RF Design Engineer IV

Overview

Tele World Solutions is seeking an RF Design Engineer IV to join our team. The RF Design Engineer IV is a senior-level technical expert responsible for designing, optimizing, and enhancing 4G, 5G, Fixed Wireless Access (FWA), and CBRS networks. This role requires deep hands-on experience with ATOLL (including advanced modules such as ACP, Aster, Monte Carlo, and prediction modeling) and a strong understanding of RF fundamentals, MIMO/beamforming, link budgets, and antenna behavior.

You will be responsible for greenfield and brownfield RF design, model calibration, RF shaping optimization, and RFDS development. This position is highly collaborative, working onsite daily with customer teams, internal engineering groups, and deployment personnel to meet stringent performance and delivery expectations.

Who We Are:
The Architects of What Connects Us

You find the signal in the noise of data.
We build the signal itself.

We are Tele World Solutions
, and we are the strategic backbone for the world's most ambitious wireless networks. We're not just consultants; we're the engineers, designers, and problem-solvers that operators, OEMs, and tower giants trust to bring their boldest visions to life.

Our playground is the invisible architecture of connection—from vast macro networks to the hyper-precise world of DAS, Small Cells, and Wi-Fi. With a legacy of
hundreds of thousands of successful implementations
, we help our clients navigate the entire lifecycle of their network: from the first line of a design to the final optimization, and every critical decision about performance and value in between.

Why does this matter to you?

The complex data you will master—the CDRs, network KPIs, and customer signals—flows from the very infrastructure we design and optimize. You won't just be analyzing abstract numbers; you'll be interpreting the digital heartbeat of networks that we helped bring to life. Your insights will directly influence the next generation of those networks.

Here, your work as a data storyteller is powered by deep, tangible engineering excellence. You provide the "what" and "why." We provide the "how" on a global scale.

Welcome to the engine room of connection. Let's build what's next

• Lead 4G, 5G, FWA, and CBRS RF Design initiatives for greenfield and brownfield deployments.
• Configure, manage, and maintain ATOLL projects from scratch, including prediction models (Aster), ACP, Monte Carlo analysis, traffic maps, and advanced RF planning features.
• Perform RF shaping
  , parameter audits, and optimization changes across multiple frequency bands.
• Conduct model calibration
  , link budget analysis, and technical evaluation of link curves.
• Interpret and apply antenna patterns, MIMO & beamforming fundamentals, and CPE/wireless terminal characteristics in RF designs.
• Develop and deliver clear and professional RF design documentation
  , including RFDS, configuration change lists, and technical reports.
• Provide routine status updates
  , KPIs, and technical summaries to both internal and customer stakeholders.
• Analyze network performance data (air interface, call processing, drive/benchmark results) to identify root causes and optimization paths.
• Collaborate with Deployment, Network Engineering, and Operations teams on antenna configuration, site parameters, and design alignment.
• Respond to customer feedback and site fallout by performing RF redesign and providing documented recommendations.
• Participate in design reviews, technical discussions, and customer-facing meetings to present findings and solutions.
• Maintain version control and documentation standards for all changes and design artifacts.
• Adapt to shifting project requirements in a dynamic technical environment while maintaining accuracy and quality.
• Exercise sound engineering judgment while selecting methods and strategies for delivering technical solutions.

Required Qualifications

• 5+ years of recent hands-on RF Design experience for 4G/5G networks.
• Expert-level proficiency in ATOLL
  , including:
• ACP (Automatic Cell Planner)
• Aster prediction models
• Monte Carlo analysis
• Traffic map generation
• Point-to-point & point-to-multipoint analytics
• Strong…