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5G Field Testing Jobs in Forney, TX (NOW HIRING)

... testing, qualification, and customer acceptance phases. • Manage external suppliers and partners ... Thermal considerations, and integration with electronic assemblies. • Broadband technologies: 5G ...

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Welder

Garland, TX · On-site

$28 - $50/hr

Entech has a great team of seasoned welders, project manager, field technicians, and supervisors ... Perform pressure testing, leak checks, and visual inspections. * Communicate professionally with ...

Gain a practical understanding of Structured Cabling System installation, testing, validation, and ... Technologies include 5G/OnGo, connected buildings, digital workplace, multisite deployments, data ...

Welder

Garland, TX · On-site

$28 - $50/hr

Entech has a great team of seasoned welders, project manager, field technicians, and supervisors ... Perform pressure testing, leak checks, and visual inspections. * Communicate professionally with ...

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5G Field Testing information

See Forney, TX salary details

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How much do 5g field testing jobs pay per hour?

As of Aug 21, 2026, the average hourly pay for 5g field testing in Forney, TX is $20.89, according to ZipRecruiter salary data. Most workers in this role earn between $17.12 and $23.37 per hour, depending on experience, location, and employer.

What is 5G field testing?

5G field testing refers to the process of evaluating and verifying the performance, coverage, and reliability of 5G wireless networks in real-world environments. This testing involves using specialized equipment to measure factors like signal strength, data speeds, latency, and network stability at various locations. The goal is to ensure that the 5G network meets technical standards and delivers the expected user experience before it is fully deployed to the public. Field testers often work outdoors and collaborate with engineers to troubleshoot and optimize network performance.

What are the key skills and qualifications needed to thrive as a 5G field testing engineer?

To excel as a 5G Field Testing Engineer, you need a solid understanding of wireless communication principles, RF engineering, and telecommunications, often supported by a degree in electrical or telecommunications engineering. Experience with tools like spectrum analyzers, drive test equipment (e.g., TEMS, Nemo), and knowledge of 5G NR standards are typically required. Strong problem-solving skills, adaptability, and effective communication are important soft skills for coordinating with teams and troubleshooting issues in the field. These competencies ensure accurate testing, efficient network optimization, and the successful deployment of robust 5G networks.

What are some common challenges faced during 5G field testing, and how can they be addressed?

5G field testing professionals often encounter challenges such as variable signal strength, interference from surrounding networks, and the complexity of integrating new technology with existing infrastructure. Addressing these requires adaptability, strong troubleshooting skills, and collaboration with network engineers and equipment vendors. Utilizing advanced testing tools, carefully planning test routes, and maintaining clear communication with the project team can help overcome these obstacles and ensure accurate, reliable test results.

What is the difference between 5G Field Testing vs 5G Network Optimization Engineer?

Aspect5G Field Testing5G Network Optimization Engineer
Primary FocusConducting on-site tests to verify 5G network performance and coverageAnalyzing network data to improve and optimize 5G network performance
Work EnvironmentField locations, cell sites, outdoor and indoor environmentsOffice-based, data analysis, and remote troubleshooting
Required SkillsRF testing, signal analysis, equipment operationNetwork analysis, troubleshooting, software tools
CertificationsRF or wireless certifications often preferredNetwork certifications like Cisco, Nokia, or Ericsson certifications

While both roles involve working with 5G networks, 5G Field Testing focuses on on-site testing and verification of network performance, whereas 5G Network Optimization Engineers analyze data to enhance network efficiency. Both roles require technical skills but differ in work environment and specific responsibilities.

What cities near Forney, TX are hiring for 5G Field Testing jobs?

Cities near Forney, TX with the most 5G Field Testing job openings:

Senior Hardware Project Manager

Sagemcom

Dallas, TX • On-site

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Job description

About Sagemcom

Sagemcom is a leading global technology integrator specializing in broadband, video, and smart energy solutions. Our teams around the world innovate every day to deliver custom, high performance, and responsible technologies to telecom operators and utilities. Today, Sagemcom is The world's #1 provider of broadband solutions (home gateways and associated software services) • A leading provider of video and audio solutions (4K video hubs, Video SoundBox™) •

The leading European provider of smart grid solutions (smart meters, smart grids, rural electrification, IoT)


In 2025, Sagemcom reported €2.4 billion in revenue and employs 6,500 people across more than 50 countries. Committed to sustainability and social responsibility, Sagemcom became a mission driven company in January 2022.


Want to shape the future of connected homes and networks? Join us.


Why join our Dallas R&D team?

• Work on next generation residential gateways and Wi Fi technologies deployed worldwide

• Be part of a global R&D organization with strong local ownership and decision-making

• Collaborate with hardware, RF, software, mechanical, and chipset partners

• See your designs go from concept to mass production

• Thrive in a fast paced, innovative, and multicultural environment


Mission statement

Join a high-impact, global R&D organization developing next-generation residential broadband solutions. As a Senior Hardware Project Manager, you will lead the end-to end hardware development of advanced routers and gateway products, working with cross-functional engineering teams across hardware, RF, software, and mechanical domains. In this role, you will drive the successful design, development, and industrialization of innovative broadband products. You will ensure technical excellence, cost efficiency, and timely delivery across the full product lifecycle—from concept to mass production.


Your responsibilities will include:

•Lead hardware development programs for residential broadband devices (routers, gateways, CPE). •Define and validate system architecture, ensuring optimal trade-offs between performance, cost, manufacturability, and regulatory compliance.

•Balance custom design vs. reference design strategies to optimize differentiation, risk, and time-to-market.

•Drive a Design-to-Cost strategy and optimize BOM and sourcing decisions throughout the product lifecycle.

•Plan, prioritize, and manage workload across multidisciplinary teams, tracking progress using KPIs and milestones.

•Review and approve hardware, RF, and mechanical designs (PCB, antennas, enclosure integration). •Collaborate closely with mechanical engineering to optimize PCB form factors, thermal design, and I/O layout.

•Oversee full product validation: internal testing, qualification, and customer acceptance phases. •Manage external suppliers and partners, including component vendors and design houses.

•Lead certification activities (FCC, UL, PTCRB, etc.), including lab selection, documentation, and coordination.

•Ensure seamless integration with software teams for optimal system-level performance. •Define and review manufacturing test strategies and specifications.

•Support manufacturing during prototyping, ramp-up, and high-volume production.

•Analyze field issues and customer feedback; drive root-cause analysis and corrective actions. •Partner with Procurement to manage cost structures, sourcing risks, and component lifecycle.

• Identify and qualify second-source components to ensure supply continuity.

•Communicate program status, risks, and technical progress to senior management.


Technical Expertise

You hold an engineering degree in Electronics or Telecommunications and have at least 10 years of experience in the design and delivery of complex hardware products, including:


•Proven ability to:

◦Drive architectural decisions balancing performance, cost, scalability, and sustainability

◦Deliver products from concept through mass production in a fast-paced environment

•Ensure architectural decisions support regulatory compliance, performance targets, sustainability goals, design to cost and manufacturability at scale.

•Hardware design: schematics, PCB layout, RF design, antenna integration, high‑speed interfaces (Ethernet, PCIe, DDR, SerDes), and regulatory compliance (FCC, UL, PTCRB).

•Mechanical integration: Thermal considerations, and integration with electronic assemblies. •Broadband technologies: 5G/LTE, EPON, GPON, DOCSIS, Wi‑Fi, BLE, THREAD, ETHERNET.

•Wireless standards and technologies, including: ◦Wi‑Fi 6 / Wi‑Fi 6E (802.11ax) ◦Wi‑Fi 7 (802.11be) ◦4G (3GPP TS 36.xxx), 5G (TS 38.xxx) ◦ ISM technologies (Bluetooth, Zigbee, Matter) Leadership & Soft Skills

•Strong ownership mindset with a results-driven approach •Proven leadership in cross-functional, international teams •Excellent project management, organization, and prioritization skills •Analytical and solution-oriented with strong attention to detail

•Effective communicator able to influence stakeholders across all levels

•Comfortable working in a fast-evolving, innovation-driven environment

•Ability to manage multiple projects and priorities concurrentl