5G include increased network complexity and the need for advanced skills in virtualization, software-defined networking, and security. Additionally, deployment costs are higher due to the need for dense infrastructure and upgraded hardware, which can impact project timelines and budgets.

What is the difference between 5G Packet Core vs Network Engineer?

Aspect5G Packet CoreNetwork Engineer
Required CredentialsNetworking certifications (e.g., CCNA, CCNP), knowledge of 5G architectureNetworking certifications, routing and switching expertise
Work EnvironmentTelecommunications companies, network service providers, data centersIT departments, telecom firms, enterprise networks
Industry UsageDesigning and managing 5G core networksMaintaining and troubleshooting network infrastructure

While both roles involve networking expertise, a 5G Packet Core specialist focuses on designing and managing 5G-specific core network components, whereas a Network Engineer handles broader network infrastructure across various technologies. The 5G Packet Core role requires specialized knowledge of 5G architecture, making it more focused on next-generation mobile networks.

What are the key skills and qualifications needed to thrive as a 5G Packet Core Engineer, and why are they important?

To thrive as a 5G Packet Core Engineer, you need a solid understanding of mobile network architecture, IP networking, and telecom protocols, usually supported by a degree in telecommunications or a related field. Familiarity with network functions virtualization (NFV), cloud platforms, and hands-on experience with core network elements like AMF, SMF, and UPF, as well as certifications such as CCNA or vendor-specific credentials, are typically required. Strong analytical skills, effective problem-solving, and clear communication are vital soft skills for addressing complex network issues and collaborating with cross-functional teams. These skills ensure the reliable deployment, optimization, and maintenance of high-performance 5G networks essential for service quality and innovation.

What exactly does 5G do?

5G is the fifth generation of wireless technology that provides faster data speeds, lower latency, and increased network capacity compared to previous generations. For a 5G Packet Core specialist, this involves designing, deploying, and managing the core network infrastructure that enables high-speed, reliable mobile connectivity and supports advanced services like IoT and real-time applications.

What is the 5G means?

5G in the context of a 5G Packet Core refers to the fifth generation of mobile network technology, which provides faster data speeds, lower latency, and improved connectivity for mobile devices and IoT applications. Professionals working in this field design, deploy, and maintain the core network infrastructure that supports 5G services, often requiring knowledge of network protocols, virtualization, and security. Understanding 5G technology is essential for roles involved in network architecture, engineering, and deployment.

Why is 5G called 5G?

5G is called so because it is the fifth generation of wireless technology, succeeding 4G. It offers faster speeds, lower latency, and greater capacity, enabling advanced applications like IoT and enhanced mobile broadband. Professionals working in 5G Packet Core need to understand these technological improvements and related network standards.

What is a 5G Packet Core?

A 5G Packet Core is the central part of a 5G mobile network that manages and routes data traffic between user devices and external networks such as the internet. It is responsible for key functions like mobility management, session management, authentication, and ensuring seamless connectivity as users move. The 5G Packet Core uses a cloud-native architecture, which allows for greater scalability, flexibility, and efficiency compared to previous generations. By decoupling hardware and software, it enables operators to deliver faster speeds, lower latency, and support for a massive number of connected devices.
Infographic showing various 5G Packet Core job openings in the United States as of June 2026, with employment types broken down into 54% Full Time, 17% Part Time, 28% Temporary, and 1% Contract. Highlights an 93% Physical, 3% Hybrid, and 4% Remote job distribution, with an average salary of $124,638 per year, or $59.9 per hour.

Senior Network Automation Engineer - 5G SA Core IoT

Reailize

Redmond, WA • On-site

$116K - $152K/yr

Full-time

Posted 4 days ago

Job description

Join Us
Join Reailize - where innovation meets impact. We're on a mission to help global enterprises work smarter, faster, and more efficiently at the cutting edge of AI, data, and cloud. By combining deep expertise, advanced engineering, and patented software, we transform complexity into opportunity. Here, curiosity, collaboration, and bold ideas aren't just welcomed - they're celebrated.
What makes us different?
We are a private & global group of companies with 20+ years of proven track record, supporting leading organizations in Telecom, Security, and Real Estate across North America, Europe, the Middle East, and Latin America.
About the role
We are onboarding a new 5G Standalone (SA) Core from lab into production to serve our IoT, consumer, and connected-car traffic. This role owns the engineering work that gets it there: design input, test plan execution, integration with surrounding OSS/BSS and provisioning systems, and the automation that makes all of the above repeatable.
You will be hands-on. You will write Python. You will validate that provisioning and data services work end-to-end before customer traffic touches the new core.
This is a senior individual-contributor role. You will not manage people, but you will be expected to set technical direction, mentor, and represent the team in cross-functional design reviews.
Please note that this is an onsite opportunity based in either Redmond, WA or Plano, TX.
What you'll do
  • Contribute to design reviews for the 5G SA Core lab-to-production transition, with a focus on data-plane and provisioning correctness.
  • Build and execute integration test plans against core network functions (AMF, SMF, UPF, UDM/UDR, AUSF, NRF, PCF, NSSF) and the surrounding ecosystem (HSS migration paths, OSS/BSS, DNS, charging, policy).
  • Validate IoT and consumer provisioning flows end-to-end: SIM/eSIM/eUICC onboarding, subscriber activation, profile changes, network attach, PDU session establishment, data session continuity.
  • Build automation - primarily in Python - for repeatable testing, configuration, and post-deployment validation. Reduce manual toil in the lab→prod handoff.
  • Partner with vendor engineers, internal NetOps, security, and product teams to triage and resolve integration defects.
  • Troubleshoot from the device through the RAN to the core: PCAPs, NF logs, signaling traces (NGAP, N1/N2, N4, HTTP/2 SBI), KPIs.
  • Document runbooks, test artifacts, and automation so the work is auditable and the team can run without you.

Required qualifications
  • 7+ years of network engineering experience, with at least 2 years in 4G/5G mobile core (EPC and/or 5GC).
  • Working knowledge of 5G SA architecture and the major control- and user-plane NFs; comfortable reading 3GPP-style call flows.
  • Hands-on experience integrating or testing mobile core deployments - not just operating them - including lab-to-production transitions.
  • Production-grade Python: you write code others maintain, not just scripts. Familiarity with REST/gRPC, async I/O, and at least one test framework (pytest or equivalent).
  • Experience with IoT cellular networks (NB-IoT, LTE-M, or 5G IoT slices) and the provisioning side of IoT (eSIM/eUICC, IoT connectivity platforms, subscriber lifecycle).
  • Solid troubleshooting fundamentals: packet captures, signaling analysis, log correlation across NFs.

Preferred qualifications
  • Experience supporting AT&T's US IoT network - its services, provisioning stack, and customer-facing platforms.
  • Familiarity with AT&T internal automation and test tooling.
  • Experience with connected-car / automotive cellular workloads (eUICC remote provisioning, persistent connectivity, mobility patterns).
  • Consumer wireless network experience (subscriber scale, mass provisioning, MVNO interfaces).
  • Automation tooling beyond Python: Ansible, Terraform, CI/CD pipelines for network functions, NETCONF/YANG, Robot Framework or similar for network test automation.
  • Experience with cloud-native NF deployments (Kubernetes, Helm, service mesh).
  • Test tooling experience: traffic generators, signaling simulators, network emulation.

Interview Integrity:
During the interview process, we're evaluating your individual problem-solving skills, creativity, and approach to challenges. While AI tools like ChatGPT, Claude, and Cursor are part of your daily toolkit once you join B-Yond, all interviews, assessments, and take-home assignments must be completed independently.
You may not use AI tools, third-party services, coaching platforms, or content-farming services during any part of the interview process unless we explicitly permit it. We will clearly communicate when AI tools are allowed for specific assessments.
Any indication of third-party assistance or AI-generated responses will result in immediate disqualification.

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