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Lte Rf Jobs in Florida (NOW HIRING)

... LTE/5G, point-to-point and point-to-multipoint radios). • Develop network architecture to support utility applications such as SCADA, AMI, teleprotection, and substation automation. • Perform RF ...

New

LTE, VoLTE, CDMA, 5G, MIMO, Carrier Aggregation strongly preferred. * 1-3 years of experience in RF testing or field technician roles desired. * Experience with DAS, small cells, or CRAN ...

Validate performance on target hardware using RF lab equipment like spectrum analyzers and channel ... Knowledge of the 3GPP standards, including LTE and 5G PHY, MAC, and RRC specifications is a plus.

Validate performance on target hardware using RF lab equipment like spectrum analyzers and channel ... Knowledge of the 3GPP standards, including LTE and 5G PHY, MAC, and RRC specifications is a plus.

Senior Software Engineer

West Palm Beach, FL · On-site

$118.50K - $156.20K/yr

Implement real-time UDP/TCP networking, MAVLink routing, and multicast DDS domain configurations over RF links including LTE, 900 MHz, and mesh radio networks * Develop hardware abstraction layers ...

Senior Software Engineer

West Palm Beach, FL · On-site

$118.50K - $156.20K/yr

Implement real-time UDP/TCP networking, MAVLink routing, and multicast DDS domain configurations over RF links including LTE, 900 MHz, and mesh radio networks * Develop hardware abstraction layers ...

Senior Software Engineer

West Palm Beach, FL · On-site

$118.50K - $156.20K/yr

Implement real-time UDP/TCP networking, MAVLink routing, and multicast DDS domain configurations over RF links including LTE, 900 MHz, and mesh radio networks * Develop hardware abstraction layers ...

... interface RF systems, ground stations, telemetry and optical tracking systems, marine ... LAN/WAN/WIFI/LTE and ISP/OSP structured cabling systems * Primary experience with structured ...

... interface RF systems, ground stations, telemetry and optical tracking systems, marine ... LTE and ISP/OSP structured cabling systems * Primary experience with structured cabling for high ...

... interface RF systems, ground stations, telemetry and optical tracking systems, marine ... LTE and ISP/OSP structured cabling systems * Primary experience with structured cabling for high ...

Lte Rf information

What are the key skills and qualifications needed to thrive as an LTE RF Engineer, and why are they important?

To thrive as an LTE RF Engineer, you need solid knowledge of wireless communications, cellular network design, and RF propagation, often supported by a degree in electrical engineering or a related field. Familiarity with RF planning tools like Atoll or Planet, drive test tools such as TEMS, and relevant certifications (e.g., LTE, 5G NR) are commonly required. Analytical thinking, problem-solving abilities, and effective teamwork are standout soft skills for this role. These competencies are crucial for optimizing network performance, troubleshooting issues, and ensuring reliable mobile connectivity.

What are some common challenges faced by LTE RF engineers when optimizing network performance?

LTE RF engineers often encounter challenges such as managing interference, ensuring seamless handovers, and optimizing coverage in densely populated or complex urban environments. Balancing the demands of increasing data traffic while maintaining high-quality service requires constant monitoring and fine-tuning of network parameters. Collaboration with other teams, such as core network and transmission engineers, is essential to address these challenges efficiently and to implement solutions that enhance overall network performance.

What are LTE RF engineers?

LTE RF engineers are professionals who specialize in the design, optimization, and maintenance of radio frequency (RF) systems for Long Term Evolution (LTE) wireless networks. Their main responsibilities include conducting RF planning, analyzing network coverage, troubleshooting interference issues, and ensuring optimal signal quality for mobile users. They work closely with network planners and equipment vendors to help deliver reliable and high-performance LTE services.

What is the difference between Lte Rf vs Lte Network Engineer?

AspectLte RfLte Network Engineer
Primary FocusDesigning and optimizing RF components and signals for LTE networksPlanning, deploying, and maintaining entire LTE network infrastructure
Required SkillsRF engineering, signal testing, spectrum analysisNetwork architecture, troubleshooting, system integration
Work EnvironmentField testing, lab work, RF equipmentNetwork operation centers, field sites
CertificationsRF certifications, LTE technology knowledgeNetwork certifications, LTE system knowledge

While both roles involve LTE technology, Lte Rf specialists focus on RF signal quality and hardware, whereas Lte Network Engineers handle overall network deployment and maintenance. Understanding these differences helps in choosing the right career path or job focus within LTE telecommunications.

What job categories do people searching Lte Rf jobs in Florida look for? The top searched job categories for Lte Rf jobs in Florida are:
Telecom Wireless Engineer

Other

Posted yesterday


Job description

Job Title: Telecom Wireless Engineer – Power Utility

Job Summary

The Telecom Wireless Engineer is responsible for the design, implementation, operation, and maintenance of mission-critical wireless communication systems that support power utility operations. This role ensures reliable, secure, and high-performance communications for grid operations, field workforce connectivity, SCADA systems, and smart grid technologies.

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Key Responsibilities

Network Design & Engineering

•            Design and engineer wireless communication systems (e.g., microwave, LTE/Private LTE/5G, point-to-point and point-to-multipoint radios).

•            Develop network architecture to support utility applications such as SCADA, AMI, teleprotection, and substation automation.

•            Perform RF planning, link budget analysis, frequency coordination, and path studies.

•            Ensure solutions meet performance, reliability, and regulatory standards.

Implementation & Deployment

•            Lead or support deployment of wireless infrastructure including towers, antennas, routers, and backhaul systems.

•            Coordinate with construction, field crews, and vendors during installation and commissioning.

•            Validate system performance through testing and commissioning activities.

Operations & Maintenance

•            Monitor network performance and troubleshoot wireless communication issues.

•            Perform preventive and corrective maintenance on telecom assets.

•            Maintain system documentation, diagrams, and asset records.

Security & Compliance

•            Implement cybersecurity best practices in alignment with NERC CIP and other regulatory requirements.

•            Ensure communications systems meet utility reliability and compliance standards.

•            Manage access controls, encryption, and secure configurations.

Project Management & Collaboration

•            Support capital projects involving telecom infrastructure upgrades and expansions.

•            Collaborate with IT, OT (Operational Technology), engineering, and operations teams.

•            Manage vendor relationships and technical deliverables.

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Required Qualifications

•            Bachelor’s degree in Electrical Engineering, Telecommunications, Computer Engineering, or related field.

•            3–10+ years of experience in wireless communications engineering (utility experience strongly preferred).

•            Strong understanding of RF principles, propagation, and interference analysis.

•            Experience with wireless technologies such as:

o            Microwave (licensed/unlicensed)

o            Private LTE / CBRS / 5G

o            Wi-Fi and mesh networks

•            Familiarity with SCADA and utility communication requirements.

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Preferred Qualifications

•            Experience in electric utility or critical infrastructure environments.

•            Knowledge of NERC CIP standards and compliance requirements.

•            Certifications such as:

o            CCNP/CCIE (Cisco)

o            CWNP (Certified Wireless Network Professional)

o            Vendor-specific certifications (Cambium, Nokia, Ericsson, etc.)

•            Experience with network monitoring tools and RF planning software (e.g., Pathloss, Atoll).