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Private Lte Networks Jobs (NOW HIRING)

Prolim Global

Private Cellular Engineer

Plano, TX · On-site

... LTE Networks • Willingness and ability to learn new technologies. Preferred Qualifications: • Cisco Certified Network Associate (CCNA) or higher certification • Experience designing and ...

The Planet Group

RF Field Engineer

Atlanta, GA

Design, model, and optimize wireless networks including Private LTE, 5G, Narrowband, and Land Mobile Radio (LMR) systems using Infovista Planet. * Conduct coverage analysis, frequency planning, and ...

APM Terminals

Networking Engineer

Miami, FL · On-site

$115K - $135K/yr

Participate in global modernization initiatives, including virtualization, private LTE, and ... Ensure 99.5%+ availability of terminal networks. * Timely resolution of incidents and requests in ...

APM Terminals

Networking Engineer

Charlotte, NC · On-site

$115K - $135K/yr

Participate in global modernization initiatives, including virtualization, private LTE, and ... Ensure 99.5%+ availability of terminal networks. * Timely resolution of incidents and requests in ...

A.P. Møller - Maersk A/S

Networking Engineer

Miami, FL · On-site

$115K - $135K/yr

Participate in global modernization initiatives, including virtualization, private LTE, and ... Ensure 99.5%+ availability of terminal networks. * Timely resolution of incidents and requests in ...

Atria Group LLC

Software Developer

Herndon, VA · On-site

... and private companies - throughout the United States and India. We provide these services in ... Understanding of LTE networks/protocols is desired * Experience with SNMP, TR-69 and TNM protocols ...

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Private Lte Networks information

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How much do private lte networks jobs pay per hour?

As of Jun 17, 2026, the average hourly pay for private lte networks in the United States is $19.31, according to ZipRecruiter salary data. Most workers in this role earn between $16.59 and $21.39 per hour, depending on experience, location, and employer.

What are Private LTE Networks?

Private LTE networks are dedicated cellular networks built specifically for use by an organization or enterprise, rather than being shared with the general public like traditional mobile networks. They provide enhanced control, security, and performance by allowing organizations to customize network settings, coverage, and access according to their unique needs. Private LTE is commonly used in industries such as manufacturing, logistics, utilities, and campuses where reliable and secure wireless communication is essential. These networks can support a wide range of applications, including IoT devices, automation, and secure communications.

What are the key skills and qualifications needed to thrive as a Private LTE Networks Engineer, and why are they important?

To thrive as a Private LTE Networks Engineer, you need expertise in wireless communication, network design, and knowledge of LTE/5G standards, often backed by a degree in telecommunications or a related field. Familiarity with tools like network simulators, RF planning software, and certifications such as CCNA or CompTIA Network+ are typically required. Strong problem-solving, project management, and effective communication skills help you collaborate with stakeholders and address technical challenges. These skills and qualifications are crucial for deploying reliable, secure, and scalable private LTE networks that meet organizational connectivity needs.

What is the difference between Private Lte Networks vs Radio Frequency (RF) Engineer?

AspectPrivate Lte NetworksRadio Frequency (RF) Engineer
Required CredentialsNetworking certifications, LTE technology knowledgeRF certifications, wireless communication expertise
Work EnvironmentTelecom sites, enterprise networks, outdoor and indoor facilitiesBroadcast stations, telecom towers, field sites
Employer & Industry UsageTelecom providers, enterprise network providersWireless carriers, telecom infrastructure companies

Private Lte Networks and RF Engineers both work in wireless communications but focus on different areas. Private LTE specialists design and deploy dedicated LTE networks for organizations, while RF Engineers focus on the analysis and optimization of radio frequency signals across various wireless systems. Both roles require technical certifications and industry experience, but their daily tasks and work environments differ significantly.

What are common challenges faced by professionals implementing private LTE networks, and how can they be addressed?

One of the main challenges in implementing private LTE networks is ensuring seamless integration with existing IT infrastructure and legacy systems. Additionally, professionals often face issues related to spectrum availability, network security, and managing interference in shared environments. Overcoming these challenges typically involves thorough site surveys, careful frequency planning, and collaboration with both internal IT teams and external vendors. Keeping up with evolving standards and maintaining compliance with regulatory requirements are also crucial for long-term success in this role.
Infographic showing various Private Lte Networks job openings in the United States as of June 2026, with employment types broken down into 7% As Needed, 60% Full Time, and 33% Contract. Highlights an 100% In-person job distribution, with an average salary of $40,172 per year, or $19.3 per hour.
Director, Network & Connectivity

Director, Network & Connectivity

EmployVision

Peoria, IL

Other

Posted 8 days ago

Job description

Director, Advanced Site Connectivity Solutions

Position Summary

We are seeking an experienced and strategic leader to serve as Director, Advanced Site Connectivity Solutions. This role is responsible for defining, developing, and scaling advanced connectivity and digital infrastructure solutions that enable intelligent, connected, and data-driven operations across customer sites. The Director will lead the strategy, architecture, delivery, and governance of connected site ecosystems that integrate networking technologies, edge computing, telemetry systems, cloud platforms, and enterprise applications.

Working at the intersection of connectivity, industrial technology, digital platforms, and customer operations, this leader will drive innovative solutions that support complex environments such as construction sites, mining operations, energy facilities, and other remote or distributed industrial locations.

Key Responsibilities

Connectivity Strategy & Digital Site Solutions

  • Develop and execute the vision and roadmap for advanced site connectivity solutions across customer environments.
  • Lead the adoption of scalable, secure, and high-performance connectivity technologies, including private LTE/5G, Wi-Fi, satellite communications, and edge computing.
  • Partner with business, product, engineering, and technology teams to align connectivity capabilities with customer requirements and enterprise objectives.
  • Evaluate emerging technologies and industry trends to drive innovation and maintain competitive advantage.

Solution Architecture & Platform Integration

  • Lead end-to-end design and solutioning of connected site ecosystems, integrating devices, networks, edge platforms, cloud services, and enterprise applications.
  • Establish standards, reference architectures, and best practices that promote scalability, interoperability, and reuse.
  • Collaborate with enterprise and solution architecture teams to ensure seamless integration across technology environments.
  • Drive architecture decisions that support operational efficiency, reliability, and long-term business value.

Portfolio Management & Program Delivery

  • Own and govern a portfolio of advanced connectivity and digital infrastructure initiatives.
  • Define prioritization frameworks, resource planning, investment strategies, and delivery roadmaps.
  • Oversee multiple concurrent programs, ensuring delivery excellence, quality, budget adherence, and business outcomes.
  • Measure success through adoption, reliability, operational performance, cost optimization, and customer value metrics.

Customer-Focused Solution Leadership

  • Develop a deep understanding of customer operational environments and connectivity challenges.
  • Translate business and operational requirements into integrated technology solutions.
  • Support customer engagements, solution presentations, and go-to-market initiatives for advanced connectivity offerings.
  • Drive customized solutions for complex and remote industrial environments.

Operating Model & Deployment Excellence

  • Establish scalable delivery and deployment models for multi-site, multi-technology implementations.
  • Define governance structures, escalation processes, operating rhythms, and performance management practices.
  • Standardize deployment methodologies, implementation frameworks, and lifecycle management processes.
  • Coordinate execution across global, regional, and local delivery organizations.

Technology & Engineering Leadership

  • Partner with engineering and technology teams to establish standards for connectivity, reliability, performance, and security.
  • Ensure best practices for systems integration, connectivity management, and operational visibility.
  • Incorporate cybersecurity, privacy, and compliance requirements into all connected infrastructure solutions.
  • Oversee platforms and tools that provide monitoring, analytics, and performance insights across connected environments.

Continuous Improvement & Innovation

  • Champion agile and hybrid delivery methodologies to accelerate deployment and business value realization.
  • Build organizational capabilities that support rapid implementation, scalability, and continuous innovation.
  • Develop strategic partnerships and technology ecosystems that enhance connectivity solutions.
  • Drive continuous improvement initiatives based on operational performance metrics and customer feedback.

Required Qualifications

  • Bachelor’s degree in Engineering, Information Technology, Telecommunications, Computer Science, Business, or a related field.
  • Significant experience leading connectivity, infrastructure, digital platform, or Industrial IoT initiatives within complex enterprise environments.
  • Deep knowledge of connectivity technologies, including private LTE/5G, Wi-Fi, satellite communications, edge computing, and industrial networking.
  • Proven experience delivering large-scale, multi-site deployments across geographically distributed environments.
  • Strong background in solution architecture, systems integration, and digital infrastructure strategy.
  • Demonstrated success leading high-performing teams, including managers, architects, engineers, and program leaders.
  • Experience managing large portfolios, governance frameworks, and cross-functional technology programs.
  • Exceptional executive communication, stakeholder management, and customer engagement skills.
  • Experience operating in agile, hybrid, or large-scale enterprise delivery environments.

Preferred Qualifications

  • MBA, MS, or other advanced degree.
  • Experience within construction, mining, heavy equipment, energy, utilities, manufacturing, or industrial operations.
  • Expertise in Industrial IoT (IIoT), edge computing, telemetry, and connected site architecture.
  • Experience deploying solutions in remote, challenging, or highly distributed environments.
  • Knowledge of cybersecurity frameworks and secure connected infrastructure practices.
  • Program management, agile, or architecture certifications.
  • Experience managing strategic technology partners, telecommunications providers, and connectivity ecosystems.

Ideal Candidate Profile

The successful candidate will be a strategic technology leader with a strong blend of connectivity expertise, Industrial IoT knowledge, solution architecture experience, and enterprise delivery leadership. They will have a proven track record of building and scaling connected site solutions that leverage private wireless networks, edge computing, telemetry systems, and digital platforms to improve operational performance across complex industrial environments.

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